SCIENTIFIC ABSTRACT TSELIKOV, A.I. - TSELIKOVSKIY, I.I.

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• Collection: Scientific Abstracts
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• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AUTHOR: SOV/133 ~58-11-15/25
Tselilkov, A.I., Corresponding Member o the A--.Sc.USSR
TITIB: V-a1-n-Tr--e-n-ds--!fi'the Development of the Production of
Rolled Products and Tubes in the Next Few Years (Osnovnyye
napravlezalya v razvitii proizvodstva prokata i trub na
blizhaysbip gody)
PERIODICAL: Stalll 1958, Nr 11, PP 1005 - 1011 (USSR)
ABSTRACT: The rate of development of production of rolled products
in the USSR is compared with that in the leading
capitalistic countries and an assessment of the need to
increase the output of the individual rolled products within
the next few years in the USSR is made. It is concluded
that dur-ing 1959-65, the main development should be in
the production of sheet steel, thin-walled tubes of large
and small diameters and various rolled products of econ-
omical. profiles. The main direction in the development
of eheet steel should be the speedy construction of con-
tinuous mills for wide strip and plate mills with the
width of ro.119 of 4 000 - 4 500 mm. In the field of
construction of tube mills, the main attention should be
directed to the ccnst-ruction of mills for the production
of welded tubes of diameters from 1 100 - 1 200 mm. ( of a
Cardl/2 type 9:Lmilar to that in the Chelyabinskiy zavod (Chelyabinsk

SOV/133-58-11-15/25
Main Trends in the Development of the Production of Rolled Products
and Tubes in the Next Few Years
Tube Works)) and for the production of thin-walled welded
tubes and seamless tubes of diameters up to 100 and 300 mm.
In order to develop the production of economic profiles,
it will be necessary to construct a number of new mills,
primarily continuous mills 400 for rolling thin profiles,
mills for the production of welded thin-walled tubes, for
rolling thin bent profiles, for rolling wagon axles and
various periodical profiles. There are 3 figures,
3 tables and 9 references, 8 of which are Soviet and 1
English.
Card 2/2

BARDIN, I.P., akademik; DTMV, A.M., proi.. doktor !~him.nauk; DIKUSHIN, V.I.;
akademik; -, OT
-Im I . %XV, I.A., inzh. (g. Khimki, Mookovsker
oblasti)., imm%mit IF.S., prof., doktor tekhn.nauk; RTBKIX, A.P.,
prof., doktor tekhn.nauk; TAKUSHIV, A.I., prof., dokt. tekhn.nauk;
KIDIN, I.N., prof. doktor takhn.nauk; KOROTKOV, V.P., dote., kand
takhn.nauk; SHUKHGAL'T9R, L.Ya., dots., kand.tekhn.nauk; KUKIN, G:N.9
prof., doktor tekhn.nauk.
Every specialist should know the principles of of standardization.
Standartizatsiia 22 no.404-40 Jl-Ag 158. (MIRA 11:10)
l'Ohlen-korresponden t All SSSR (for TSelikov). 2.Prodeedatell tekhniko-
e~onomicheakogo soveta Hosoblsovnarkhoza (for Rybkin). 3.Direktor
Moskovskogo Instituts-stali imeni I.V. Stalina (for Kidin). 4.Direktor
Moskovskogo vecherafto riashinostroitellnogo instituta, (for Korotkov).
(Standardization-Study and teaching)

TSBLIXOV, Aj,; KOROLIV, A.A., kand. takhn. nauk,
-- ' '
Modern rolling mills In 3ngland. Vest. mash. 38 no.3172-77 Mr '58,
(XDU ll12)
1. Mlen-korrespondent AN SSSR (for Welikov).
(England-Rolling mills)

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Metallu gy in the USSR (Cont.) SOV12316
TABLE OF CONTENTS:
Tselikov, A. I., Corresponding Member, USSR Academy of Sciences; Ye. S.
Rokotyan, Doctor of Technical Sciences; N. P. Gromov, Oandidate of Technical
Sciepces. (To NIITMASh and TsNIIChM) Production of Rolled Stock 3
The authors present a historical review of the production of rolled
stock in czarist Russia and the Soviet Union from 1721 to 1957.
Developments in rolling technique and in the design of rolling mills for
various purposes are diaLmssed.
Yermolayev, N. F.,, Engineer; and P. K. Teterin, Candidate of Technical
Sciences, (ToNIIGhM) Production of Steel Tubes 38
The article briefly outlines the history of steel-tube production in
the USSR (beginning in 1893) and in other countries. The main methods
of manufacturing seamless and velded steel tubular products at various
Soviet and non-Soviet plants are described. There is some discussion
of equipment.
Card 2/15
4!

"Ov/130-59-2--8/17
AUTHOR: TselikQ
-___1___' yx--..A,,-l .' , -, '0 rrrj ~; 1) 0 1 id i n g ;ie iii W r o f Ao U
Ru~otyan,Ye.S., Doctor ol" technical sciences,
Shor, E.R,, Caiididate of technical sciences
TITLE New Rollin6 Miills (11o-vyye prokatnyye stany)
Pi~,RIQDICAL:1,i1etallurr,, 1959~ Nr 21 pp 21-25 (USSR)
ABSTILOT: It has Wen planned to increase the output of rolled
iron and steel products to between 65 and 70 million
tons per year by 1965 in the USSR, which represents an
increase of 52 to 64yo in comparison ivith the output for
1958. A large increase in the output of rolled non-
ferrous metal products has also been planned, especially
with reference to alloys of aluminium, magnesium, copper
~nd titanium. These increases will be required mainly
in connection with the production of sheet metal, tubes,
formed sections, steel girders etc and will necessitate
the construction of new rolling mills as well as
improvement of iany already in use, under the following
headings-.-
Sheet Rolliniz Mills
Uard 1/10 Continuous rolling mills for the production of broad

New Rolling Uills
sheet,1.5 to 10 mm in thickness, are considered to be
of greatest advantage in return for capital outlay and
the construction of such mills will therefore receive
the main attention diaring the next 10 to 15 years. These
mills will weigh up -to 18~000 tons complete and will be
fitted with rolls having a barrel length of 1700 to
2100 mm. Each mill will roll up to 250 tons of sheet
per hour (3.5 millio--" tons per year) from slabs weighing
up to 15.5 tons and the output speed of rolled sheet T7ri 11
be up to 15 m per see. These basic specifications
exceed the capacities of similar mills already in
operation at home and abroad. New rolling mills for
cold reduction of -thin sheet have also been planned and
will be of the modern 5 stand type, capable of reducing
1000 mm. wide sheet from an original thickness of 1.8 to
4 mm. to a finished thickness of 0.18 to 0.60 nun. T''he
sheet will be rolled at a maximum output speed of
35 m per see and will leave the mill in the form of
coils, weighing up to 15 tons. The main units of these
mills will be driven by motors with a total h.p. of
Card 2/10 279000,, An electrolytic de-greasing plant capable of

New Rolling 1".1lis
SOV/130-:50~-2-5/17
cleaning the sheet at a speed of 5 m per see and
continuous annealing furnaces will be provided behind
each such mill. New 2 stand cold reduction mills are
planned for increasing the tensile strength of sheet
metal at an output speed of up to 32 m per see and
with a yeariy output of about 700,000 tons, in the form
of tin-plate and galvanised iron sheet, which will be
processed at UP to 7.5 and 15 m per see respectively.
New reversing ,aills are now being built, which will be
equipped with coilers or roll feed tables, working
within re-heating furnaces. The roughing stands of such
mills will roll the strip to between 20 and 30 mm in
thickness and the finishing stand will reduce the
thickness to 1.5 mm. These mills will be made for
rolling stainless or heat resisting steels and special
alloys, which all require a-narrow range of temperature
during the rolling process. Much attention has been
6iven to the development of special rolling mills
incorporating a planetary action of 20 omall diameter
rollers, which are spaced equally around one support
Card 3/10 shaft and are capable of reducing the thickness of the

Ilew Rolling Mills
"OV/130-r-9-2-8/17
rolled bar by 93 to 98% at a single pass, The output
speed of the rolled bar from such mills is slow and the
main advanta6--- lies in the reduced relative weight of
-che complete mill. Planetary mills differing from ones
developed abroad will be built to give a more efficient
perfoi-mance and it is expected that continuous casting
of steel will be possible in conjunction with the use of
Such mills.
Tube Rolling Mlills
Tube rollinL!, mills of more efficient design are planned
for use on pre-fonuod tubes of large diameter, with
seams which have been arc-ivelded or welded by means of
electric heating. Mills (as shown in Fig 1 givinE; layout
of mill for spiral welding of tubes up to 650 mm. dia,
in use at the Ple-it im. Illicha 1) coil unwinder;
2) roller levuller; .5) end shears; 4) butt welder;
5) pinch rolls; 6) ed(,e trimmer; '?) adge shot blaster;
8) flash trimmer; 9) feed rollers; 10) tube former;
Card 4/10 11) spiral seam %,.,elder; 12) tube cutter) have been built

SOV/130-50-2-8/17
New Rolling Mills
in the USSR for the production of spiral welded thin
walled tubes with large diameters up to 100 to 1
in proporbion to thickness of wall and continuous
rollin6 is possible owinE; to the use of butt-welded
tubes. liew mills for the continuous rollinG of welded
thin-walled tubes of small diameter will be built and
will have output speeds of over 7 m per see, It is
expected that a planetary mill (as shown in Fig 2 giving
layout of tube welding mill combined with planetary and
reduction mills: 1) slab; 2) feed rollers; 3) tunnel
furnace; 4) fl in~ welder; 5) flash trimrir; 6) de-scaler;
, 8 planetary mill; 9) finishing stand;
?) pinch rolls~
1 *,
10) rotary shears 11) ed e trimmer; 12) feed rollers;
13) induction fuimace; 14 welding mill; 15) reduction
mill; 16) pinch rolls; 1?~ flying shears; 18) conveyor
rollers to finishing department) can be combined with a
continuous tube rolling mill, which will have a welding
speed of 2 m. per see and an output speed of 12 m per see
for the finished tube. This totalsup to 250,000 tons
per year. A demand for large quantities of high
Card 5/10 quality seam-less tubes up to 100 mm diamet-,r. and other

'few 1iolling lialls
OVII -2-P-/17
sections, made from titanium, special heat resisting
alloys and stainless steels, is foreseen in connection
with the building of modern reactor plants and gas
turbines. Planetary rolling mills (as shown in Fig 3,
being planetar-j mill for cold rolling of tubes at the
Moscow Tube Works) are suitable for this work. and can
produce tubes with thin walls. Such mills, of improved
desi6a, are also planned for the hot rolling of seamless
tubes from 80 to over 160 mm dia. New mills (as shown in
Fig 4 Giving desiEp of mill stand for cold rolling of
tubes: 1) measurin6 plate; 2) roller; 3) feed stroke;
4) tube; 5) mandril) for the cold rolling of tubes, have
been developed in the USSR. These are capable of
rollinS seamless tubes with very thin walls (under
0.01 of diameter size) from hard metals and alloys A
continuous mill wibli 10 reduction stands has been
developed for similF.,r work and is capable of cold
rolling 25 to 40 mm. dia tubes at an output speed of
3 m per sec or between 20 and 50 times faster than
Card 6/10 ordinary cold reduction mills

New Rolling 1,1ills
SOV/130-59-2-~3/17
Rolling _,-Iills for Profiled Sections with Thin Walls
A continuous rolling will, containing 18 stands, has
been planned for the production of profiled sections with
thin walls. This mill is fed with square bars, 12 m long,
which are re-heated and joined into a continuous strip,
by wouns of a flyinb welder,, The output speed at the
final stand is up to 12 m per sec or equivalent to
350 tons of formed sections per hour and exceeds the
output from similar existing mills, relatively to the
heavier equipment of the latter.
Bending 1-01ills for Profiled Sections
Among several new mills, planned
profiled sections, is one which
measuring 1600 mm. in width and 1
supplied in coils weighing up to
consists of 20 stands, driven by
working at 700 to 1400 rpm. The
is between 0.75 and 3 m per sec
Card 7/10 method, instead of hot rolling,
for cold bending of
is fed with strip,
to 4 mm. in thickness,
10 tons. The mill
two 280 YW motors
speed of profiling
and the use of this
is estimated to give a

New Rolling Mills
saving of 15 to 35% in -the consumption of steel,, The
output of profiled cections from such mills is planned
to exceed 600,000 tons per year in the near future.
Rolling I-Aills for Thin Lietal Tape
OwinG to thu expanding demand for large quantitiei3 of
steel and special alloy tape between 0.2 and 0,001 mm
in thickness, new multi-roller cold reduction mills
(similar to the type with 20 working rollers shown in
Fig 5 where the main stand is indicated at "a") will
be built in the near future for rolling the following
kinds and sizes of tape, from coils voeighing 1_~~ tons, at
an output speed of 8 to 10 m per see or about
125,000 tons yearly per mill:--
1) stainless steel tape, OJ iam thick by 1000 mm. wide;
2) high carbon steel and hard alloy tape, 0.02 mm thick
by 400 mm. wide;
3) tape, 0,,001 mm. thick by 30 to 50 mm. wide, made from
alloys with special physical properties.
Card 8/10 The jaain action of the above mills and regulation of the

New RollinG Mills
~"OV/130-59-2-8/17
tape thickness will be fully automatic, in order to
maintain the required accuracy. The use of such mills
enables a saving of between 30 and 40% to be made in
the weight of equipnu,.-nt, in comparison with 4 high
multi-stand cold reduction mills and gives a higher
output, since there is less need for intermediate
annealinG of the tape. In the near future, hard alloy
rollers will be widely used to give greater rigidity
and a longer working life between each regrinding
operation.
Mills for Rolling of Repetition Circular-PrQfiles and
Formed Rotating Parts
A wide variety of manufactured parts may be produced
more efficiently by means of rolling a required shape
closely to the finished size. For this purpose, rolling
mills which have a high output are already in use in
the U631i and their nui-aber will be increased considerably
in the near future fcr the production of parts such as:
(a) ball and roller crushers for cement mills (as shown
Card 9/10 in Fig 6); (b) formed hubs (similar to bicycle back

New Rolling Mills,
SOV/13/J-50-2-8/17
hub as snown in Fig 7); (c) shouldered rolls, railway
wagon axles, loom s-Dindles and other similar hollow or
solid parts (by means of the 3 roller type mill as
shovin in Fig 8). Such mills have produced 400,000
wagon axles per year and have equalled the output of
10 forE;ing haLuaers or ? presses, whilst the consumption
of metal required for the production of each axle was
reduced by approxima-,-.ely 20clo. Another advantage is in
the saving of floor Space. If, for example, 6700 sq m
is necessary for the new type of mill, 15000 or 20,000
would be necessai7 for forging hammers or presses, with
an equivalent output, In the near future, aut-omatic
production lines, incorporating the use of such mills,
will be built in the U6SR for the rolling and subsequent
finishing of typical machine parts, as described above.
There are 6 figures.
ASSOCIATION: TsIllITLUSh
Card 10/10

-/,?. 6-/00 6?794
AUTHOR: -T2jjjk9y_,_A.j, (Mosco-or) SOV/180-59-5-1/37
TITLE: -N-e-w-T-e-c-h-n-o-1-o-gT-c1l Processes as the Basis of Automation1p,
of Pressure Working
PERIODICAL: Izvestiya Akademil nauk SSSR,Otdeleniye tekhnicheskikh
nauk, Metallurgiya I toplivo, 1959,Nr 5, pp 3-10 (USSR)
ABSTRACT: An analysis of various pressure working processes and a
study of the possibilities of making them automatic
points to the fact that in order to realize this, the
techno4ogical p7ocess Aself must be developed in such a
way as to satisfy the demands of automation. One of the
most realistic va7s In whi-ch to make pressure working
automatic would be a change from a batch process to a
continuous one, From this point of view the most
suitable processes are folling, drawing and extrusion.
Where a continuous process is not possible quite a number
of tasks of automation are solved by the application of
continuous aux-Maryoperations. One of the original
working methods which was developed as a result of
Card extensive study is scrow-rolling, This process has
1/4 found application In automatic, steel ball production
Such steel balls are used in great quantities for bail "4/

67794
SOV/180-59-5-1/37
New Technological Processes as the Basis of Automation of Pressure
Working
bearings and ball mil'As. However, it is possible by
means Of Screw Tolling, to make not only balls but also
other revolving bodies of relatively short length.
Arhicles having the shape of rings or bushes which are
used in great. quantities in the manufacture of roll
bearings and bloycles are manufactured mainly in
horizontal forging presse-s. In order to solve the
problem of produclng such rings and bushes automatically
a now technolcgical procass for the manufacture of such
articles by cross-sectional screw rolling has been
worked out, The process for the manufacture of bicycle
bushes consists of two stages: piercing, and rolling
the sleeve thus obtained into a shaped tube. For the
manufacture of bearing rJ.ngs both these operations are
accommodated Jn one pair of rolls (see Fig 1). The
next continuous process which has been developed is
rolling of round shapes of varying section. An external
Card tensile force is applied to the metal during rolling,
2/4 which changes the nature of the stressed state in the
deformation zone. A-rolling mill,:Owas developed for the

67794
SOV/180,-59-5-1/37
New Technological Processes as the Basis of Automation of Pressure
Working
manufacture of steplike shafts, rolls and other
revolving bodies of varying diameter along their length
(see Fig 2)~ The application of butt welding to metal
during drawing, shaping and tube welding, pickling, ate.
is one of the most Important developments in the
automation of rolling processes. The application of
the continuous process in hot rolling is one of the most
important problems In automation. One of the examples
is butt welding of the original billet when it enters
the first roll of the continuous mill. In order to
make this possible a special "flying" experimental
weldi!2E machinsAras developed which during welding moves
to ether with the rolled metal, the front part of which
Is already between the rolls of the mill. In view of
the practical difficulties of welding metal during its
movementAt is advisable to use a stationary machine
Card instead of the flying welding machine if the sections to
3/4 be welded are small,, Such a process is being
developed at. present, and its layout Is shown in Fig 3.

AUTHOR: Tselikov, A.I., Corresponding MeMS9YP-~?-N95X9.YJ.1USSR
TITLE: on Max1mum Angles of Bite During Rolling (0 maksimallnykh
uglalch zakhvata pri prokatke) (III)
PERIODICAL: Stall, 1959, Nr 5, p 447 (USSR)
ABSTRACT: Further contribution to the discussion relating to
maximum angles of bite during rolling. It is stated
that the maximum bite angle during the steady state
process is fully determined from the equilibrium
equation given by B. P. Bakhtinov (Eq (1), p 445 of
this issue) which is obtained by projecting into the
direction of movement all the forces acting on the
metal being rolled. The statement of B. P. Bakhtinov
that this angle is always smaller than double the
'friction angle during bite is correct. However, the
reasons for this being so are different from those
specified by Bakhtinov.
There are 2 references.
Cardl/l

TSFELIKOV, A.I.; SMIRNOV, V.V.
History of the development of Russian rolling-mill machiner7
manufacture. Trud7 Inst. ist. est. I tekh. 21:3-43 159.
1 (MIRA 13:3)
(Rolling mills)

TSRWKOV, A.I.; ROKMAN, Ye.S., doktor teldin.nauk; SHOR, E.R., kand.
tekhn.nauk
New techniques in rolling. Metallurg 4 no-3--23-26 Mr '59.
(KIRA 12:4)
1. TSentrallnyy nauchno.-isoledovntellekly institut takhnologii I
mashinostroyanlya. Chlen-korrespondent AN SSSR (for TSelikov).
(Rolling (Metalwork))

TSZLIKOVO A..,___.
The designer and his pay. Sots. trud. 4 no.10:106-107 0 159
(UM 13:3)
1. Chlen-korrespondent AN USSR, nachallnik Mentrallnogo konstruktor-
skogo byuro metallur-icheskogo masinostroyeniva TSentrallnogo
0
nauchno-iseledovatellskogo instituta tekhnologii i mashinostroyenlya.
(Wages) (Machinery-DeBign)

PHASE I BOOK EXPIDITATION SOV/5o6D
Tselikov,, Aleksandr Ivanovich., and ShorLV &=anuil Ro"movich
Razvitiy,e proizvodstva prokata v 1959-1965 99- (Development of Rolled-
Stock Production in 1959-1965) Moscow, Metallurgizdat, 1960. 110 P.
2,,700 Copies printed.
Ed. of Publishing House: V. M. Gorobinchen)w; Tech. Ed.: P. Islentlyeva.
PURPOSE: This book is intended for technical personnel of metallurgical and
machine industries, It can also be used by skilled workers and students
of schools of higher technical education.
COVERWE: The book deals with basic developmental trends in the production
of rolled stock and pipe in the period 1959-1965. Now rolling methods
are described, providing ma3dmut increase In rolled stock and pipe pro-
duction. Automation and mechanization of rolling processes am also
treated. Technical-economic indices of new rolling equipment, now being
designed and installed in Soviet mills under the Seven-Year Plan, are
shown. There are 18 references., all Soviet.
Card 1/3

Development of Rolled-Stock (Cont.) sov/5o6o
TABLE OF CONTEM:
Introduction 5
Ch. I. Production of Sheet and Structural Rolled Stock 13
Production of sheet steel
Production of structural steel
Ch. II. Production of Pipe
Ch. III. Basic Development Trends In Rol-ling-Mill Construction and
13
36
44
in Improvement of Rolled Stock and Pipe Production Processes 54
Development of []Ro3.Ung) Ain Construction 54
Cmbination of various rolling methods in one continuous
[production] line 55
Increasing the rate of production processes 65
Increasing the productivity of mille 68
Increasing the dimensional accuracy of roned stock 71
Card 2/3

Develo]pment of Rolled-Stock (Coats) S0715060
Ch. IV. Automation and Mechanization of Rolling Processes 73
Automation of the rolling-mill drive operation and of the control
of the rolling process 78
Mechanization of auxiliary operations 95
Bibliogmphy 112
AVAILABLE: Library of Congress (TsMo-T753)
VK/dwa/kb
Card 3/3 4/24/61

18-5200
z 0 v
AUTHORS: Tselikov, A....I. (F,,errber-Cor,resi-)ot-i(lert of t,e AS 'USSR),
Patod, B. E. (Academician of tl-ie AS USSR)
TITLE: Production of' Large-Diameter Welded Pipes In "he West
German Federal Republic and France
PERIODICAL: Stall, 1960, Nr 3, pp 2413-252 (USSR)
ABSTRACT: The authors report in detail on the above subject
after having visited -)Ipe plants In Franc e a!~d Wes,-
Germany In December, 1958. There ar e 15 IP~gjres-
Card 1/1

TS-ZLIKOV, A.I.; !-:A!~KOV, V.P., in-.11.
Continuous pipe rollinr, and expandin- mills in Italy. Stall 20
no,6:539-541 Je 160. WILA 1/,-*2)
1. Chlcn-,-~correspondcnt jUT &;SR (for TzSclikov),
(Italy-Pipc mills)

SLOBODYANIK, Aleksey Petrovich;
VOLODIN, P.A., red.; MCUROZOTA, G.V.. red.izd-va; TMINA,
Ye.L., khud.-takhn.red.
[Novokuybyohevsk-, housing and Publio construction] Novokuiby-
shevsk; zhilishchno-grazhdanskoe atroitellstvo. Pod red.
P.A.Volodins. Moskva, Gos.izd-vo lit-ry po stroit., arkhit.
i stroit.materialam, 1961. 94 P. (HM 14:4)
(Novokuybyehovsk--City planning)

TSELIKOVI A.I.; GIW.'OVSKIY, S.P.; YEFANOV, V.I.
New technological process f'or the manufacture of blanks for hollow
car axles, Kuz, shtam. proizv. 3 no. 5:4,-5 MY 161. 0,11IRA 14:5)
(Rolling (Metalwork)) (Car axles)

3/133/61/000/006/C,r,9/0!7
A054/A129
AUTHOR: Tselikov, A. I., Corresponding Member of the USSR Academy of Sciences
TITLE~ Determination of the contact surface during rolling with consider-
ation of the elastic defornation
PERIODICAL: Stall, no. 6, 1961, 526-527 V/
TEXT: The cross-rolling process of thin-walled tubes and sections when
cold is characterized by high stresses on the contact surface and inconsiderable
radial reduction. The effect of local elastic compression of the rolls and the
metal rolled on the contact surface Is, therefore, Important. A method of
calculation has been established and graphs have been plotted with which It is
possible to calculate the contact surface with due allowance for elastic deform'a-
t1on. The total width of the contact surface is calculated from
b b. b 2 Rr b (5)
1 2 R + r 2 2
where:
b 2 Rr
R + r 2
Card 1/11

3/133/6 I/0OO/W6/vj 9-A17
Determination of the contact surface ... A054/A129
and (I /2 1 / 2 Rr
b2 15:~j 8 --it EII -IL E2111~-)R 4 r (4)
wher(,- P, 111"d El - copff I r. I erl f, of llolnon tuirl (ilwAtelty modulus ff)r Qv, roll.
/12 -Uld E2 - coeffic.1101it of and clarAirity modulw, for the billet or
mandrel In ti;be-rolling. FAbstracter's note: the other symt!rA5 are given in thr-~
graph.] In the same way it is possible to calculate the contact z~3,-jrface while
making allowa-iice for ela.,itl(, deformation Jn long1tudInn] vodling (Fig, 2). '171('!
width of' thp oorit.act ;kirllacp In tluit, cn2n Iri:
I - P, ~, ) ,( I - I-,- ~P )
X, ~~ 8P M-77- R
( IL r-I
There arf- 2 figurrab and 2 Sovief.-blor; references.
Card 2/4

S/122/61/000/007/005/007
D209/D304
AUTHORS: Tselikov, A.I., Lugovoskoy, V.M., and Tretlyakov,YcoM.
TITLE: Basic theory of diametrical rolling and cold rolling
using two and three roller mills
PERTODICAL: Vestnik mashinostroyeniya, no. 7, 1961, 49 - 54
TE,XT: The authors elaborate the problem of using three roller mills
as opposed to two roller mills, for the cold rolling of metals.
This method, they claim, can be used for the manufacture of cylin-
drical objects with diameters ranging from 18 to 20 mm, giving a
very low surface impurity product. The authors make the following
assiu.iptions: The contact between the cylindrical work piece and
the rollers takes place along a straight line, or in other words,
the resultant displacement is the sum of the elementary rotations
through an infinitely small angle. The plastic deformation of the
material is shown in Fig. 1. The authors first consider rolling
by using only two rollers, and then Fig. 1 will consist of a num-
Card 1/6

S/122/61/000/007/005/007
Basic theory of diametrical D209/D304
ber of triangles representing thevarious zones of plastic deforma-
tion due to the Dressure exerted on tile viork piece. They state
that these zones of plastic deformation must satisfy the kinematic
conditions existing -at the boundaries of the plastic deformation
zone. This approach is recommended by the authors since it givcs
the upper limit of the pressure at the contact points, as ODDOSed
to the static consideration of loading which would only give the
lower limit. They consider the equilibrium of the right hand por-
tion of Fig. 1 to obtain an expression for the contact pressure.
In the case of rolling with three rollers, and for section I-I
0
2f,
Y 3/-y 1,0811n 11 )"j-+ 2 (21)
-0.02) + L3 1/,-, -tIrT-0.1 + 0.26]. (21)
holds, where cry - the pressure in I-I; k - plastic constant and
~ = 2r/b (b = height of contact). To utilize the equations obtai-
Card 2/6

S/12 61/000/007/005/007
Dasic theory of diametrical D2099304
ned# tile area of contact has t,) be calculated. In the case o' not
rolling this is given by
b 2Rr r,
+ r
where R - roller radius, r radius of the vinrk piece and Z~ r de-
formation due to rolling. It is not valid for the cold rolling of
metals because it does not take into account the elastic deforma-
tion taking place between the rollers and tile metal. Therefore, to
obtain a value. for B, Fig. 4 is used to illustrate the zones of
deformation. -'11 land --~ 2are the local radial elastic deformations
of the roller and viork piece respectively. In order that the viork
piece be compressed by all araount r its center 0 1 must move to po-
sition 0 by a distance equal to +
' / 21?r
b = b1 + b2 R + r r + b 2 + b 2 (24)
Card 3/6

Basic theory of diametrical ...
S/1 22/61/000/(')07/0() 5/007
D209/D304
gives the resultant lenf-,th of contact taking into account clastic
deformation. If the absence in symi.,etry is neglected
b ~_\~4q(kl + k Ir (25)
2 " 2 it V +-r
applies, where q is the pressure per unit length of the cylinder,
and kl, k 2 are constants, depending on the material of the work
piece and roller. q = 2b 2P shows the relationship between p and q.
By putting this value of a in l4q. (25)
b 8 (k + k ) Rr p (26)
2 1 2 R + r
is obtained. The formation of cavities in the center of the cylin-
der could be attributed to the very large stresses develoDing at
the boundaries of -U-he plastic reg1ons. Also
OY - 2k in 'if - -L + 1
( 19
(19)
Card 4/6

S/122/61/000/007/005/007
Basic theory of diametrical D209/D304
shows that the maximum tensile stresses occur at the center of the
work piece-VInen using three rollers a cavity of diameter A (Fig.
2) is formed. Die authors emphasize that that annular compression
reduces the possibility of cavity formation in the center of the
work piece, and, if enough tension is d--veloped in the work piece,
failure does not occur. Peel-Ing is a great disadvantage of the cold
rolling process, and this could be elimin..~ted by using work pieces
with smooth' surf aces. This method was successful when uoing ste(-.1
typos 20, 45, ',-X (ShKI09, ShKh-5, Y(U)12 and US. The maximum sur-
face _-rea reduction aas 75 ~'O. Cold rolling greatly increases the
s U -
of metals. The percentage red,-,ction in surface area and
0
are the yiQl.d stroos of steels .))iKhg and US. There are 10 figures,
and 9 reforences: 8 k';ovict-bloc and 1 non-'J'oviet-bloc. The referen-
ce to thr, publication reads n3 followo: S. Jonson
ldont,atinn and Por 'rinr and Action oC Nasmith. Anvil, "The
1958, v. 20~5, N5328.
Card 5/6

TSELIKOV. A.!.
Main trends in the design of rolling " pipe rdl-Is in thal
U.S.S.R. Stall 21 no.10:9C-8-916 0 161. (MIR,! 14:10)
1. Chlen-korrespondent All SSSR.
(Rolling mi3-1s) (Pipe mills)

-t. TSBLIKOV,.A~eksandr Ivanovich; GOLYATKIVA) A.G., red. izd-va;
- -DOBUZkiM-A-7-A--,-L-.-V-., tekhn. red.
(Theory of force calculations in rolling millo)Teoriia ras-
chats. usi-lii v prokatnykh stanakh. Moskva.. Metallurgizdat
1962. 494 P. (Rolling mills) (KIRA 15:101

AZARENKO, B.S., kand. tekhn. nauk; AFANASIYEV, V.D., kand. tekhn. nauk;
BROMAJI, M.Ya.,, inzh.; V)SILOV, M.F., inzh.; VZ-U111:, A.B.,, inzi..;
GODJBKOV, K.A.; GUBKIN, S.I., akademik [deceased]; GTZ-77~!CH, A.Ye.,
inzh.; DAVYDOV, V.I., kand. tekhn. nnuk; DROZD, V.G.,' inzh.;
YM,'OIAYEV, N.F., inzh.,-'ZINIKEVICH-STOSHA, Ye.A., inzh.; KIRILY,
N.M., kand. tekhn. nauk; KOVYNEV, M.V., inzh.; KOGOS, A.M., inzh.;
KOROIXV, A.A., prof.; KUGAYENKO, M.Ye., inzh.; LASKIN, A.V., inzh.;
LEVITANSKIY, B.A.p inzh.; LIJGOVSKIY, V.M., inzh.; IEY:-~-,IOVICH, I.11
kand. tekhn. nauk; OVCIWIOV, M.S.~ inzh.; PASTEZAK, li.l., inzh.;
PERLD, I.L.., doktor tekhn. nauk; PODEDIF, I.S., kand. tekhn. nauk;
ROKOTYAN, Ye.S., doktor tekhn. nauk; SAPIA11, M.M., kand. tekhn.
nauk; SMIF11OV, V.V., kand. tekhn. -nauk; WIP11OV, V..S.; SOKOWVSKIVY,
O.P.
,, inzh.; SOLOVIYEV, O.P., inzh.; SIMIULITICH, Y.A., irzh.;
TRETIYAKOV, Ye.M., inzh.; TRISHEVSKIY, I.S., kand. tekhn. nauk;
,IM-V,-A~1,;-_GOItOliIIICIIEIIKO, V.M., red.
KMIKID, G.N.,, inzh.; T�~-jj
izd-va; GOLUBCHIK, 't.M., red. izd-va; HWOV, V.A., red. izd-va;
DOBUZHINSKAYA, L.V., tekhn. red.
(Rolling; a handbook] Prokatnoe proizvodstvo; spravochnik. Pod
red. E.S.Rokotiana. Mloskva, Metallurgizdat. Vol.l. 1962. 743 p.
(MIRA ;5:4)
1. Akademiya nauk BSSR (for Gubkin). 2. Chlen-korrespondent Akademii
nauk SSSR (for Smirnov, TSolikov).
(Rolling (Metalwor))-Handbooks, iranuals, etc.)

S/122/62/000/002/001/007
U262/1)301
AUTHORS: Taelikov A.I., Correa pond i ng Member of AS USSR and
iilfinsoi'i, Engineer
TITLE, Basic trends in the development of metallurgical machine
building in the USSR in the near future
Pi-UZIODICAL, Vestnik mashinostroyeniya, no.2, 1962, 3-10
TEXT: The following points are discussed; 1) New technological processeF',
direct reduction of iron, converter process with oxygen blowing).2) Incre"
in the productive capacity of metallurgical assemblies (new blast furna~:es
of 2700 m3 capacity using blast furnace gas at 2.5 - 3.? atm. and air a-
.12,000C, capacity increase of steel melting pi-ants and introduction of more
electric arc steel furnaces, improvements in the productivity of roll--ng
mills and pipe making plants by enlarging the sizes of machinery and In-
creasing the rate of production). 3) Improvements in mechanization and
automation of metallurgical plants (partial and eventually full automation
of technological processes in blast furnaces, mechanization of steell
CiArd 1/2

S/122/62/000/002/001/007
Basic trends in the ... 0262/0301
melting plantso rolling mills, and pipe making Plants, and introduction it
new production control equipment of radioactive or x-ray type). .11 M14-
chinery for pToter-tive coating of rolled iron and pipes (tip. coating,
zinc plating, varnishing, rubber, glassand enamel coating). 5) Inti-odu-
tion of more welded steel and reinforced concrete structures in place of
castings. There are 7 figures.
Card 2/2

TSg=oVp AI.l NWnl.. V.V., doktor tokhno nauk
Trends in designing pipe aills, Hate i gornorado prom* noo6t
16-22 N-D t62o (MIRA 1718)
1, VessoyusM nauchno-iouladoTatellakiy i pro7ektno-kwistruk-
torakiy institut met&llurgichaskogo aaahinootroyeiiya. 2. Chlen-
korreopondent AN SSSR (for TSellkov).

2111451621000100910041005
D262/L,303
O"'orrcs7)onding :*cmbcr of the
Al I shcv.shiy L Ye . , CcLdieate of Technic-,L -ciences
and Azarcndco, 3.3., Candidate of Tcchnical "Sciences
.)C (jr-7
tj-,jjjoUn tU'
TITIZ: Coq
izv --iyi vysz'ni'-.1-, ucIkobnyI,-h zavc(-Icriy. !:aslaino-
C Z L A
stroyc-,Iiye, no. 9, 1962, 145-143
TliXT: The 4construction and the o-,)crational terts of the
nc,ei m-acm-ne for continuous 'L-UD-- drawirig -vri~hout end dc--iL;-n-
cd by the authors aurl tcsotcd in 1961, are d,2scribed izzi clctLil. This
Irawin" tul:>2s of 13 -.; 26 ria di
5-ton machinc for L LI a. and wall thicimcss
up to 2 rm, at speeds of 2-S - 76 m/min consists basically of* tivxoc
consecutive scctions with chain feeding nicchanisms, bct-ween which
L
feedi_ v
dra,iing dies or rollers are locaLed. -Iach JeChnnism is dr-
en se-parately by _--i clectric motor at speeds of 620 - 1200 rpm. ~;on-
clusions: This construction. fccurc.-- stability of the proccos.
wall thickness and diameter conforn to the GOIST standardc aud the
Card 1/2

Continuous tube dra-ring
j/145_/62/000/009/004/005
D262/J303
tube --vxf-'ace is of hi-~h qlj,,.14-tv. The productive, ca:)acity of the
plaat is higher and thc cli.mination of the end lplu,,%in[~ save-- 3 4*,4'
of material. Therc is 1 f--~.,giirc.
AS.3 CC L'~T 10 NI I'VIX im. *.,I.*.:. 21'auma-Lia, (:,rvrcu i-m. Bauman)
Sli BMUTTED July 12, '-962
n
~ ard 2/2

TELIKOV, A.I. [TSelikov, A.I.]; ELINSON, I.M.
Main directives of the development of metallurgical machine
construction in the U.S.S.R. for the immediate future. Analele
metalurgie 16 no-4:5-17 O-D '62.

TSELIKOV . A. I.
Effect of tension or, energ7 consumption during rolling. Stall
22 no.10:922-923 0162. (MLRA 15:10)
1. Vsesoyuznyy-iiauchno-isaledovateltskiy i proyektno-konstruktorskiy
institut PnetaDurgicheskogo mashinostroyeniyg.
(Rolling mills)

S/ 133/62/000/0 11100 1/005
A054/A 127
AUTHOR: Tselikov, A. I., Corresponding Member of AS USSR.
TITLE: Theoretical problems of the intensification of rolling processes
Pr.RIODICAL- ljtal',"no. P, 1962, 1015 - 1020
TEX,T: 11% survey is given of the theoretical investigations, carried out
by Soviet scientists on various problems of cold and hot rolling, with the pur-
pose of intensifying these processes. The studies covered the following items:
the possibility of increasing reduction depending on the ductility of the metal;
the calculation of friction forces and their relation to the maximum angle of
bite; the forces acting on the rolls with regard to the po6sibility of increas-
ing reduction; the effect of the rolling speed on'the forces involved In the
rolling process; the possibility of intensifying rolling by stretching the-ralled
metal at the input and output end of the mill. The considerable improvements
qLchieved by Soviet metallurgists in the intensification of rolling are due to
the establishment of certain basic principles, in some cases deviating from con-
ventional- ones. It was found that the ductility of the metal does not limit the
CArd 1/2

S,/1 33/6 4 1 Aku *_ /rA:~:
Theoretical problems of the...' AO54/A1?7
increase of reduction. Good results can be obtained in this respect by reduc-
ing in two directions, perpendicular to each other. The problems of calculat-
ing the friction coef t'icients, 'of measuring the tangential contact forces during,
rolling, of determining the distribution of friction forces on the arc of the
bite, etc. have also been studied and reliable, simple calculation and experi-
mental methods have been foundd' It was recognized that when angles of bite are
being applied that approach the value of the angle cf friction, pressure will
be lower thanat smaller bite angles. Increasing the rolling rate in cold roll-
ling was found to have no effect on the forces acting on the rolls, whereas in
hot rolling they will be increased to some extent. Great improvement iS expECt-
ed from stretching the metal rolled between the stands. This problem has been
studied in recent years very intensely, mostly in view of the problems of con-
tinuous rolling. Formulae to calculate the widening of the rolled strip under
the effect of stretching ~,.,ere established. It is assumed possible ~o roll
double tee-irons and channel sections by stretching the metal in the rolling
process. The theory of multi-motor electric drives for continuous rolling mills
operating with stretching the strip has been discussed thoroughly by N. N. Dru-
zhinin. There are 8 figures.
ASSOCIATION: VNIIMETMASh
Card P_/2

I- TSELIKOV, A.I.
Stresses in periodic-action mill for cold rolling of pilxes.
Vest.mashinostr. 42 no.8864-67 Ag 162. ( I'M ~ A 1 -1-0 : 8 1,
1. Chlen-korrespondent Akademii. nauk SSSR.
(Pipe miuo)

TSELIKOV, A.I. (Moskva)
Objectives of scientific research in the creation or rew
metallurgical machines and ruachine assemblies. Izv4. AN SSSR.
Otd. tekh. nauk. Met. i gor. delo no.3:28-41 )V-Je 163.
(MIRA 16:7)
(Metalworking machinery--Design and constructioh)

TSELIKOVI A.I.
Ways for establishing modern metallurgical units. Vest.AX
SSSR 33 no.2t44-50 F 163. (MIRA 16:2)
1. Chlen-korrespondent AN SSSR.
(Metallurgical plants)

TSELIKOV, A.T., akadehilk; VASIL'CHIKOV, M.V., kand. tekhn. nauk-
New advanced tochnology Is the basis for the automation of 0
production processes. Mekh. I avtom. proizv. 18 no.10t
1-4 0 164. ()URA 17:12)

51
M 01:
cfz.~ Ig
imv-
~l mll

DANILOV, F.," A.A. ; KAMMV, Yu.M. TSELIKOV, A. 1.
S 165.
r-rtL,qr!cs of induatry, Met&Llurg 10 no.9:38--39 (MIFIA 18:9)
1, Direktor Pervourallskogo novotrubnogo zavoda (for Danilov). 2. Direktor
Ni-kopollskogo yuzhnotrubnolgo zavoda (for Shvedchanko). 3. Direktor Urall-
skogo nauchno-issledovatellskogo trubnogo instituta (for Matvey-ev).
4. Voesoyu7,nyy nauciino-issledovatellskiy i proyektno-konstruktorskI.y
institut metallurgicheakogo mashinostroyaniya (for TSelikov).

1-66 E71T (d
EVIA(C) JD/HV1/DJ
AP5024955 SOURCE CODE: UR/0286/65/000/016/0015/0016_
jUTHORS: Antonov, A. V.; Tselikov,, A. -r.; Dmitriyov, L. D.; Potapov., N. If.- e--,
e
ORG; none
TITLE: Machine for roWn finned sheetsion a press. Class 7, No. 173690
Za-nnounced by All-Union Scientific Research and Construction Institute of Matallur-
gical Machine Construction (Vsesoyuznyy nauchno-issladovateliski i proyektno_1/`/j
konstruktorskiy institut metalluxgicheskogo mashinostroyenlya)
SOURCE: ByaUeten' izobreteniy i tovarnykh znakov, no. 16, 1965, 15-16
TOPIC TAGS: metal rolling, metal working, metal sheet
41 el
ABSTRACT: This Author Certificate presents a machine for rolling of finned sheets
on a press, including an undriven roll and a hydraulically driven moving plate (see
Fig* 1)
-rig. 1. Z Abstractor's notes no
on
nomenclature giv _7
AL_,
Card 1/2

L 8131-66
ACC NR, AP5024955
To decrease thq hydraulic force requirementsp the plate is oupported by a linear
'rollerjbQuingfand on the sides is gaided by gear racks mashing vith gears connected
to the ends of one of the rollers of the roller bearing, A second version has provi-
sions for rotating the roll during its heating prior to rolling.,, Orig. art. has:
1 figure.
SUB CODE: IE/ SUBM DATE: 29,Tan63
nw
2/2
"A"

.:" . .. . . ;to .. 9 1 ~ . , -. . : ; . . ~) ;~ I',-, - ;
,PC, E I. ~~ . i I , 1 11, -': -. ~ " : ;' " - ' ' ' :~! , "
I ~1~ I- i . I . L. 1, .' I
) ' ". r!. I ,
-1 - ., I . h. -!. I
F*l rate-'- an'i Z; t r'~i -.- - , -1 j , -4~ ., "~. .'r," c. N
1- ( 11.) 1 .1 V. , , P." 1~ : ll ,
n r, . 6-~ 1

I
-TSE.LIKO.Vo A.I., akademik; MOROZOV, B.A., doktor t-el-li. nauk; SHUSTOROVICII, V.,M.,
iriz'h.; GARTSMAN, S.D., Inzh.
Selonting the optimum dlaj7*ter for the supporting rolla of four-high
rolling milloo Vest,mashinostr. 45 no.9t24-26 S 165.
(MIRA 18:10)

T;5BLIY,0'V, Aleksalldr Ijapovicb
- , 4 , C snoVy te , i P,
' of the Of ~" - I -TiE.; ~ c-;r' '*C,-
e 1" 9-9 1 ,1,1,2-L&I lurp, i ir, 91 ) 6 r, .247 P.
l'atKi. Mo ACN, 1 2 , ("41itA iro-2)

TSIF,I.I-K.OV,..A.I., akade.Tdk- MFIYEROVICH~ I.M., karri. I.W~hii. rftu~-. GOKELII..,
--- I .-- V.S., Jnzh.; ROMMAN, in-A.
Relation be-mcgen urdt. ptrwer conrumption and the iretu3 F. :~iure
on the roll.s. Stall 25 no.12-2101-1102 D 165.
(K.Rk M12)

ACC NRs SCURCE CODE: UH/Q1o5/~'6/M/V)1/O`P35/X?,6
AP6017708
AUTHOR: Bertinov A. I.; Voronetskiy, Q. B.: Gendelfman,_B. R.; Qirphhqrg,_Y. V.;
Cromov, V..I.; Druzhinin. N. N.; Kunitski- IN. P.; Naumenk9L I. Ye.; Petrov. I. I.;
N G.; -"s ly, 'I 0-'-V.
Vetrov. G. .; Rusakov. V.- e Fa-no
Syromyatnikoy, I. A.; Tu4n., V. S.; FJ-Un.-". 1; TqejjA9v Chikikin.
-fu-n-T-kov.M.
ORG: none
TITLE: Engineer N. A. Tishchenko (on his 60th birthday)
SOURCE: Elektrichestvo, no. 1, 1966, 85-86
TOPIC TAGS: electric engineering personnel, metallurgic furnace, electric equipment
ABSTRACT: Nikolay Afanaslyevich Tishchenko completed the Khar1kov Electrotechnical.
Institute in 1930, after working as an electrician in a MCtallurgical plant from
1923-1926. Fe was active in the development of domestically produced electrical
equipment for rolling mills and metallurgical furnace works. Ile was active during
VP4II in restoring electrical equipment damaged by the Germans. After the war, he
was active in developing electrical drive equipment for both domestic and foreign
metallurgical plants. He has been active in scientific work, publishing over
45 works in such varied fields as electric drives e uipment reliability and F-
productivity of labor. Orig. art. has: 1 figure. ?JPRS1
SUB CODE: 09, 13 / SUBM DATE: none
Cord UDGz -621.14

ACC NRs AP6032534 SOURCE CODE: UR/0413/66/000/017/0141/0141
INVENTOR: Tselik
A. I.; Rozanov, B. V.; Nistratov, A. F.; Gol'man, L. D.;
,I-taksimov, L. Yu.; P
obedin, I. S.; Fridman, A. Z.; Kitain, R. S.; Kurovich, A. N.;
Nadtochenko, A. F.; Kaganovskiy, F. I.; Kozhevnikov, V. F.; Zonenko, V. V.
ORG: none
TITLE: Hydraulic press reinforced with wire wrapping. Class 58, No. 185696
(announced by the All-Union Scientific Research Institute for the Planning and
Design of Metallurgical Machinery (Vsesoyuznyy nauchno-iseledovatel'skiy i proyaktno-
konstruktarskiy institut metallurgicheskogo uashinostroyeniya)7
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 17, 1966, 141
TOPIC TAGS: hydraulic press, reinforced hydraulic press,,//'//>R.,qV/
MF 7-,g X_
ABSTRACT: This Author Certificate introduces a hydraulic press reinforced (see
Fig. 1) with wire wrapping. The press includes a cylinder, housing consisting of
upper end lower crossmembers and columns with a concave oval-shaped outside surface
which makes it possible to wind a reinforcing band or wire around the housing. To
improve the technical and economic characteristics and the reliability of the press
at the same main parameters, the housing is provided with stiffenning ribs located
Card

ACC NRz AP6032534
I'Fig. 1. Hydraulic press reinforced with wire
wrapping
1.1 - Stiffenning ribs; 2 -.wrapping;
- lower crossmember.
between the wrapping, and-the lower crossmember of the press is laminated and serves
as a hydraulic cylinder. Orig. art. has: 1 figure.
SUB CODE:
Card 2/2
SUBM DATE: 20Aug64/

ACC NR: AP7004-811 SOURCE CODE: uR/o4l3/67/000/00l/O169/oi6q
!NVENTOR: Tsclikov. A.M.; Shor, E.R.; Rokotyan, Ye.S.; Kruglikov, A.V.;
Gurevich, Me.
ORG: none
.TITLE: Two or four-high mill for rolling variable-section sheets and
strips. Class 7, No. 87892
!SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no.1,
190-7, 169
,TOPIC TAGS: metal rolling,, H i i rolling mill
;ABSTRACT: !This Author Certificate introduces a two or four-high mill for rolling
!one or two-way wedge-shaped sheets and strips from steel and light
alloys by means of changing the working rolls' spacing. To increase
rolling mill efficiency, a powerful automatic pressure device is used
which ensures a constant relation between the rotation speed of the
-screw-down drives and the working -L~olls. [AZ)
ISUB CODE: 13/ SUBM DATE- 11Yar49/ ATD PRESS: 5116
Ccrd 1/1 UDC: none

FLEYS11MAN, S.M.; T.5ELIKOV, F.I.; KRUTIKOV, V.I.p imzh., red, tdocedsed);
PONOMARENKO, S.A.., red.; BOBROVA, Ye.N., t'ekhn;red.
[Rock cuts with catch trenches along tracks] gkallnye vyemki a
putevymi ulavlivaiushchimi transholami. Moskva, Izd-vo "Trimsport,"
1963. 71 p. (Babunhkin. Vsesoiuznyi nauchng-issledovatellskii
institut transportnogo stroiteltstva. Trudy no.52). (MIRA 17:3)
1

FIFYSTMANt S,M., Irand. telchn. nalik; TSFUN,07, F.I., inzh.
7
Lateral sections of rock depressions. Tranzr. stroi~ 34 nr)~7!'~7-39
JI 165. (MIPA 180)

II3Y6HMhH, S.M., kand.tekhn.nauk*, TSBLIKOV. F.I., insh.; FWKIN, I.Z..
inmh.
Protection of the road bed in the proximity of resarvairH.
Put' i put.khos, 4 no.3:12 Mr 160. (14M l3s5)
(Railroad engineering)

FLrfSHMAN, S.M., kand.tekhn.nauk;_TSELIKOV, F.I., inzh.
Stabilit7 of road beds in areas of nev vater reservoirs. Transp.
stroi. 10 no. 11:35-38 N 160. (MIEtA 13;11)
(Railroads--Track)

FLEfS11MAN, S.M.. kand.tekhn.naut; TSUIKOV, F.I., inzh.
Good manual on track protection against falling rocks (nProllective
structures against falling rocks on railroads" by N.M.Roinishvili,
Reviewed by S.N.Fleishman, F.I.Taelikov). Put' I put.khoz. 4 no.q:
47 S 160. (MIRA 13:9)
(Railroads-Safety measures) (Roinishvili, N.M.)

SOV./g,--59-10-6/20
AUTEOPS: Pj.e-, --Jiman, S.A% , Candidati, 'I chnical Sciences, aad Tselikov,
&i n. f- o r
TITLE: T!,n Use of Stone Deposits I o Protect the Banks of Reservoirs From
Ex-)13ioli
PERIOD] CAL: Gi(frotelchniclichoye .9troitel'stvo, 1959, Nr 10, pp 23-215 (USSR)
A13STRACT: The article is a description of methods used to counteract erosion
in the Ust'-Kamenogrosk reservoir on the Irtysli River in 19531
where sections of the bed of the railroad line USt'-1,'aL1C11ogorsk-
Zyryanovsk. were underviined. It was decided to carry out an experi-
men, by dumping rocks straight into the water in order to cover
the bank to a depth of 1.5 m. Rocks of an average weight of 20-50
kgs were dumped over a 100 m long section, the gaps between thein
being filled with locally obtained loess earth. Subsequent obser-
vations in 1954-58 showed that no serious erosion of the bank or
distortion of the railroad truck had taken place even in icy con-
ditions. A similar experiment, conducted in 1056 on the Kakhovka
Card 1/3 reservoir, the features of which varied considerably from the pre-

SOV/98-59-10-6/20
The Use of Stone Deposits to Protect the Banks of Reservoirs Frow Eromion
vious one, involved the use of stone deposits, provided with 2 lay-
ers of filtration material (shell-rock ballast and 20 cm stones),
The proposed scheme was considerably altered in practice, the lay-
ers not being deposited in an orderly fashion, but nonetheless
they proved to be an effective' protection against erosive action,
succeeding in withstanding waves higher than those which broke the
embankment in the initial exporiment in 1956. The effective anti-
erosion action of even the ditiorderly dumping of rocks wits also
noted in the case of the Rybinsk reservoir and that at KniniYhi
(Czechoslovakia). The main advantages of the use of stone deposits
are their reliability, resistunce to wave-action and erosion, the
possibility of the process being entirely mechanized, and siriplici-
ty. The 2 methods suggested as being most suitable are illustrated
in figs.l. and 2. In the first case the process, by which the bank
is shaped artificially, must be completed before the basin is fill-
ed, while in the second the reservoir must first be filled, the
erosive action of the water thus reducing the cost of the opera-
Card 2/3 tion. The specifications of the stone deposit must be based on the

SOV/OP-59-10-6/20
The Use of Stou,, Deposits to Protect tjie, Banks of Reser-voirs From Erosion
hydrogeological conditions of the area involved, the size of the
rocks being detennined according to the formulae of either M.N.
Golldshteyn and P.S. Konononko (Ref.1) or of A.M. Zhukovets and N.N.
Zaytsev (Ref.2). For it slope or 10 the weight of stones required
to withstand 1 M WaVe;3 must be at lettat 30 kg, and for slope.9 of
1:2 it must amount to 60 lig; the experiments showed that the lower
layers of gravel and fine pebbles served as quite efficient drain-
ing systems, while the upper layers required to be composed of a
percentage of 60-70,1- of stones of the appropriate weight, as in-
dicated above, in order to prevent erosion or displacement. There
are 2 diagrams and 2 Soviet references.
Card 3/3
g

JUITSEAN, S.M.. kand.takhn.nauk; TSVBLODUB. B.I., insh,;__TSBLIKOY,
. ---X, I., inzh #
Laying out railroad beds on rocIcy slopes. Tranarp.stroi. 10
no-7:36-39 J1 160. (KIRA 13:7)
(Railroads-larthwork)

MlYSHMAlip SeNs. kun0.teAn.maukj UIIIKOVP ?.I., Inzh.
Efficient -types of struaturev to prevent landslides,
Transp. strol. 16 no.:UO." Ja '166.
(HIM 1911)

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Pavlov, .1. X.
Theory of rolling. M. Pavlov. Roviewed by A. 1. P3(!likov, M. L. Zaroshchindkiy, L. V.
Mamarshtein, 0. G. I'lluzalevskii. Vest. mash. 31, '10. 10, 1951.
9. Monthl List of Russian Accessions, Library of Congress, September 1~~52.IS(
5Y Uncl.

N
'MLIKGV,, V. p in2b.
-------
Seminar on safety engineering. Avt.dor. 24 no#2s32 7 161.
(MIFA 14:3)
(Road construction- W ety measures)
-4

_P [ ~ / i-_ fL -t, ," , ,
AUTHOR Tselikov, V. A. (Moscow) 24-10-3/26
'TITLE: G_113i-u-1_a_ti_n_C, Uv,- regi-mel) of turbiner,
(Modelirovaniye rezhijnov 11-urbiny tjazhelyi:i
,PERIODICAL: Izvestiya Akadeiaii Nau~. SSSR, Otdeleniye Tekhniches',Ii~_h
Nauk, 1957, No.10, pp. 19-27 (USSR)
AbSTRACT: The author consider-s simulation on models of reLi,.,e.-, :)f
turbines w-id turbo -,,a achine ry Generally based on applyiii~_,
workinc, media a -as with a small gas constant R and a lovi
temperature, As a result of this, the r.D.m. E~xd the no-.ver
of the turbine and compressor can be considerably reduced,
th.--- ex-Derimental set-uD simDlified and the necessity
obviated of dimensional modelling. It is thus possible to
use in the -model tests turbine blades made of easily
i:~ach.ine able or cast materials. The idea of using,; heavy
L., es
for simulatin- on models the regimes of turbines was nut
forward in 1949 by A. V. Kvasnikov (?AAI). In the firr~t
para.-raph, the author deals with the conditions of sJm)il_nrity
L
for Variou.3 value-Q of the adiabatic index k. In the caze
of differinG k values of the model and of the sil:iul,,ted
unit, the, numerical criteria in the flow part of 0!,,.! Liji-bine
will chan-se and also the physical picture of tlii~ fl.ov;l
L?
Card 1/F articularly in the case of supersonic speeds. Hoviever,

24-10-3/26
Simulating on models the regimes of turbines using heavy gases.
model turbinet Po0, eq,(3); for the r.p.m. of the model
turbine, no , eq. (5); the flow rate, eq.(6). According
to a dissertation by the author (MAI, 1950), the effective
efficiency I of the turbine is. a function of the same
similarity criteria as the efficiency on the wheel
circumferencei therefore, the effective power can be
expressed by eq.(8). Fara.3 deals with determining the
natural parameters of the turbine from data gained from
r-odel tests. Para,4 deals with the choice of a suitable
working medium (gas). The authors tested the use for this
purpose of CCl the data of this and of other gases
41
considered for use in the experiments are silmma ised in
Table 1, p.25. The experimental set-up is described in
para.5 and illustrated in the sketch, Fig.3. The execution
of the tests is described in para.6 and the test results
are silmmarised in Para-7. All the s'ymbols in the paper
relating to the model are denoted by a "small 011 at the
top of tte respective letter, It is concluded that for a
value k , differing within certain limits from the
value k? satisfactory agreement can be obtained of the
Card 3/5 criteria M, N Re$ u/c and the calculated cross sections

24-10-3/26
Simulatin~~ on models the regimes of turbines usinE; heavy Gases-
of the flow part. How ver
8 7
the numbers M and M it
degree of exp. f the
,gsion o
equality of N Re with NRe
for conserving equality of
0
is necessary to change the
model and for obtaining
/co
and of u/c with u
it is necessary to select appropriate pressures of the gas,
at the turbine inflow and appropriate r.p.m. If k and k
are equal the degree of expansion remains the same.
Disregarding the influence of other disturbances in the 0
analogy taking place due to inequality of the values k
and k, it can be stated that (at least for a certain
class of turbines of small reactivity and average degrees
of expansion) maintenance of equality of the criteria M,
N and u/c for the model and the natural regimes is
aRAecessary and adequate condition of similarity of the
operating process. The accuracy of determining the turbine
indices accordin6 to the data of the model tests is at
least equal to those obtained in tests under natural
conditions. The infliience of such pb4pnomena as changes in
the relaxation time, change in the structure of the flow
on the indices of the process are obviously within the
limits of the experimental accuracy. The calculations
Card 4/5 show that the here described method is suitable for

I- _~ -1 __7 I- , ~ - - 7- / /I I/II
TSILIKOV, V.A. (Koskva).
Using heavy gases for modeling operating conditions of turbines. Irv. AN
SSSR. Otd. tekh. nauk no.10:19-27 0 157. (MIRA 10:12)
1. Moskovskiy aviatoionnyy institut.
(Gas turbines--Models) (Aerodynamics)

y
31J315
Khrcconikyell marganantsovaya nyer-zhavyeyuqhch-iya stal I klya nyedlt:Jnsklkh i--dyelly.
IR voprosu tyekhnolcgil prcizvodstva). Kited. prcr, - st SSSR, 194V, 114c) 4, S. 22-26
8. Pashin vyedyenlye. Vashinr:stroye niye. Prlbo~ostrcyeniyn (Spyetstall noya nash-
incstroyoiiyu - oo. po sj,yvt:-
a Cb.,il,chlye Vc~rosy
S'~': LETC?TS' No. 34

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T~Fc:ILIIKOV, V. K.
PA V~TN
USS/Steel - Properties May 1947
Steel - Metallurgy
"Wearing Quality of Steel ar4 Anealing Brittleness,"
V, K. Teelikov, Paotory imeN Il'Ylohp 3 PP
"Stall" Vol VII, No 5
Experiments were conducted on steel at 350 to 4000.
As with high temperatures, wearing quality took a s~
drop. Type 4XC and 4OX steel was used. Graphs and
tables of results.
1ft30

00
deiffealas maistame and tirmpor brittlent", v . K.
Tulikim. -UuJ S. 7-*11 Oil I v IS). -I Arvorknotirvir sit I rmIx t
briftlorm" drIn'"d. iml the IrMPOPIRIS fthf-IIII)f Atilt the
*1114"Jurnt ormoling, r1w fro"I.-oll"d Atilt -111-flui-Ill
ftmAing qcWula det. the tMilift .4 Illf .011tiOlf I-hAsW- III
tht $left- 1114' nittlift 44 IhV r-Afflill' IIISAW Alms Afforl.t.
the cu"Owiss ir"Itta- of a mml I'll In-till fragAvIsIble fill
)6the docirtbutsm o( cathMic IFe.C) and an(Am- arram.
This wAs pecived by is %tudy on chirmac-Ally difirrmt %tml%'
in whKb the FCIAtmm-hip Iwtsor"it smiuct twittivnei- ;4nd
triaper wheilule wa-i tudird I,y int-am 4 lorl-Allill It .1%,
M. I(meh
3p

r,uV/129-58-10-4/ 14
AWL"IfOR: Tselikov, V. K Crai(I'Mrite of Tochnicril
IVITL~*: Influence of Heat Treat~,aent on fl-he Chtui_~r_, of
Strenbth Temperature Curve of Steel
termichesko,y obrabotle-.1 na izLieneniye
krivoy udarnoy vyazk,osti stali)
PERIODICAL: Metal loved eniye i Obrttbotka 1.1,etollov, 1958, I;r 10,
PP 1?-22 (USSR)
A13STRACT: Analysis of literary dat;_:, indicates that for low carbon
and lovi-allay low-carbon steels the charibe in Lhe c.).~r,--,cter
of the impact strenGth temperature curve a function of
the regime of heat treabiaent is as indicated ir, the br,~~,phs
FiC.l. This chanre is characterised by the followin,-:
a shari) reduction in the Lipact strength at roon
tc!mlperature ~nCl a considerable reduction of the critical
brittleiiess teuperature as corapared with the initial
state; a sharp reduction of the Lapoct strenEth at room
temperature v.ithout chanLin6 the critical brittleness.
temperature; a Sharp reduction in t e specific impact
strenGth at roon, and cit lower (-183 C) temperatures. For
verifyinb tho correctness of th(,se relations and also for
elucidatin; the effect of the structural factor on the
1/3 C)
Card influence of the teriperlAtUre on tho impijct stro%th ct.irve,

";UV/129-58-10-4/14
Influence of Hent Treatment on the C~ifualxl of the Impact Strer~ th
Temperature Curve of Oteol
invostigationc were, aiii-ried out on speciniens, of
Steels 12N3 and 12KhII3, thc- compo.;itions of which are
Given in Table 1, p 18. The author deals successively
with: the influence of the heat treatment C".urini; heating;
above the Ac- point on the charge in the character of the
impact strength temperature curve, Eraphs FiGs.2,3 ELnd 5;
the influence of heat treatment in the case of lheatinL, to
a temperature between the Af; d. the Ac points on the
chan6e of the impact stren.Gt~, te"m1perature Lrve, graphs
FiSs. 6 and 7; the influence of work hardeninF, and aE;eing
on the change in the character of the impact strenCth
temperature curve, L-2aph K6.8; the influence of the
temper brittleness of steel on the chanGe in the charact-er
of the iiapact stren6th teaperature curve, 6raph Fit~.q.
The test results for iIAp&ct beridiri6, braphed in FiC.9, shov;
that slovi coolinU in the case of teriperin6 brinCs about tin
increase of the crit'lcal brittleness temperature for the
steel 12MI3, reducinS t~r)propriately its iiapaict strenc~th
at roo:a temperature w9 viell ac, durinE work hardening and
Card 2/3 abeinG. This indicates that the development of temper

6C)V/ 12c)- 58- 10-4/ lit
Influence of' Heat Treat;.ient or; the ChDn,r_,(_, of t~,c LaT),-;ct stron't*',
Temperature Curve of Steel
brittleness is caused not only by structural processes
in the boundary zones of tl,c Grain but mainly by procesrcF:
observed throu-hout the voiume of the i.-rain which are
similar to ageirib processes. Coraparioun of the --ecults
of micro-structural analysis with the results of L-pact
bending tests for the specimens of the t%-.-o aiftur
various heat treatments enabled establishin6 an inter-
relation beti..-een the changes in the character of the i;:ipact
strenj,~tb curve cind the changes in the micro-strue"Lure o~
the steel caused by heat treatment; this is .lade
in Table 2.
There are 9 figures, and 2 tables.
ASSOCIATION: TshTIIM-IASh
1. Steel-Meabonical. properties 2. Steel-Temperature factors
3. Steel-Heat treatment
Card 3/3

7'- "-' 7 - VrO;" - ','0 0 L , " A.
.1 1 ~ ~ A., I , Y~ - .- C.' P-~.-N- - U PO W. V
-.~-e wear r-,.' Fa-,~t
- .1 1-
UKC! 1 '48 r L 1 -1. 1
o. I -,2c--2P- -,a 16" (M-':~~, -. 8: 3 "
1. Mo.3k~,vs~iy institut radloelek~ron.'kl I gornoy
^Sel~'k,:v'i. ';. Donetsk-ly ujz_o-':.y-y-
(for

SOV/121-58-10-20/75
AUTHDR: Tseli y
ko
TITLE: 1rOrrp"e`7ial Read for Vertical Milling Machines
(Spetsial' naya. Aolovka k Vertikall no--A-bv.:~,zym , 5tankam)
PERIODICAL:Stanki i Instrument, 1958. Nr 10, p 40 (USSR)
ABSTRACT: A special milling head used on vertical milling
machines for the cutting of rack teeth is briefly
described and illustrated. The attachment is
suitable for the form milling of long teethp having
the full length of the longitudinal table travers.
There are 2 illustrations including 1 photo.
Card 1/1

~C rl~-, rF
! 7 (-,
p,,i i i rs y a u i - i w z; IL~vayus tic fixt.*f 4 Azl-
en iyt~ tir 0
pp.
i! Tm, it: -1111,11*1~ed Itn d.c.
t' tht- relewie oattoi.- i;~ vressed th~~-
tai rg d EL c rc t h e Ai n n c a t h u d e o V t h n
% Latino over. thLa interral volf.age dy-jr. z;i -,i-
!~m:i I I at thi s mument, the anode current r.L
2 *.';uC- .'.. The t:)tal discharge current
which are connected to tnt~
-mgnitr,.)n, procicing, a pulse-3haped maQne',ic
ior, .Y~Ich m-ignet, izetj the pole piecf::; t.
~hr, F.,:itz-on a baek-.,ard curver,L is prevented in ,,, -* - r,,
-~per%7,;on of tnis upparatim, which in due to K. Vo;
a ccrrect spauence oll" ti,,e av;itrh-:nP'
ovfli.f- -', fe-!,JcE~ '~i,e (I'LlIger 4n --ratiriz thio
r f
r~r;,caik-,ionury meaoures hvis b( en tn~-en. Ti,--,r, -~S

A UTHOR i Tselikov, V.M. 7 1
TITLF: Device for Cutting Cogs on 1,ong PACkS risposoblenlyp ri lyn.
narezaniyn ZUblyev ne dlinnykh reykakh)
PFRTODICAL: Mashinostroitel' , 195P, Pir. 89 p 29
AB3TRACT: On horizontal milling mnchines, cogs can be cut on races whict,
are only 200-300 mm long, A special devief, hns been developed
(Figure 1) which cuts cogs over a length of 8C0 mm. !t mny be
installed on every vertical milling machine, It may alno be
used for cutting grooves or for cutting off large strips of
material. The device may be turned at any angle of the machine
table. It has 2 spindles of 10 and 22 mm in diameter. r)n the
small spindle, cutters with an outer diameter of 32 mm, ani on
the large spindle with 150 mm, may be fastened, The revolutions
of the spindle during work should not exceed ~00 per min.
There is 1 p~-oto and 1 diagram,
1. RbtalB - MaChl"J11 2. MlUing machines - Applications
3- Machine shop practice
Card 1/1

TSELIKOV, Tm.I.. inzh.
I " - - ~
Selecting conductors with considmrati,3n of thmir reactance.
Prom. Rnmrg. 11 no-9:1.7-38 S 158- (MIRA 11:10)
1. Embaneftaproyokt.
(Electric conductors)

TSELIKOV, YO.I.
Detemination of the greatest sag of overhead elsotric transmission
lines at sloping spans. Promenerg. 16 noa500-51 My 161.
(MMA 14 M
(E2ectric lines--07erhead)

AM1011 istlib-on 71 r? zY. 130
TITLE. AII, w..r-4 !.,r a, in s:.~le: ting wire sizes, ((Jb ii-.het4
x,~a.kti--ogo ioprot-~-Ieuiya pri v-ybore prov,idov)
PERIODICAI., 1958, No-9, pp. 37-38 ( ITSSR
U S I It L% -.- Tui Illy ~x--d Te-h,'!:x. F.F. Vorontsov. in Promyshlennaya
Dxirrctika No."- , 1056 des-r;Lbed a method of allowing for reactan4ie
in -housing the ifire size of power circuits. Th4a method requires
spe-ial tibl-8 wh.40i have no other use and it is here proposed to
USO. a formala for tb--(s purpos,~, Uean values of reactance are given
for vari,n;,; -vpEs of transmission line for use in the formula. There
is an editorial ro4c that th!~.-o is no fundamental d,.fferen,.e
b~lw,F~n ~h*- firmulae propoq~-d by Vorontsov and Tselikov and it is
a matter 0 wb?Lsb orAe prefers to use.
ASSO~;DTT,.,W:
El-tric wlre--Ejectricril pr(,1,erties
ard i-'l

GRIBINIIIK, Z.G.; TSELTKOVSKAYA, N.K.
Photocolerimetric determination of color of light-colored indene-
coumarone resins. Koke i khim. no.l*-51-52 '60. (MIRA 13:6)
1. Kadiyevskiy koksokhimicheskiy zavod.
(Indene) (Benzenran)

c-nv Ic i
816)', 9(2)
AftHOR: Ts elikovskiy, T.T~, Technician
TITLE: The Experience in "easuring Ohmic Resistance of Pil
Circuit Freaker Contacts
PERIODICAL: Energetik, 1959, Ur q, pp 19-PO Oj'rp)
ABSTRACT: The author relates his experience in mensurinF, oh-mic
resistance of oil circuit breakers using ammetprs
and voltmeters. He states that such me-surements are
very important, since with an increased resistance of
the circuit breaker contacts, an excessive hea-ring of
the circuit breaker may be observed. When measuring
the contact resist&,,_v!e of T'G-133, T'G-1'~'
for 600 and 1000 amps, of !.T('rG (with arc-extinguishing
contacts) for 2000 amps, the oil film between the
contacts may have a great influence on the data ob-
tained. The author shows this in a table for t~)e rt-
forementioned triinsformer typos. The izifliienco of tv'f!
oil film on the circuit breaker contact resistance is
Card 112 smaller with types VY-22, VY-14 and To'e-16 (all are