SCIENTIFIC ABSTRACT TSELIBEYEV, B.A. - TSELIKOV, A.I.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TSZLIBMV. B.A. (Roscow)
-
,----O"",Xode' of actinn nf Insulin, Vrachodelo no.5:535-537 14Y '58
(MIRA 11:7)
1. Oblastnaya polkhonevrologichookaya bollnitea No.l.
(INSULIN)

LAKOSINA, N.D.; ROZHHOV, V.Ye.; 15ELIBEYEV, B.A.
Now preparations for the treatmgnt of depressive states; a
mirvey of foreign literature. ,Prak.sudebnopsikh.ekspert.
no.5:96-129 161. (MIRk 16,4)
(FSYCHOPHARMAGOWGY) (DEMMSION, HENTAL)

B.A., kand. med. nauk
mal disorders in poiscnin,- with orlrin( c
Sov. ined. 27 no.6:120-124 A 164.
1. 'rSentrallnyy nauchno-issledovatellukiy InfiLitut, 8,ndeblioy pal-
klilatrii imeni V.P. Serbskogo (direktor - clotsent G.V. Morozov)
i Klinicheskaya orO-na Lenina bollniti3a imeni S.P. Botkina (glavnyy
vrach - dotsent Yu.G. Antonov), Moskva.

TSILIBSY&VI
thogenesis of excitability in insulin therapy and its control
(with summary in French]. Zhur.nevr. i pelkh. 57 no.]-2:1503-1508
157. (MIRA 11:2)
1. Xafedra psikhiatrii imeni S.S.Koreakove (zav. - prof. Ye.A.
Popov) I Hookovsko'go ordermi Lenina meditsinskop~o inatituta imeni
I.M.Sechenova.
(CHIAMOKAZINIC. therapeutic use
excitation in insulin shock ther. (Rue))
(SHOCK TH9RAPY, INSULIN,
adjuvant, chlorpromazine (RuB))

TSILIGOROV. A.I.
Tasks of mining geology In the coal industry. Ugoll 29 no.10:1-
6 o '54. NLRA 7:11)
1. Glavnyy geolog treats, Artemugoll.
(mining geology) (Coal geology)

- -1 - -;~- f",- ~J,- f
I I . -I, - --T~ -,I-.,-- . -
SVIRDWV, Ye.N., inzh.; TBILIGOROV, Ye.V., inzit.
Modernizing SBK-1 tower cranes. Mekh.stroi. 14 no.6:24-26 Je '57.
(MIRA 10:11)
(CrAnes, derricks. ate.)

ANTIPIN, V.I.; BUDANOV, N.D.; KOT11JKOV, V.A.; I&BOSHITS, A.M.;
PROKHOROV, S.P.,, kand.geol.-riner.nauk; SIREAN, A.P.;
FALGVSM, A.A.; SH-.iYN, M'.A.; BASKOV, Ye.A.; EOGA--,KGI'.,
Ye.A.; GAMEVA, M.M.; ZXUBINSKIY, Ya.I.; ILIDIA, Ye.V.;
KATSIYMEV, S.K.; KOMPAVIYETS, N.G.; 1iEUUf3GV, L.P.;
POI~OMAREV, A.I.; 101ICIENKO, V.T.; IWLEV, N.A.; TSELIGORCYA,
.A.I.-i ALSTER, R.K.; SHVETSOV, P.F.; VYKIiODTa;V, A.F.'; K1riCT-1YY--
A.I.; KASHKOVSKIY, G.N.; LOSEV, F.I.; ROI.WIOVSKAYA, L.I.;
PROKHOROV9 S.P.; I,IATVEYZV, A.K., dots., retBenzent; CIELITSOV,
M.I., inzh., retsenzent; KUDASHOV., A.L. otv. red.; FP RYAKOVA"
Ye.P.y red. izd-va; ILIINSKAYA, G.M., tekhn. red.
(State of flooding and conditions for the exploitation of coal-
bearing areas in the U.S.S.R.] Obvodnennost' i uqloviia eksplu-
atatsil mestorozhdenii ugollrWkh raionov. Pod nauchn. red.
S.P.Prokhorova. Moskva, Gosgortekhizdat, 1962. 243 p.
(MIRA 15:7)
1. Moscow. Vsesoyuznyy nauchno-issledovatellskiy institut gidro-
geologii i i-,zhenernoy geologii. 2. Kafedra goologii i geo-
khimii goryuchikh iskopayerykh Moskovokogo Gogudarstvennogo
universiteta (for Matveyev).
(Coal geology) (Mine water)

FREy,p
V.B.;
f
.,rvorotok Lm o
1. 1.1,oskrvskjy InstItut vakt5M i s"

S/073/60/026/003/004/004
B016/BO54
AUTHORS: Vinarov, I. V., Tselik, I. N., and Orlova, A. I.
TITLE- The Problem of Lixiviation of Germanium-by Water From
Coals 1-1
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, 1960, Vol. 26, No~ 3,
pp. 383 - 388
TEXT: The authors extracted germanium with distilled water (without
using ultrasonic waves) from fat boiler coal of the type 7T X(PZh),
large-sized gas coal of the tirpe rK (GK), and low-aohw enriched coal
in a ground state. The germanium content of the coals was 0.0030.. 0.0023,-
and 0.0010%g respectively. Table I shows the granulometric composition
of the ground coals. Table 2 and Fig. I show the results of the first
toot ofarion oonbwtod to atudy the dependence of extraction on the dura-
tion of lixiviation. Hence, it appeare that germanium can lie oxtraoted
from ground coals, even under standard conditions (without ultrasonic
field or irradiation), but to a relatively small extent. The degree of
extraction depends on the duration of the process. In further
Card 1/2

The Problem of Lixiviation of Germanium by 3/073/60/026/003/004/004
Water From Coals B016/BO54
experiments (Fig. 2), the authors proved that a more intensive dissolu-
tion of germanium is inhibited by the sorption of germanium by the coal,
The degree of extraction of germcnium from coal rises by continuous
lixiviation with water. Among the hypotheses on the origin of germanium
in coals, the authors prefer that which states that germanium compounds
are absorbed by coal from the circulating waters. There are 2 figures,
4 tables, and 6 Soviet references.
ASSOCIATION: Institut obshchey i neorganichookoy khimii AN USSR,
Laboratoriya v Odesse (Institute of Ceneral and Inorganic
Chemistry of the AS U`krSSRq Odessa LaborAtory)
SUBMITTED: January 30, 1959
Card 2/2

. TSELIK., I. N.; TURKALOV, N. F.; ORLOVA, A. I.
Sorption of germanium oxide from aqueous solutions by, coals.
Ukr. khim. zhur. 28 no.3:419-421 162. (MIRA 15:10)
L Institut obahebey i neorganicheskoy khImii, AN UkrSSR,
laboratorii'v Odesse.
(Germanium oxide) (Sorption) (Coal)

TSELIK, I.N.; TURKALOV. N.F.
Sorption of germanium oxide from aqueous solutions Irf aclui-rated
carbon. Ukr.khimozhur. 28 no.2sl79-185 162. 0IMA 15:3)
1* lmtitut obahchey i neorganicheskoy khimii All WSR.
(Germanium oxides) (Carbon, Activated)

VINAROV. I.V,.; TSILIK, I.I.; OILWVA, A.I.
leacbing out germanium from coals witb the use of vater,
Zhur.prikl.khim- 33 n0-7083-388 JT1 16o.
OURA 1317)
1. Institut obsbehey i neorganicbeekoy kbimii AN USSRj
laboratoriya v Odessa.
(Germanium)

AUTHORS: Tselik, I.N. and Ukshe, ;N~S,
TITLE: _C_hlorin~tion of a Titanium-contai-ning Slag
PERIODICAL: Tsvetnyye metally, 195"), -1- 9v YP 119-53 (USSIO
ABSTRACT: Investigations of titanium--containing materials is
important, One Of' 01P.40 i.8 t1IC SIA~1, Obt8ifIC(I by HiCltillg
an ilmenite concentrate vii-th a determined quantity of'
coke. This contains 70 to 80% TiQ21 Normally a chlorine-
air mixture, obtained from the electrolysis of MgCl2.NaCl2
mixtures, is used for chlorination. The slags were first
ground, made up in briquettes, dried and heated at 8000C
for 8 hours. Chlorination was carried out for 7 hours.
Table 2 shows tile effect of temperature an chlorination.
7000C is the optimum temperature, Further increases in

gnesium chlorides,
temperature cause films of calcium and maf
and aluminium and silicon oxides which prevent contact Of
the particles with chlorine, Table 3 shows the influence
of carbon coistent in the t)riquettes on chlorination.
vicro is ny, ITICA-0-Ant) Of 50,,, wit.11 All inct-"atit) ", Carbon
content from 15 to 20%. V'Wtile,' illcrellseti Ilk
content are not recommende,i, The arjude chlurine was
Card 1/2 compared with concentrated clilorine, rable 4 stiows a
Ll~

Chlorination of a Titariium-Conta3.ning Slag
-j'- - 9-12/25
comparison of the degree of chlorination and Table 5 of
the rate of chlorination. Concentrated chloriiie is
better in both cases. Table 6 shows analyses of the
commercial TiC14 I-roduced from concentrated arid anode
chlorine. rhere is no differeilce in impur3-ties, There
are 2 figures and 6 tables.
ASSOC 1ATION: Bercznikov sk iy Filial VAMI (Berezriiki Bratich VADII)
Card 2/2

S/073/62/028/002/003/Oo6
B101/B110
AUTHORS: Tselik,_1 N Turkalov, It. F.
TITLE: Sorption uf germanium oxiie from aqueous ;olutions by
activated charcoal
PERIODICAL: Ukrainakiy MLimicheskiy 2.hurnal, v. 28, no. 2, 1962, 179-105
TEXT: The possible adsorption of Go c,)ntained in the water of coal Mines
(up to 2-5 mg1m5) by 6A~-i (BAU-1) activated birch charcoal was studied.
Preliminary experiments had 3hown that the removal of ashes 0-v~O) from
coal by boiling with JfCl did not affect tho corptive power 0(1.111'7) of coal
for Ge. I. Static sorption took plac(! when stirrinf, fit 25 C with 5 g of
coal and at a solid-to-liquid ratio o:*.' 1,25. Re3ults. (1) Erptilibrium was
reached after 2 hrs at an initial Ge ,oricentration, Co, of 0-00551-
0.055 mmoles/l, and 89c1, of Ge was sorbed. At Co - 0.3443 mmole3ll,
equilibrium was established within 2.r-3 hrs, and up to 637,"J of Ge -wag
sorbed. (2) a - 0-0178CO-583 (a = degree of sorption) holds for the sorp-
tion isotherms of Ge on BAU-1. (3) Experiments at pH - 2-10 and
Co .. 0.0275 mmoles/1 showed optimum norption, at pH - 7 (approximately
Card 1/2

9/07 3/6 210? 8/00210031006 )
Sorption of germanium oxide ... pic'1/3110
60-10-5 111M olealq of coal). (4) Sorption of Ge decreaues linearly -Tith
increasing temperature. II. UainC a column of adsorborn with DAU-1, the
validit7 of N. A. Shilov's and M. lit. Dubininla equation 0 - KL - -C
(9 period of action of the protective effect; K - coefficient, aiin/cm;
L length of the sorbent layer; -r - moment at which the protective effect
ceases, (penetration of ga3 thruu(;h the aorbent) , min) for the sorption of
Ge from solutions was checked under dynarnical conditions. The Ge02 sOlu-
tion (Go . 0.3443 mmoles/1) was added from belor, and the moment of Ge
passage was determined for every adsorber. Experimental conditiona:
0 2 2
20-22 C, volume rate V I - 4 I/min/m , V2 . 6.o l/min/m Results obtained
for V1: K - 14.5 min/cm, i - 125 min; for V2: K - 8-5 min/cm, 'T - 85 min.
It was found that i - Vn . con3t; n - 0.66j XV - const -58, from which
the parameters of a oorption column can be calculated. Complete extraction
of Ge can be achieved using several columns with alternate sorption and
desorption in a closed cycle. There are 10 figures and 4 tables.
ASSOCIATION: Institut obahchey i neorganicheskoy khimii AN USSR (Institute
of General and Inorganic Chemistry AS UkrSSR)
SUBMITTED: April 23, 1960
Card 2/2

TSELIK., P.
....
If you accept obligations YOU MUBt carx7 them out. Self.mekh.
no.3:29 162. (NIPA 15:3)
1. A7,crvokiy zernosovkhoz Omskoy oblasti.
(Flowing)

::ACCESSION MR% Ap4o3893o 8/0066/64/000/003/0042/0044
;AUIHOR: Gromov# Yee 1e; Cherkasbinj Vo No; Tsallkj,,Vo Yee
!TITLE: Corrosion activity of asmonium and sodiun rbodwates
SOURCE: Koks i kht-lys.. no. 5.1 1964, 42-44
ITOPIC TAGS- oodiua rhodanate, =ionium rhodanate, steel corrosioup rhodanates
lateel corrosion, thiocyanate steel corrosion, synthetic fiber
tABSTRACT: This work
vas prowpted by the planned increase of synthetic fiber pro-
duction. requiring Increasing amounts of sodium and amonli= rhodanates. Their
preparation from icocyantes involves steel equipment, namely, dissoci-
:atora and evaporators. Therefore, a study vas made to ancertain the corrosion of
odifferent types of steel in this equipment. An a result of their testa, the
.authors found the corrosion rate of steels St3, 3Khl3jKhl7T,, lKhl8N9T, E1530,
iKhION1343T and E1629, depending on tAmoperature and a=onium rhodauate concentration.
;With increasing'temperature and salt conceztration, steel corrosion rises markealy
ifor types St3, M13, MaMo lKhl&;9T- The authors have found tha corrosion of
i8teela St3.. 25KhGaA,,, 1XU3, 1Xh1ai9T,, Khl&ila&3T and EX629 versus tha pH of sodiua

ACCFMICK Im: AP4038930
rhodanate running from 1.8 to 8.65- Along with decreasing pH of the solution',
the corrosion rate of St3,, 25KhGU and lKhI3 abrupt3,y increases. ATM (Zantifric-
tion thexmoconductive material: a ccmbination of graphite and phenolformalAehyda
resin) can be used as material for the dissociator inthe production of A aium
rhodaaate. Tho beat material for pure salt separatioa equipuent is the Khl&41343T
stainless steel., while for the absorption equipinent, stools Kh2T and M18N97 am
recomuendedp likewise steel Okhl3. Origo art* has: 2 figures and 3 tablese
ASSOCIATICK: None
SUIMMM: 00 DATE ACQ: 05Jua64 ENCL: 00
Stm C=3 MT, MK NO MW SM 002 0=81 -000
2/2
Card

- . . I I . ~4 -
USSR/Culltivn%. -t~ 01-a ol.,.3,
Autior Ts.-lik., V.Z.
I------------
List r;f -,a', j -,T.
Titl,-; ::a-.-
Or' !~ulz '-'r. n. i!-,-' `-ul' ur, 1957, -.ryp. P2, 2,~(D-212..
Car,~ I./i

USSR / Cultivated Plants. Fodders. M-4
Abe Jour: Ref Zhur-Biol., No 6, 1958, 25088
Author : Demkin, A. P., T8elik, V. Z.
Inst :Not given
Title :Planting Clover in the Poleask Rayons of Ukrainia
Orig Pub: Zemledeliye, 1957, No 4, 72-73
Abstract: The Glukhovskiy Dvukoenyy, a local clover variety,
has long been renowned in Glukhovskiy Rayon of
Sumskaya Oblast'. In the past 12 years a drastic
drop in clover output has been noted 6 times. The
hay yield was reduced to 10 centnerB per ha. The
chief reason for this reduction is its deterioration
as a population. Its seeds start to be used In its
first year, hence by 1947 already there were 40%
summer forms in the Glukhovskiy clover. A system-
atic seed raising project Is required to remove
Card 1/2

TD-:01"IN., M.A., kand. tekhn. nauh-; SENCHEINKO, G.I., kand. sell-
1-Yoz. nauk.; APIN-71MIZIT, A. I... kand. sellkhoz. nauk;
GORSIIKOV, P.A., (:oktor sallkhoz. nauk; ZHUKOVj M.S.j,
kand. sellkhoz. nauk; DEMKIN, A.P., kand. sellkhoz. nauk;
KHASI 1EJ I 11R1 IKOV, II.A., Icand. sellkhoz. nauk; GORMMY, N.G.,
doktor sollkhoz.nauk; REITAKII, I.I., nauclut. votr.; PIL1111K,
V.I., kand. r3ell1clioz.nauk; rdIANIT, M.D., kand. 3elikhoz.
nauk; TSELIK,,V,Z., ut. nauchn. votrj4eceased]; KOZINETO",
11.I., naluchn. sotr.; ZPAWIVA, L.S., nauchn. sotr.;
MASHENHO, 3.11., kand. nellkhoz. nauk; GONCIMOV, G.I., inzh.;
BUYA11OV) V.I., inzh.; IRUDNIKOV, V.N., st. naucIm. -otr.;
BLOMMIA V V red.; PROKOFIYEVA, A.11., tekhn.red.; SOKOLOVA,N.11.,
tekhn.red. * "
(Eemp] Konoplia. Monkva, Sollkhozizdat, 1963 162
(RI" 16'.-12~1
1. Vsesoyuznyy nauchno-issledovatellukly institut lubyanykh
kulltur (for all except Blokhina, Prokoflyeva, Sokolova).
(Hemp)

VOLYNKIN Yu.M.; YAZLOVSKIY, V.I., prof.; GD10, A.M.; GA7=0,
~~TJV I i 4.1
O.G.; GU* 3Yrf, N.N.; M'-EL'YMOV) M.D.; !UYFA"1W;OK"'
G.P.; GO~BOV, F.D.; SERYAPI11, A.D.; BAYEEVSKIY, it.M.;
ALTUKEOV, G.V.; KOPANEV, V.I.; KASIYA11, I.I.; YYASNIKOV,
V.I.; TERRITIYEV, V.G.; LRYA11OV, I.I.; FEDOROV, Ye.A.;
FOMIN, V.S.; ARUTYUNOV, G.A.; A11TIFOV, V.V.; KOTOVSKAYA,
A.R.; KAKURIN, L.I.; T-5ELIKIN, Ye.Ye.; USHAKOV, A.S.;
VOLOVICHI ~ 1, P.7-.-',;--Y8dOROV,
V.G.; SAKSUC7- A.D.; NEUMYVAKIN,
I.P.; TALAPIE, V.F.; SISAKYAN, N.M., akademik, red.;
KOLPAKOVA, Ye.A., red.izd-va; ASTAFIYEVA, G.A., tekhn.red.
(First group space flight; scientific results of medical
and biological studies carried out during the group orbital
fl.lght of manned satellites "Vostok-3" and "Vostok-4]
PeLWL gruppovoi kosmicheskii polet; nauchnye rezulttaty
mediko-biologicheskikh issledovanii, provedenny'kh vo vremia
gruppovogo orbitallnogo poleta korablei-sputnikov "Vostok-3"
i "Voskot-4." Moskva, Izd-vo "Nauka," 1964. 153 p.
(V IRA 17: 3)

" ., I ~'. , t.V.11.
A.Ve.; ""(VI ",cv,.., , , l!;!.- - 4i~,
V1,1"Fect cf ~hronl,: -,,L*lh 7.Lrr. on
ur tisnun prateing. limlv--h. ',:-'AY mod. In9t.. I; -, , Ll. . "I ;A1.
(I I-IRA 17: r"i
1, Kafulru biclogicheskoy khlrlii (zav. kafe-droy -
Ryazan3kogo riv3i,~I-i~riikoio inst.Lti,,tpi imeni "wilrva.

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00.4 1940, No. 5-6. pp.--47zM). jIn Russian). The shears at the
0 ZAporothstal rolling mill were intended to cut dabs with a maximum
croas-section of' .1100 x 1500 mm., the maximum pressure being 2WU

o : tons, The investigation wts made using oncillographic recordings
of
of the current and voltage taken by the motors AM the number of
revolutions. The Analysis of the oacillograms is discussed. Allow.
Ance was made for frictional looses in the driving mechanism. The
rroulta Are given In tabular awl diagrammatic form, the Wter see
showing especially the cutting streas in kg. per &q. mm. of the
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43 prratures. The cutting-atre"/iviative.pomtmtion ourvas showed 0 coo
OOW ioell-pronounced peaks; tho maximum values of the fftrnw decrean.
o0 a ing very considerably with rise in tempenture, whilat at the same
time the position of the m4ximurn was shifted to lower values of
relative penetration owing to the increased ductility of the metal.

l It was difficult to determl[no A, relation betwee. the tensile strength
and the cutting strem. Under similar conditions the maximum goo
cuttitif streas of's lowWkiy chromium-coppee steel exceeded
b
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Tselikov, A. I.
"Simplification of the Method of Galculation of the Influence of Tension on
the Pressure in Rolling", Stall, M5, Nr 6, p 209.

TSELIKCV, J%. I.
Prokatnye stany. Dop. ... v kachestve uchebnika dlia metallurgiChe3kikh
institutov. Moskva, I-letallurgizdat, 19V, 194(,. 5(0 p. di-ers.
Bibliography: P. 550-556.
Rolling Mills.
DLC; TS340.T-?4
SO.- 1,11anufacturing and Mechanical Engineering in the Soviet Uninn, Library of
Congress, 1953.

RXVIN, I.A.; GHAYKA, V.Kh.; RUSTANOVICH, V.A., otvetetvennyy redaktor;
T,5$LIKQV,,A.I.,,aauchnyy redaktor; GRAKOVA, Ye.D., tekhnicheskiy
redaktor
CSteel industry equipment; a catalog and reference book] Metallurgi-
cheskoe oborudovanie; katalog-spravochnik. Moskva, Gos.nauchno-
tekhn. izd-vo mashinostroit. lit-ry. Vol-3. 1947. 299 p. (MLRA 9:9)
[Microfilm]
1. Russia (1923- U.S.S.R.) Ministerstvo tyazhelogo mashino-
stroyentya. Tekhricheskiy otdal.
(Rolling mills)

SOP 1947
Mathmatios- - ApplIed
*8014~btjon of aear natio for Iloctrizal Apparatus
Acting as Auxiliary Xqidpment for Milla," A. To
Teelikov, ToNI17WM, Ji. P. Mmitskiyy MVIV imml
SammAnp 3 PP
*Vjstnik Flektro-Promynblemosti' No 9
Purely mathematical discussion of gear ratios.
Contains several mathmnatioal 'ormulas for +,be
oolouUtion of various ratios and a gmph which
shove theoretical data obtained in the course of
rosewoh by the, authorn.
23T8
!A 23T-8

1. . TS~IIKOV, A.DR., ANISIFG.W-I, V.
2. USSR (600)
4. Rolling (Metalwork)
7. flew technology of rolling recurting profiles and metal savings. Za. ekon.mat. no.5
1952
'-T~tr'4x 6 - 4 ~ 111
9. -Mon~hlj Lint of Ruag'aQ AcoeepLogas 1ibrary of Congross, Larch, 1953 -UncWsif ied.

TSZLIKOV, A.I., doktor takhnicheskikh nunk, professor. laureat Stalinskoy premii.
- -F - I - I - a
Tasks concernirtS the desien of rolling mills of increased efficiency.
Yest.maah. 33 no.6:20-25 Je 153. (KLU 6;6)
(Rolling mills )

Loll 6-
USEM/ Vagineering - Structural testa
Oard 1/1 Pub. 128 - 3/34
Authors i Teelikov, A. 1.~ and Tratyanov, A. V.
Title tThe calculation of the netal pressure on rollers during its cold rolling
by taking into account the stress and cold-hardening of metal
Periodical IVest. mash. 12, 10-120 Dec 1954
Abstract IFormulas for calculating the stress and cold-hardening of metals and the
influence of the Above mentioned characteristics on the pressure of metal
during its cold-rolling process are given. Four USSR references (1939-
1951). Table; diagrams; graphs.
Institution 2 .........
5ubuitted 3 *#,soso

TcS Z! A.
UM/Engineering - Rolling-mill construction
Card t 1/1
Authors i Tselikov A I Corres,, Memb. of the Acad. os Sc. of the USSR, Laureate
Title i Distribution of torque anong the rollers of a rolling mill.
Periodical t Vast, Mash., 34., Ed. 6, 23 - 24, June 1954
Abstract I This article consists I&rgely of comments on the article by Nikit:Ln en-
titled, "Distribution of Power in the Mechani= of a Rolling Mill.under
Numerical Inequality of Circumferential Speeds of its Rollers.,, Inequal-
ity of circumferential speeds is found to be objectionable because of the
stress and strain on one of the bearings and friction. It is, however,
used where bending of the metal is required. The author considers that
any treatment of the problem of inequality of circumferential speeds must
involve the ouestion of t~e effect on the metal which is being worked.
Drawings.
Institution
Submitted

KOROLXV, A.A., kpadidat tekhnichaskikh nauk; KOOM, 1,K,; TOKARSKIT, A.F,
NOSAL', V.V. GUREVICH, A.Ye.. SEU~MAR, V.F.; K&RMV, V.Y.;
'SHUL'UN, P-G-; AZAXOTICH. X-r-; va-r-MB(C Y.K.;
KUZIKIN, A.D.0 kau41dat tokhnicheakikh nauk;
cheskly rodaktor.
[Blooming mill 10001 Bliuming 1000. Kozkva, Goa. nauchno-tokhn.
izd-vo mashinostroit. lit-rye 1955. 271 P. (MIYA, 8:0
1. Chlon-korroopondtat AN SSSR (for TSelikov)
(Rolling mills)

SOVA 24 - 57- 5- 5958
Translation from: Referativnyy zh:irnal. Mekhanika, 1957, Nr 5, p I ~6 (USSR)
AUTHOR: Tselikov, A. 1.
TITLE: Determining the Mean Rates of Strain Produced by Rolling and Draw-
ing (Opredeleniye srednikh skorostey deforniatsii pri prokatkc i
volochenii)
PERIODICAL: V sb.: Prokatnyye stany i tekhnologiya prokatki. Moscow,
Mashgiz, 1955, pp 7-13
ABSTRACT: The author criticizes the formulas evolved by S. Ekehind and N.
Kreyndlin [Raschet obzhatiy pri prokatke listov i lent iz tsvetnykh
metallov i splavov (Rolling- reduction Analysis of Nonferrous -metal
and Alloy Sheet and Strip), Metallurgizdat, 19501 for determining
the rate of deformation induced in a metal by rolling; he states that
these formulas do not make due allowance for the speed of the rolls.
An expression for the actual rate of deformation is evolved, and the
mean rate of deftji~mation is dt-termined. The loi-nitilas of S. I .
Gubkin (Izv. AN SSSR, Otd. tekhn. n., 1947, Nr 11, of Shveykin
(Stal', 1953, Nr 10), and of Nedoviziya and Tarnov~kiy (Skorostnove
Card 1,12 volocheniye nizkouglerodistoy stat'noy provoloki (High-speed Drawing

SOVI;124-57-5- 5956
Determin-ng the Mean Rates of Strain Produced by Rolling anc' Dra-x~;r,~,
of Low-carbon-steel Wire). Metallurgizdat, 1954] far determining the rate of
deformation induced in a metal by drawing are crit.1cized also; in these formulas
the rate of deformation is determined as the ratio of the degree of reduction that
the metal undergoes to the time that it spends in the zone of active deformation.
The rate of deformation is determined at each point of the area of active deforma-
tion, and Irom thest- (1vtt-1-mination!i the me-in ratt- of (ick;rni.ition i,, t:(jll1Imtt!d, All
analogous method is used to evolve an equation with which to calculate the rate of
deformation in tubing being drawn on short or long cylindrical mandrels.
V. G. Osipov
C a r d 2/1

112-1-1401
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr 1, p. 214 (USSR)
AUTHOR: Tselikov, A.I.
TITLE: Automation of Production Processes In Machine Building
by Way of Rolling (Avtomatizatsiya tekhnologicheskikh
protsessov v mashinostroyenii putem primeneniya prokatki)
PERIODICAL: Sbornik: Avtomatizatsiya tekhnol. protsessov v mashinostr.
Goryachaya obrabotka metallov, Moscow, AN SSSR, 1955,
pp-22-34.
ABSTRACT: Bibliographic entry.
Card 1/1

SOV/124-58- I- I OZZ
Translation from: Referati-vny,, zhurnal, Mekhanika, 1958, Nr 1, p 134 (USSR)
AUTHOR: Tselik
TITLE- On the Sectionwise Strain Distribution in Rolled Metal (To the Reviews
of the Discussion "On the Theory of the Rigid Ends") [ 0 raspredelenii
deformatsii po secheniyu prokatyvayemogo metalla (K itogam diskussii
110 teorii zhestkikh kontsov")]
PERIODICAL: V sb. : Prokatnyye stany, Nr 5, Moscow, Mashgiz. 1955, pp 217-226
ABSTRACT- Bibliographic entry
Card 1/1

:olilit v, 141',:1 'If pecl;uixetry
e'! li;oo 'Eimr,ter Ipirally W"!&!d
1,4 41ttip wiff of tEv i-~~ ly CUIL I-
Lo,, ~q`, --T. 1 'H-I'~
rq; I Ivi-
or
JA rjk-;Lo;
iaT2 (..I t-wir
t

TSILINDY, A.I.
Determining the average deformation rate in rolling and drawing.
[Trud7l XVTU no.62s7-13 155. (XLBA 9:7)
l.Ohlon-korrespondent AN SSSR.
(Rolling (Metalwork)) (Drawing (Metalwork))

TSXLIKOV, A.I.; KOROUV, A.A., kfnd. tokhn. nauk; TRET'YAKOV, A.T.. kand.
tekhn. nauk.
Now conbinod multiple roll mill for rolling thin strips. [Tra4l
TSIIIITMSH 73:5-PS '55- (HIRA 110)
1. Chlon-korrespondent AN SSSR (for TSelikov).
(Rolling t!dlls)
Wq
X
5~M~ -Z:

TSULIKOV, rk, I,
DintribiAlon of deformations along thq cross sections of rolled
Mtn!". [Tmdy] TSWITROH 73:217-226 155. (MM 11:3)
1. Chlon-korrespondnnt All SSSR.
(Rolline (gotaltrork)) (Daformationa (14achAnice))

TSHLIKOVO A*I*
Formila for pr9cise determination of Inea-I -relocity of deformtVion
in rolled metals. [-,rady] TSHIMMASH 73:227-229 155. (MIRA 11:3)
1. Chlen-korrespondent AN SSSR.
(Rolline (Hstalwnrk)) (Deformations (Mechanics))

SOV / 1.3 7 - 5 7 - 10 - 190 72
Trans lation f rom: Ref e rat i vn yy zhu rna 1, Metal ]u r gi ya, 19 5 7. Nr 10, p ') 2 (USSR)
AUTHOR: Ts-elikov A I Korolev, A.A., Kuzmin, A.D., Kogos, A.M.,
TITLE: Cluster-type Rolling Mills Designed by the TsKBMM of the
TsNIITMASh (Mnogovalkovyye stany konstruktsii TSKBMM
TsNIITMASh)
PERIODICAL: V sb.7 Prokatn. stany: Nr 8. Moscow, Mashgiz, 1956, pp
5-26
ABSTRACT; A 12-roll cluster-type mill for the rolling of thin (down to
0. 1 -mm) and fine (down to 0.05-mm) strip has been designed by
the TsKBMM of TsNlITMASh. The mill has a roll and a pinion
stand, coilers ahead and behind, and a tapered uncoiler. The
roll stand consists of a parallelepipedal cast-iron housing con-
taining a cylindrical bored hole for the roll (R) adapter and two
rectangular openings on the sides for the guides. Upper and
lower adapters carry three R each and three shafts with four
back-up rolls (BR). Of the three R in each adapter, one is of
38 mm diameter and 350 mm body length, and is a working roll,
Card 1/3 the other two 45-mm are driven intermediate rolls transmitting

SOV/ 137-57- 10-19072
Cluster-type Rolling Mills Designed by the TsKBMM of the TsN!ITMASh
pressure from the working R to the I 10-mm diam BR. The latter are
mounted without play in the adapter chocks, the upper driving and working R
being suspended from the upper chock by springs, so that they are alwys
compressed against each other and toward the BR, while the bottom chock
lies free in the bottom portion of the housing. The pinion stand represents a
combination of types. The mill-stand motor is of 100-kw power and runs at
980-1150 rpn-. The mill R are of Nr IlKhNZA steel, the Hsh of the working
surface being, 100-105- the driving rolls are of Nr ZOKhN3A steel, with an
Hsh 95- 100-1 the BR are of Nr 9Kh steel. The rolling rate is 1-5 m sec, and
the maximum permissible rolling pressure is 35, 000 kg. The working and
back-up R have circulating lubrication, machine oil being used. The coilers
are located on both sides of the mill stand and make it possible to roll with
tension both in front and behind. The maximum tension on the strip is 3600
kg, and the diameter of the coiling drum is 300 mm. The coiler motors are
of 81.6 hp each. The weight of the mill is Z5 t. The following is the rolling
flowsheet. Annealed and pickled coils, O.Z-0.5 mm thick and up to 300 mm
wide, of steels 0.8, U7A to U12A, E1142, 20SZ, 65G, 5OKhFA, and others,
are delivered to a conical uncoiler and are mounted thereon by a lift table.
The end of the strip goes from the uncoiler through the mill R and is fastened
to the drum of the rear coiler, The strip is then placed under tension and the
Card 2/3

SOV/ 137-57-10-19072
.Cluster-type Rolling Mills Designed by the TsKBMM of the TsNlITMASh
rolling rate is increased to the desired level. Before the end of the coil
leaves the uncoiler the stand and coiler are switched to servicing speed,
and the mill is stopped and reverses itself. The end of the strip is guided
into the front coiler and a second pass begins, during which back tension on
the strip is provided by switching the coiler motor to generator operation.
Rolling continues until 2 or 3 coils are left on the drum of the rear coiler,
whereupon the motors are switched to minimum speed, stopped, and re-
versed for the next pass, etc. The coil of finished strip is taken from the
coiler by a special knock -otit and is delivf-red for trimming of the side edge"
or annealing. 237-mm wide strip of KhO.5 steel is rolled from 0,37 to 0.105
mm in 6 passes with an 8.7-Z3% reduction per pass and a single intermed-
iate anneal, R adapters on roller bearings being used. The precision of
rolling, based on thickness, for strip not over 0. 10 rnm thick, is within a
tolerance of :LO.005 mm. The average output of the mill is 3.0-3.5 t thin
strip per shift.
V. Z11.
Card 3/3

SOV/137-57-10-19078
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 10, p 93 (USSR)
AUTHOR. Tselikov, A.I.
in the Design of Rolling Mills (Obzor dosti-
zheniy v oblasti konstruirovaniya prokatnykh stanov)
PERIODICAL: V sb.: Novoye v konstrUirovanii tyazh. mashin. Moscow, Mash-
giz, 1956, pp 66-85
ABSTRACT: The central design bureau for metallurgical machinery is
engaged in developing fundamentally new types of rolling mills (R)
to make consumer goods now being manufactured by less economical
methods. The design of a M to roll wide-flanged beams, a contin-
uous 400 bar M, a M to make bent sections, a M to roll ultra-thin
strip and thin-walled tubing, a M to produce periodically recurrent
sections and various types of M to produce piece products (balls,
bushings, gears, etc. ) - In addition, work has been done and
achievements are on record in perfecting designs of rolling M. More
complete mechanization and automation of the production processes
in rolling has been effected, also increases in the life and the load-
ing capacity of M and reductions in the cost of M manufacture by
Card I/ I reduction in weight per t of rolled metal. S-G

1" - - . - ,
z ,
.-T
:z
M
I=
A 04

I I I-V, -~L . (Corr. r. -,cadl. ~r-.C ~, k
I I rf T ~,j T'
(Cands. :~-ci . ;M'rO:';, tigr.; -t-,rVy
L L-V i, I . E n g, r .
111-fultil,le-Roll Mills, Built bv T.9FBXM TsNUITMA~:11,11 .. . . J .,
Rolling Kills; Studies, Ca~guiazior-, De -..;:n and C,,~2ratip~,,
Masbgiz, 1956. 258 V).
This collection of articles Is intenfled for rollini-mill
prnce~~s engineers, scientists and instruztors.. Collmetion contains 19
articles on researdh and tests cond,3cted b 'y Ts~J.42-1 TsUITTMA14 in 1945-55.
Articles by A. 1. Tselikrv and others describe th-e new TsFB.-'x"L lesign, for
12 roll. miils (built b~y TsUl ,!TMASH), Installed In a numbor of factories and
sucessfully used for ro-'-Iirip_ thin and (x-tra-th-An strips.

I 17 - 58 - I - 6 1 h
,'Translation from: Referativnyy zhurnal, ?.Aetallurgiya, 1958, Nr 1, p 97 (USSR)
AUTHOR: Tselikov, A. 1.
TITLE: New Designs for Rolling Mills (Novyye konstruktsii prokat-
nykh stanov)
PERIODICAL: Tr. Nauchno-teklin. o-va chernoy metallurgii, 1956, Vol
10, pp 59-76
ABSTRACT: The main trends in the design of rolling mills in recent
years are: increase in productivity (P) of rolling mills accom-
panied by reduction in overall dimensions and weight of equip-
ment; development of mill designs making it possible to roll
new and more rational grades of rolled products and various
types of products for which there is a mass market; the use
of the most complete possible mechanization and automation
of the production processes; perfection of the designs of rol-
'ling mills and systems for their automation with the object of
producing rolled products having the closest possible toler-
ances. The most effective rnethol for increasing P of rolling
mills is transition to higher rolling speeds, which is capable
Card 112 of providing an unlimited increase in P when continuous mills

137-58-1-618
New Designs for Rolling Mills
are used. The mastering and expansion of the production of very thin steel
foil (0. 01-0, 1 mm) is one of the urgent pro'alems of the iron and steel in-
dustry. Special cross-rolling mills designed by the TsKBMM have made it
possible, for the first time in world practice, to produce steel balls needed
in large quantities for the bearing industry and for the milling of various
kinds of material in ball mills. At the TsKBMM TsNIITMASh there have
been developed 4 models of industrial mills for tEe production of periodic
profiles of diameters up to 15, 80, 120 and 250 mm. Two mills have already
gone into operation. one at the Kolomna Works to produce stems for textile
spindles and the second at the MZMA to produce axle halves and other parts
and blanks for automobiles. Installation of the 250 mill to roll railway car
axles, with an annual P of about 300, 000 units, will save 20, 000-25, 000 t
per year.
B,Ye.
1. fto.Uing mills-Desip
Card Z/Z

TSELIKOV KOHOILV, kand.idnt tek1inic:h.,~:0-i'-,. nnuk; OZIMIN, A.D..
~mndidat tek_hnicheskiL-,L nauk; K~-'TOS, i~-nener; "LOP I.
inzhener.
14ultinle-st.qnd rolling nill devi,",e4 by the Centrf'l Buresu, for the
Design on Metn1working Mnehirevj In the Centrnl Sciontific ReseArch
Institute of Technologj and Mechine Building. FTrudjvj 2SNILTHASH
no-83:5-26 156. . (51:-'A 10- q)
1. Chlen-korrespondent AN S3SR (for TSelikov).
(Mechanical eq,ineering) (Rolling milla)

OS
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Rolling Mills and Methods of Rollirg
WV/292
The articles deal with the follcming topics: spreadin of stock in rolling
and distribution of stresses and spread along the vidth of the stock, resist-
nnc#, to deformation in metal forming., change of the form of the strip depending
,lr dimnsions of the contact areas, in rolling in plain rolls; the theory of
,?IastOPlastlc - bending of a strip during straightening on a miltiroll machine,
l.nvestigation of basic parameters characterizing the resistance of material to
rolling; simplified formula for spreading.. and measuring unit pressure along the
strc of contact using strain ga6vs. Iqo personalities are mentioned. There are
hl referencesj 39 Soviet and 2 English.
TABLE OF COMMS:
Introduction
Teelikov, A.I.
. _ , Corresponding Member of the Acadeny of Sciences., USSR.
Effect of the Ends oft the Workpiece on Spreading and Distribution of
Siyeeds and Stresses Along the Width of the Rolled Strip
,?F.xd 2/4.

Rolling.MillB and Methods of Roll 4
SOV1292
~A~.I.,, Corresponding Member of the Academy of Sciences USSR, and
.T.RXikov I
V.A. Persiyantsev, Candidate of Technical Sciences. Effect of Cold Hardening
on Resistance to Deformation in Overrecrystallization Processes 22
Zaroshchir kiy, M.L., Doctor of Technical Sciences, Professor. Change in
pbrw of the Strip in Rolling in 'Plain ROUS 35
Smirnov, V.V.j, Candidate of Technical Sciences, Docent. On the Theory of
Calculating tAe paver of the Drly* for lbtarymtype StriLigttenere 50
Kovolev, A.A., Candidate of Technical Sciences. Elastoplastic Bending of a
Strip During Straightening on a Maltiroll Machine 57
Zhavoronkov., V.A., Candidate of Technical Sciences. Investigation of Forces in
Cross-helical Die Rolling of Periodic Profiles 77
Pushkarev, V.F., Candidate of Teabnical Sciences. Determination of Parameters
Characterizing Resistance to Deformation of the Stock in Rolling 90
Card 3/4

Rolling Mills and Methods of Rolling
SOV/292
Grishkov.. A.I., Assistant. Some Problems in the Theory of Spreading in
Rolling in Pledn Rolls 106
Grishkov., A.I., Assistant. Measuring the Distribution of Unit Pressure Along
the Contact Are With Wire Transmitters 119
AVAILUM: Library of Congress
r,O/h'!r
5/25/59
Card 4/4

137-58-6-12137
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 137 (USSR)
AUTHOR:
TITLE: How Marginal Zones Affect the Widening of a Rolled Strip and
Influence the Distribution of Velocities and Stresses Throughout
its Width (Vliyaniye vneshnikh zon na ushireniye i raspredelen-
iye skorostey i napryazheniy po shirine prokatyvayemoy polosy)
PERIODICAL: V sb.: Prokatn. stany i tekhnol. prokatki. (MVTU, 80),
Moscow, Mashgiz, 1957, pp 5-21
ABSTRACT: On the basis of a theoretical analysis of the process of de-
formation (D) during rolling and on the strength of experiments
performed it has been established that the widening (W) of a
strip is strongly influenced by the marginal zones on the edges
of which considerable tensile stresses (S) occur. Consequently,
the approach employed by many researchers in considering the
process of W as a break-off of these zones on the basis of gen-
eral geometrical concepts is not correct in principle. As a re-
sult of its widening two centers of tensile S's appear on the edge
of a strip being rolled. The first of these centers is locaEcd
Card 1/2 immediately before the point at which the strip enters into the

137-58-6-IZI37
How Marginal Zones Affect the lVidening of a Rolled Strip (cont.)
rolls; these S's diminish in the zone of deformation contact, become
greater immediately after the exit from the rolls, and, finally, diminish
again. The existence of these tensile S's on the edges of the marginal zones
in the vicinity of the zone of contact D points to inevitability of longitudinal
D of the marginal zones, in connection with which the distribution of veloci-
ties across the width of the strip when it enters and leaves the rolls will not
be uniform. Consequently, the basic postulate of I.M. Pavlov's theory of
rigid margins, which states that the D and the velocities on the cross sec-
tion of a strip are uniformly distributed, must be regarded as incorrect in
principle, not only with regard to the distribution of D and velocities through-
out the height, but across the width of the strip as well. In order to deter-
mine the W at reductions Ah/ho < 0.9 it is recommended that the following
formula be employed, which yields sufficiently accurate results for all prac-
tical computations: Ab/Ah=c(Z ~Jr_/Ah - ll,,4)[ 0.138 (Ah/h,)2+0.323Ah/lio] .
where c is a coefficient which depends on the ratio of the original width to
the length of the arc of seizure and which is determined from the formula
shown or from a graph; r is the radius of the roll; ~L is the coefficient of
friction. Compared with existing methods, the method proposed for compu-
tation of the W makes it possible to obtain more accurate results and per-
mits to analyze more thoroughly various factors affecting the W by taking Ye.7
into account the S's which arise in the marginal zones.
Card 2/-2 2. Metais--Processin'o- 3. Rcilln~

SOV/ 124- 58 -11-1350,j
Translation from: Referativnyy zhurnal, Mckhanika, 1958, Nr 11, p ZZO (USSR)
AUTHORS: Tselikoy~,~rsiyantsev, V.A.
TITLE- Consideration of the Effect of Work Hardening un the Strain Resistance
in Incipient Rec rys tall ization Processes (Uchet vliyaniya naklepa na
soprotivleniye deformat.sii v zarekristallizatsionnykh protsessakh)
PERIODICAL- V sb. : Prokatn. stany i tekhnol. prokatki. (MVTU, Nr 80). Moscow,
Mashgiz, 1957, pp 22-34
ABSTRACT: It is established that in rapidly proceeding incipient recrystalliza-
tion processes, as well as during cold working, the actual value of the
strain exerts an independent influence on the magnitude of the true
stress Strue,. A radial diagram of true stresses is provided, wherein
the relationship Of Strue as against the length of time of stress exposure
of the deformation process is shown in approximated form. An equation
is adduced showing the influences on the strain resistance of three fac-
tors, namely, the strain rate, the strain value, and the relaxation rate.
The use of the proposed equation enables one, starting f-rom.two experi-
mentally known points, to determine the true stresses corresponding
Card 1/1 to other strain rates and other strain values. 1. A. Razo%

137-58-1-738
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, IN'r1109 (USSR)
AUTHOR: Tselikov, A. I.
TITLE: Automation of P-r-e--.--s-,W-6rking by Using Continuous Processes
(Avtomatizatsiya obrabotki davleniy~m putem primeneniya
nepreryvnykh protsessov)
PERIODICAL: V sb.,. Sessiya AN SSSR po nauchn. probl. avtomatiz.
proiz-va. Kompleksn. avtomatiz. proizv. protsessov.
Moscow, AN SSR, 1957, pp 139-159
ABSTRACT: Problems of automation (A) in the manufacture of forgings
by continuous pressworking of metal in special machine tools
are examined. The advantages of A processes are an increase
in productivity, an improvement in quality, and reduction in
the cost of the product. For example, the productivity of a
machine for making tooth gears is 25-70 times higher than that
of a tooth milling machine, while the fatigue strength of the
teeth is increased by 50 percent. Processes of helical cross
rolling of balls and sleeves, and rolling with elongation of
stepped axles, shafts and similar products are described. Pro-
blem5 of A of the rolling and drawing processes are examined.
Card 1/1 Ya.0-
19 FOrging presses-4.utozatien 2. Machine too3z~prcductjon

.~ - -1- -'- ~ ~ 4 ,...I.
ITS~EL ; DRUZHINIH, K.N., kandidat takhnichookikh nauk;
FMATOY, A.S., kandidat tekhnichaskikh nank.
Automatization of new rolling mills. Hashinostroitall no.2:
1-11 F %57. (MLRA 10:5)
1. Chlen-k-orrespondent AN SSSR (for TSelikov).
(Rolling mills) (Automatic control)

I'SEJKOV) A. I.,. (Corr. I'lem.)
"Aut.o7-pt;on of 'dorkin;- b:, 7~re!;sljre b:- 1.:ea:-,s of Continuous Froce-~ses,"
paper read at the Session of the Acad. Sci. USH, on Scientific Froblems of I .lutomat--le
Production, ll-20 October 195'.,-
Avtomatika i telemek~anika, Ito. 2, P. 182-192, 1.957.
9015229

AUTHOR: Tselikov, A. I., Correspondent Member of the Ac.Sc. o~-(q
Sonin, A.L., Cand. Tech. Sc. (TsjNIITMAS'-1).
TITLE: Coiling and uncoiling of hot rolled strip up to 12 mr
thick. (Svertyvaniye v rulony i razmetyvbaiye
goryachekattannykh polos tolshchinoy e.o 12 mm).
PERIODICAL: "Stall" (Steel), 195?, No.4, pp.374-3?7 (U.S.S.R.)
ABSTRACT: In view of the desiGning of new continuous strip
rolling mills in the USSR, some experiments in coiling
and uncoiling of strip 12 mm. thick were carried out.
Uncoiling was carried out on the machine shown in Fig.1
according to five different schemes (Fig.2). It was
established that coiling of hot rolled strip from low
carbon steel up to 12 mm thick and their subsequent
uncoiling when cold is possible. Thick sheets so
obtained possessed a smooth surface. Metallographic
and mechanical tests indicated that sheets satisfy
standards group Il G' (deep drawing) and group II from
the aspect of surface quality. Uncoiling of strip 2-4 nm
thick from the same steels is accompanied by the
appearance of lateral folds. This can be prevented
by the application of tension during uncoiling or by
dressing with reduction of 1-5-3%. There are four
figures and three Russian references.

k I IT 137-58-,-619
Translation from; Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p ')7 (USSR)
AUTHORS: Tselikov, A. I., Zhavoronkov, V. A.
TITLE: New Methods of Producing Rolled Products (Novyye rnetody
proizvodstva prokata)
PERIODICAL: Mekhaniz. trudoyernkikh i tyazh. rabot. 1957, Nr 6, pp 5-9
ABSTRACT: Modern layouts for rolling (R) sheet of variable cross
section and hat-section rolling of flanged shapes, the start-
ing material for which is ordinary hot-rolled strip and strip
of constant cross section. Blanks for drop-forging may be
rolled on mills with rolls the working surfaces of which con-
stitute .6~haped passes ("periodic" R). Methods of producing
shapes of variable cross section economicallv also include
various types of cross and helical R (manufacture of wheels,
tires, bands, annular parts with internal grooves and externil
fins, the milling of threads and channels on products for fast-
ening, transverse R of spur and bevel gears, etc.). The de-
signs of some of these types of rolling mills and practical
data on industrial production art! adduced.
Card 1 /1 V. D.
1. Rolling zMa-0peration 2. Rolling mills-Production

0
TSILIKOV, A.I.
*~~Ct' of the outer zones on spread and distribution of speedg
and stresses ncrosq the strip being rolled. Lrrudyj MTTU
no.80:5-21 '57. (MIRA 10:12)
1. Chlen-korrespondent AN SSSR.
Polling (Metalwork))

TSELIKOV, A.I.; PERSIYMSEV, V.A., kand.tekhn.nauk
~~ -, ~
.---Olalculat ton of the effect of cold working on resistance to
deformation in primary recrYstOllizAtlon processes. LTru4Yj
MVTU no.80:22-34 '57. (MIRA 10.12)
1. Chlen-korrespondent AN SSSR (for TSelikov).
(Rolling (Metalwork)) (DeformRtions Vechnnics))

PHASE I BOOK EXPLOITATION 967
Akademiya nauk SSSR. Institut mashinovedeniya. laboratoriya obrabotki metallov
davleniyem
Voprosy obrabotki metallov davleniyem (Problems of Metal Forming) Moscow, Izd-vo
JW SSSR, 1958. 85 P. 4,500 copies printed.
Resp. Ed.: Tselikov, A.I., Corresponding Member, USSR Academy of Sciences;
Ed. of Publishing House: Bankvitser, A.L.; Tech. Ed.: Guseva, I.N.
PURPOSE: This book is intended for scientific research workers and designers in
the field of metal forming.
COVERAGE: This book contains 4 articles which discuss various theoretical
aspects of metal forming, such as the theory of sheet-metal forming (drawing),
the experimental design of complex drawing dies, and data on research work for
determining the actual magnitude and character of forces in rolling of metals
to achieve maximum utilization of power and reduction of weight of existing roll-
ing equipment and of new machinery under construction.
Card 1/2

Problems of Metal Foming
TABLE OF CONTENTS:
967
Tomlenov, A.D. The Plastic State of Stress and the Stability of the Process of
Drawing Parts Having a Co=lex Configuration
Sereplyev, V.V. Effect of the Tongue-and-groove Clamping on the Process of
Forming of Parts During Drawing '24
Rokotyan, Ye.S., Professor, Doctor of Technical Sciences - Forces Acting
in Roughing and in Sbeet Mills 46
Tselikov, A.I. and Rituan, R.I. Fundamentals of Planetary Rolling-mill Design 73
AVAIIABLE: Library of Congress
GO/fal
.1-8-59
Carci 2/2

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TSELIKOV. A.,I.,.otvototvennyy red.; GOWYLEY. V.D., red.izd-va; KASHINA,
%W4IAVII5'9-I'P.~`A.IOI' '
*S., tekhn.redo
[Use of pressure in metalwork, reports] Obrabotka metallov davleniem;
doklady. Moskva, 1958- 165 P- (MIRA 11:6)
1. Akademiya nauk SSSR. Institut mashinovedeniye.
(Metalwork)

25(l) PHASE I BOOK EXPWITATIOTI Sov/lew
Moscow. Vyssheye tekhnicheakoye uchilishche
Prokatnlye stany i tekhnologiyn prokatki; abornik statey (Rolling Mille and
Processing by Rolling; CoLlectlon of Articles) MoaPow, ManhFJzp 1958.
208 P. (series: Its: (Trudy] 84) Errata slip insetted. 3,OCO copies
printed.
Ed.: A.I. Tselikov, Corresponding Member, USSF AcEdery of Sciences; Ed. of
Publishing House: L.A. Osipova; Tech. Ed.: B..T. Model'; Managing Ed. for
Literature on Heavy Machine Building (Mashgiz): S.Ya. riolovin, Engineer.
PURPOSE., This collection of articles is intended for workers of scientific-
research institutes and plants, teachers, aspirants, and students specializing
in the field of rolling mil-I engineering.
COVERAGE: This book is com-josed of theoretical and experimental works and proceedlng~
presented at MVTU imeni Be=ana (Moscaw Higher Technical School imeni N.Ye. Batman)
by the Department of Machinery and Processes of Rolling and Drawing. It covers the
theory of rolling and manufacturing methad,,3 described as rev. The articles deal
with the problem of determining torces in a planetaz-y mill, the stu4y of the
Card 1/ 5

Rolling Mills and Processing (cont.) sovi*16F43
process of metal deformation on plain and shaped rolls, continuous cold rolling
of pipe, and methods of selecting tools and fixtures for new mills. No personal-
ities are mentioned. References follow each article.
TAKE OF CONrMS:
Introduction
3
Corresponding Member, Academy of Sciences, USSR, and
R.I. Ritman, Engineer. Determining Forces Acting on Rolls in Planetary
Rolling Mills 5
The article gives theoretical substantiation for the calculation of
forces and torques in planetary mills. This is claimed to be the first
such substantiation.
Zaroshchinskiy, M.L. 13 Doctor of Technical Sciences, Professor. Work Piece
Deformation During Rolling in a Blooming Mill 32
The author discusses thrne problems associated with the process of
deformation of metal in a blooming mill: Belectlon of the amoitnt of
draft, the nature of deformation, and preparation of schedules for
drafts. He recommends (a) the construction of pJasticity diagrams
based on the total deformation, (b) rolling in a blcx)ming mill without
free lateral spread, and (c) setting values for drafts for all passes.
Card 2/ 5

I