SCIENTIFIC ABSTRACT POZDEYEV, A.A. - POZDEYEV, M.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342810013-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DA A K A S WI I M , V. r~,. - I A.A.; TA RNOMK I Y V, I .
f f
U s e r, f the method s of th e -1. aw c) f her ed i ty ir, s tud*,~n g rss -' s -_ an -
to defcrmatlon. 5oob. MN Gniz. SSR 29 no. 3:269-274 S '62
(mmk Iq -I )
1. InsLI'llut meLOlurg.Ji A14 GruzSSR, Tbi]Jsi. Sul-viitted De:,- LIP. L-. r
18,

TAI?IIOVSKIY, I.Ya.; FOZDEYEV A A.- KOII-UGOiDV,, V~L,; VAY:3i3Ui-"L)
i.A.; GU.', G.Ya.; ECT-1--i -1 KcV I? 'P
SKROKECEOV , AU
[Variational principles of mechanics in the theory of matal-
working by pressure] Variatsionnye print:Apy N,.c-khaniki v teo-
ril obrabotki motallov davleniem. Xoskva, Notallurgizdat,
1963. 52 p. (11,11D-LA 17: 5)

TArdlOVSKIY, I.Ya.;_POZDEYE;V, A.A.- MEANDROV9 L.T.; KHASIN, G.A.
- I
Depe#dence of the resistance to deformation on steel toughness
properties in hot press working. Izv.vys. ucbeb. zav.; chern. met.
no;3t82-90 161. (MIRA 34:3)
1. Urallskiy politekhnicheskiy institut.
- (Forging) (Deformationa(mechanies))

POZDZYLT, A.A., kand.tekhn.nauk, dots.: TARNOVSKIY# V.I.
Calculation of end dislocations b7 their increment during the
press forging of metals. rzv.vys~ucheb.zav.: chern*met. 2
no.6:43-51 Je 159. (MIRA 13:1)
1. Urallskiy politekhnichaskiy institut. Rekomendovano kafedroy
obrabotki metallov davleniyem Urallskogo politekhnicheskogo
instituta.
(Forging) (Deformations (Mechanics))

TARNOVSKIY, losif Yakovlevich; POZI)RUY, Aleksandr Alekaondrovich;
KKANDROV, Lev Vyacheslavovich; KHASIN, Gersh Aronovich; LYASIffOV,
Y.B., red.; TSYMBALIST, N.M., red.izd-va; YKPIMAKHOVA, M.Ya.,
tekhn.red.
[Mechanical properties of steel under the effect of press forging]
Mekhanicheskie svoistva stali pri goriachei obrabotke davleniem.
Sverdlovsk, Gos.nauchno-takhn.izd-vo lit-ry po chernoi i tsvetnoi
metallurgii. Sverdlovskoe otd-nie. 1960. 263 P.
(MIRA 13:9)
(Steel) (Deformations (Mechanics))

MFAIIDROV, L.V.; TARITOVSKIY, I.Ya.; POZDEM, A.A.
Methods for a rapid testing of steel ai high temperati-,res. Zav.
lab. 26 no.2:201-203 '60. (~a'ZA 13:5)
1. Urallskiy politakhnictfaskiy inatitut Iment S.M.Kirova.
(steel--Testing)

2 ,5W PHASE I BOOK EXPLOITATION SOV/3283
TarftVskly, Iosif Yakovlevich, Aleksandr AleksandrovIch Pozdeyev,
and Oleg Aleksandrovich
Deformatsii i usillya pri obrabotke metallov davleniyem (Deforma-
tions and Forces in Metal Forming) Moscow, Maxhgiz, 1959.
303 p. Errata slip inserted. 5,000 copies printed.
Reviewer: Ye.P. Unksov, Professor, Doctor of Tech;lical Sciences;
Ed.: V.N. Vydr-in, Docent., Candidate of Technical Sciences;
Tech. Ed.: N.P. Yermakov; Exec. Ed.(Ural-Siberian Division.,
Mashgiz.)p A.V. Kaletina, Engineer.
PURPOSEg This book is intended for engineers and scientific
workers as well as students of higher technical schools
specializing in metal forming.
COVERAGE-. The authors describe a method of investigating deforma-
tions in metal forming using the principle of the minimum of
the total energy of deformation, and one of the direct (Ritz's)
methods-9f variational calculus. The method of determining
Card 1/5

Deformations and Forces (Cbmt.) SOV/3263
forces, reauired for the plastic deformation. from the con-
dition of lth.-_ oonserval;ion j-P energy Is alsc presentue-d. Besides
the general method, the soluulon of a series of problems of
open die forgIng and stainping, and the experimental check of
the obtained theoretieal formulas, are also given. The authors
mention A.A. Il'yushin, S.A. Khristianovich, V.V. Sokolovskly,
A.D. Tomlenov, L.A. Shofman, Ye.P. Unksov, G.A. Smirnov-
Alyayev, A.F. G.Olovin, and V.B. Lyashkov, as contributors in
the the~ory of dpformation. The authors.thank V.N Trubin,
.S.G. Puchkov, R.A. Vaysburd, and G.A. Yeremeyev. There
are 47 references: 46 Soviet and 1 German.
TABLE OF CONTENTS:
Foreword
Symbols Used in the Book
3
6
Ch. I. Mechanics of a Body Under Deformation 7
1. Basic hypotheses and assumptions in the mechanics of
plastic media 7
Card 2/5

Deformations and For~2e3 Cont.
SOV/-2 283
2. Tneory of *tresses 9
3. Theory of strains 20
4,, Methods of studying the deformation of a continuum 31
5. Stre33-3train relationship In the theory of plasticity 33
6. Condition of constancy of magnitude of tangential
3tresses 34
7, Saint-Venant-Mises equation of the theory of plasticity 35
8. Work of Internal forces 36
0.
1 Work of external friction forces 38
.
i0. Principle of minimLwi of total energy 49
ll~ Elements of variational calculus. Ritz's method 52
12. Selecting suitable functions 55
13. Calculating finite displacements of particles of de-
formed medium from predetermined strains 58
14. App-lication of Saint-Venant's principle in the theory
of metal forming 61
15. Method4 of the theoretical analysis of the state of
strain in metal forming 64
16. Method of the least square deviation 69
Card 111/5

Deformations and Forces (G-ont.) SOV/3283
17. Method of orthogonalizatlon 71
18. Determining the total force required for plastic defor-
mation 73
19, Determination of stresses 74
Ch. H.UnIform (Homogeneous' Strain. Plane Problem 77
20. Uniform (homogeneous) strain 77
21.. Plane state of strain 79
-22. Determination of forces in plane strain 98
Ch. I II. Compression of Axially-Symmetrical Bodies Between
PI-ane-Parallel Plates 104
23, Deformation at compressing cylinders of moderate height 104
24. Forces -for compressing cylinders of moderate height -117
25. Deformation at compressing high cylinders 123
26~ at compressing hollow cylinders 130
2'T~ Forces, required -,for compressing hollow cylinders 147
Ch. IV. Compressing Multiaxial Bodies 154
28. Deformation of parallelepipeds lg4
1 3
29. Forces in compressing parallelepipeds
30. Deformation at drawing out by forging on plane-
ll"el heads
Aara 185
Ga,~d 4,

Deformati,ons and Forces (Cont.) -SOV/3283
C"h.- V. Deformation and Fdrees in Forming High Bodies With
External Zones 213.
3U, Drawing out of large forgings 213
32, Forces required for drawing out large forgings 250
Ch. VI. Deformation and Forces in Forging in Dies With Protrud-
ing Elements 254
33, Plane deformation in flattening in slot dies 254
34, Determining forces in plane deformat~fon in slot dies (for
the second stage) 278
Ch. V.71, Deformation and Forces In Forging With Backing Rings 282
35, Beformatlon In forging with backing rings 282
36.. Determination of forces in forging with b4.cklng rings in
the se!zond stage of the process' 297
Bibliography 301
AVAILABLE.., Library of Congress
VK/jb
Card 5/5 4-il-6o

V
PHASE 1 BOOK EXPLOITfiLTION sgi,14653
Tar4ovskiy, Tosif Yakovlevich, Aleksandr Aleksandrovich Po
2~~V,
Lev Vyacheslavovich Meandrov, and 'Gersh AronaTich Khasin
Rekhanicheskiye svoystva stali pri goryachey obrabotke davlenlyem (Mechanical
Properties of Steel During Hot Preessworking) Sverdlovsk, Metallurgizdat
Sveidlovskoye otd-niye, 1960. 263 p. Errata slip inserted. 6,200 copies
printe,1.
Ed.i V.B. Lyashkor.; Ed. of Publishing House. N.N. Tsymbal-ist; Tech. Ed.: M.Ya.
Yepimakh-_va.
FUFPOSE** This book is intended for technical perracnnel at rolling mills and forge
shQr,,.;" scientific. vorkers, and-stuclenta syeciallzAng In the presavorking of
mt~
f_-oVEFAGE,, The suthors ;q-ev steel being hot-pree-svorked as a substance having vis-
nrtw~- plastic p~rcqpeertles- They describe the results of investigations dealing
;;-I il~) tlrv dependence rX steel resistance to deformation an temperatnre and the de-
gree ani speed of deformation. The book cmimins experimental data ofi the plas-,
ticity and strength properties-of 16 grades of steels. Fran.th6 experim,ental
1--a-T-d V4

Me~:-hanical Properities of Steel (cont.) SOV/4653
datal equations are derived for the physical state of 'the metal or the relation
of stress to deformation in hot worldng of steel. A method is set forth fcr
ueing these e4uations in awayzing the stiess-strain state of a metal, partiou-
la,ply by means of variational methods used In the mechanics of continuouB media.
Nc 1,erscaalitieB are mentioned. There are 73 references! 72 Soviet, I Engl:lch.
1ABLE C7i GONIWUS:
Intrr.ductica
3
Ch. 1. Elements of the Mechanics of a Defomed Body 5
1~ Basic bypotheses 5
2. State of stress 7
3- StG;te of strain 22
4. Rate of strain 34
5- Equa~tion of the state 39
6. Theory. of small elastic-plastic deformations 41
7. Theory of plastic flov 51
8~ 'Variaticnal wELthodis 61
Card 2/4

;4653
-f U-Iry 5,-els tc Do-fc.mmtirx. Un&~r Varlr~,-I,
Temperatux-~~a~ 3nd Spe-ls of Defarwitlc~n 71
1~ Tn~- of tht~ pr-~;tlem 71
94
I- _f(-,rMati ~rj
i' , r r, i I ra rnd~ WKWIVA ato!el
gmde K)NG,
,
~hl',-' grade PAB sLe~ld, graAe
gr;lle Wnl.5 gr~~dv~- ~.Sh2rl SteSl, gTnAe
jzrade 3-ieel
grele grAs Kb-181112421" eteel gTaie
.
,
ls-f-wla ~.a
Cb, ITT . Steal lllo*~~
S#-.-
.v,~-nrritnit -f t1--- ic6
.j
166
ct, am-d alloy ste-e-L-ak 168
h St,;~41~! ~f 'Pietal, HO; Pressing 2 14. ~j
1. Mf:-tbz~l :..f f, work K9,rAeriing 2112
2, of tha Yr. in s~:Ivf':-a yncblew Im 5. 1~.r-ear state ef etress ?17
Caril 3lik

I F rcp~rt 1-65 c*f Stee ~-i ( (.'.- c To ~ . ") SCV/4655
3. frr the cf thz
In and
of prepavorking mets,le
C on 0- 1 W.-I F.-In 26r
B.1 bli, 261
A.-VATIABEI L~.braxy of Ccraxe~'-A
Card 4/14 'Vy./dwm/gmp
1-10-61-

S/137/61/000/007/012/072
A060/A101
AUTHORS: Tarnovskiy, I. Ya.; Pozdeyev, A. A.
TITLE: Problems of mechanics of strain seat during rolling
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 7, 1961, 2, abstract 7D11
("Tr. Konferentsii: Tekhn. progress v tekhnol. prokatn. proiz-va"
Sverdlovsk, Metallurgizdat, 1960, 3-16)
TEXT: The hypothesis of plane sections according to which transverse ver-
tical sections which are plane before the deformation remain plane at every
instant of rolling and after it, and undergo no bending and distortion, probably
describes the rolling process with an accuracy sufficient for practical purpose
when the ratio of the length I of the geometrical strain seat to its mean thick-
ness H is equal to 1.5 - 2.0. The conditions at the Magnitogorsk metallurgical
combine are:Jnthe blooming mills l/H < 0.8, in the continuous billet mills 1/H <
1.2, in the section mills 1/H < 1.5 - 1.6. At l/H 4 1.5 the nonuniformity of the
metal strain is very marked, the deviations from the hypothesis of plane sections
are sufficiently appreciable and they have to be taken into account while solving
definite problems. Yu. Manegin
[Abstracter's note: Complete translation]
Card 1/1

V2

1 0 A
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r)

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ci 11--ala -I P'J anj a 11 o- wa i
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rr -."rt r" h-: r c 'r. 1) r. s a r t n
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;7 0 t hr var -a L, 1 h-; a a, e rz -
nd c r m r In

b
ra t
A 1

TARMVSKIY, I.Ya.; POZIMYEV, A.A.; MIAIMHOV, L-V-
Composite structures in the theory of the press forging of metals.
Izv. vys. ucheb. zav.; charn. met. no.1:66-71 '60.
(NIRA 13:1)
l.urallskiy politakhnichaskly institut.
(Forging)

SOV/1 37--3q- 1- 1626
Translation from~ Referativny~, z-,jrna!. Mer.ali'urgiva, 1951), Nr 1, p 216 (USSR)'
AUTHORS: Tarnovskiv, Ii. Ya., Pozdeyev, A. A., Puchko-, S - G -
TITLE: Employment of Variation~tl Methods n an Trivestigation of the
Defori-riations and Stresses Occurring During the Manxif;~ c t tire of
Heavy Forgings lissledov~in:ve deforn-1.3tsiv i usily vartatsionnvml
metodan-ij pri kovke k-uptivk1l poko%,ok.
PERIODICAL: Nauchn. dok]. vyss~. sHwlv. Met;i1lurgiya, 19;8, Nr 1, pp 1,;0-
156
ABSTRACT: Variational methods are employed bv ?he aulhor w Computing !),,e
strain distributon of a mel--'~ str-p wilh -~ re(,;-ng111ar cross section
being drawn in a draw!ng press equipped with flat I-eads. The case
of deformation of bodies of cons!derable height and possessing
"rigid" outer ends is examined.
M. Ts
Card 1/1

25(l)
AUTHORS: Tarnovskiy, Frofe~isor, anj Docent
TITLE: Contact Stressc3 and Average Specific Pressurc in SettInIg
and Rollin.- (Kontaktnyye napryazheniya i sredniye udelln.yye
davleniya pri osadke i prokatke)
IODI CAL: Izvestiya vy3shikh uchebnykh zavedeniy, Chernaya metallur,;~;.ra,
"I
1950, N'r 2, I)P 51-60 (USSR)
"CT: According to recent data friction forces on contact surfaces
_21M
depend on the condition of the friction surface and on the
shape of the deformed body. The distribution of friction
forces on the surface depends on kinematic condition.,3. The
author shows that functions for pressure distribution can L),,
obtained -aith the we of integral equations. These are
applicable to any law of distribution of contact tan.r,ential-
,tresses. A metiGd for the appr~ximative computation cP
defcrmation iL nugested which serves to obtatin of
hs
nre.l~ure svervge specific pressures for eliffe--f--n' ;asel-
-oil in,

~c:('. r. ";Lc trerjueu and Avr-, ci f ic Prest; ure "'e I I:' ::f-
T h c r e 7i r c- t, of graphs and 7 Soviet reff.-r~,n.--s.
~'T Y A 1 (Ural Folytechn-c,-,!
Lj: Ural I ~A~ Oheskiy institut
Institute), Kafedra obrabotki metallov davieniyem (Chair of
Metal Processing Under Pressure)
SUEMITTED: July 14, 1958

TARANOVSKIY, I.Ya.; POZDEYFV, A.A.
Mechanics of the process of drawing solid profiles includi.%-
hardening. 1Taucb.dokl.v7s.sh1,oly, met. no.1:97-104 '59.
(MIRA 12:5)
1. Ural'nkly politolchnichnskly inatitnt.
(Drawing (Metalwork))
(Deformations (Mechanics))

PMDEYEV,-A-.A.; TARNOVSKIY, V.I.
Applying the Ritz method to the theory of the press working
of metals. Izv. vys. ucheb. zav,; chern. met. 5 no.10:67-76
162. (MIRA 15:11)
1. Urallskiy politekhnicheskiy institut.
(Deformations (Mechanics))

ZYKOV, Yu.S.; TAR11OVSKIY, I.Ya.; POZDEYEV, A.A.
Investigating by the variation method the widening of the
metal during hot rolling in plain grooves. Izv. vys. ucheb.
zav.; chern. met. 5 no.10:77-87 162. 0~1IRA 15:11)
1. Ural'skiy politekhnicheskiy institut.
(Rol-ling (Metalwork))

POZ-DKYW, A.A.L TAFOIOVSMY V.I.
bwbitigating -the stress condition during upsetting. 1=7.vya.
Iucheb.zav.; chern.met. 5 no.11:90-98 162. (MIn 15:12)
1. Urallskiy, politekhricheskiy irmtitntb,
(Forging)--` (Arains and stresses)

TARNOVSKIY, I.Ya.; POZDMV, A.A.; KOTELINIKOV, V.P.; FUCHKOV, S.G.
New method of ey-parimontal investigation of the state of stress
in metalworMnr, by pressure. Nauch.dokl.ryn.nhkoly; met. no.2:
1'31-135 '59. (MIRA 12:5)
1. Ural'aldy politnkhnichnakiy Inntitut.
(Deformatinne (Mochanicn))
(Metals-Testing)

TARROVSKIT, I.Ya.; POZD'YYEV, A.L.
Conclitionn of the problem on thn thoory of metalworking by
pressure. gauch.dokl.vys.shkoly; mat. nn.2:136-139 '59.
(MIRA 12:5)
1. Ural'skly politekhnicheskiy instltut.
(Doformixtiona (Hechunica)
(Metalwork)

AUTHORS: Tarncvskly, I~. Ya., Pozdeye~,, A. A, Puchkov, 3". G.
TITLE: The Investigation of Deformation and the Forces
Forging Larger Pieces by Means of the Variation Mathod
(Issied3-ianiye deformatsi.y --'I usiliy variatsionnymi metodam-'
pri ko-jrk-t krupnykh pokovok)
PERIODICAL: Nau.--hnyye dok-,.arly vysshey shkcly, Metallurgiya, 1958, Nr 12
pp 150-156 (USSR)
ABSTRACT: The variation meth-d and -the th,?cry of plasticity were ---sed fzr
the --alculatlon and the de1,ermina-.,--'on of the draf ormation in :he
produ.--,-icn of ccmr,1.i,-!atC-d pie-,ps to be forged. Functions fc:-
the --alci-.1atlon i~-f thq~- def,~rmaticn and the dis-ulacement in
forging were ~Dbtained.
The value of the ;omp-:ete work A of the deformation is dqt-rm-`n~-d
by the parameteri! a 2t a3 and 1 1* The param-2te~ valut~s ar~-
calculated by means of the fol'.1.owing equations:

Card 41/2 0, 0 and 0
a a
2

SOV/1 65 - 1~8 - 1.
The Inves t igat L on of' Deform, lit and hQ Fc) v Invoi v-d irt Fe-~2:-gvi rig larg- r
Pi eces by Means of t he Var la t r-n Llet
G
2
2,090 0,451 4
; 333 0,333
h
E
h
ASSOCIATION:
SUBMITTED:
2 -3
2
4,444 , 7 492 Lo
2
h
I
6 . 1
The values of these furi,~,ti-3ns art- gl`~.,-r, -.i-, ~ab!,RB.
The. thecreti-l-al. --c!,-~lus-JLons obtain.,,d were
corresponding experiment-al dat-a ax-d --'t was that
resul-.s agz~e;--d.
There are 2 flilgures:, I and 4 4 of wh-,--~ ai-
Soviet.
Uralllsk~'ly pcli-,,ekhnft.::hF.,skiy inati-~*jl. (Ural. Polyte--hr,�~al
Institute)
Ootober 5, 1957
Card 212

TARNOVSKIY, I.Ya.; POZDV-Y-EV. A.A.
--. " -
Variational nethods in thq theorz of pressure metalwork.
gmuch. dokl. vys. abkoly; met. no-1:93-98 '5 0'. (I.C.-RA 11:9)
1. UrPtIlskiy politeklinichaskiy infttitut.
Onfnrmations (14acbnnics)) Wntalvtork)

TAMiOVSKIY, I.Ya.; POZDLTW, A.A.; PUCHKOV, S.G.
~
Variationj~i nnthod for the inv,,�stig&tion of deformtion and
preRsure in mking lprgm, forgings. ITauch. dokl. vya. Shl--ol7;
met. no.1:150-158 158. 04IRA 11:9)
1. Ural'Rkiy politnkhnicheakiy inatitut.
(Forging) (Deforinations (14achanics))

T1,11MVSKIY, I-ya., dnktor tokhn.nauk, prof.; POZDEYEV, dota.
,
investigating thn dmformed statm in upentting, paralld!~ripmdq With
the use of variation methods. Izv. vvs. uchob. zov.: cnern. net.
no.7:123-133 il 153. (IaRA 11:10)
1. Ural'nkI7 politekhnichnskly inutitut.
(Forging) (Calculus of variations)

11 " r : ,
Dissprtat~ori: "Inuef-,ti-Pa~ion o' trip Ir,-e,-111,--xity
Cand Tech Sci, lh-d'
'.'o7r--rjw, 'w- r
i0: S"Ill 243, 19 19~,I-

TARNOVSKIY, Iosif Yakovlevich. doictor tekhnicheskikh nauk, professor;
POOMY.-AlskunIr Aleksandr-oytqh,. kandidat tekhnichaskikh nauk;
LYASHKOV, Vladii~-'16;X~ovich. kandidat tekhnicheskikh nauk;
ZAYKOV, N.A., redaktor; KILINIK, V.P., redaktor izdatel'stva; 2XF,
Ya.M., takhnicheakiy radaktor
[Deformation of metal in rolling] Deformataiia metalla pri prokatke.
Pod obshchei red. I.IA.TarnOVBkOgO. Sverdlovsk. Goo.nauchno-tekhn.
izd-vo lit-ry po chernai i tavetnbi metallurgii, Sverdlovskoe otd-
nie, 1956. 287 P. (MLRA 9:11)
(Rolling (Metalwork))

L 57.523-65. El,)T(d)/SWT(a)/SWA(,,&)/EWPI(T)/EW(k)/EWP(4)/EWP(t)/EWP(b)/EWP(l)/
ACCESS110 RM"." M0,13007
621.771,001
i6. :M*ta2luq;Iy*,, Abe. .060
TU. I
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_T'
UZ11 ;-A; M. ZMASt-oblyevt G~ Go: Chichigink Y. A,;~kahchlkavp -M.Mv-c
B.' D.
T1TW.,,-:,,,C6ridLtIws for MWailarge. Ipgots an a slab min
MED SOMM Tv. Urallakogo n.,4, in a chern. =t9 v. 3v 196's, 157-191
TOPIC-TAGS*_ -eetal rollin
TRAikMtb~-.` The 11S0 slab mill: r rolling heavy ENS-21T Ingots vas studied.
ti was faudd -that the degree _;Traductica 'could ~ be Increased while the number of
d d
Maas was uce . Opthwily stable cmiditUas ftr rolling heavy Ingots In 23-25
oduoed Into industry. , It was found that the wst
passes w*ve.,(kv*lqwd,&nd Intr
Afffidult- couAtIOM (rolling In 21 posts) la-ave a reserve for holding conditims.
Further impt-.mcavt Is limited by the pmer tf. stand sot=s and strength of stand
1/2

AMSSTb0(-.'V'R: MtSOINOT
Vattgr.,-', it'was fbund that Motors with, 4irtical' rolls idth: is plawr of 4N0-4500: kw
InstalUd on, new milig. This will make V01114 without - Ado pammo po"Ibli
with lAtense coWrassion of the side e.dges of sl&s in the vertical rolls and will
.improve the quality of the rolled product. The Lavestigatims bav* not a3ftusted
the possibilities of the 1150 mill. M. YudA*na.
00-

-.:L]

L 54974-65. ENG(j)A-w-x(m)/EPF(c)/ENP(i)/m,(d)APR/r/E~P(t)/IiWP(z)/r.WP(b)/E'dk(e)
~~Pr -4 , IJP(C) JDAY/iGAEt
.::ACCESSION NR: AP5007623-- S/0365/65/001/001/0020/0028 WZ?
620.-193,01:
0 eva A. A.; Antanovskaya, Z. I.;-Sukhotin, A. M.~
AUTHOR.- P idey
TITLE: -~,Passivity of -.molybdenug-
SOURCEV -Zashchita. metaIlov,,. v., I ~nov- 1' 196%1048
TOPIC TAG S:--.Molybdenum passiv4fton, m- o-lybdenum oxide, molybdenum oxidation,
electrode polarization, oxide film
ABSTRAM. The poj~entiostatic method was Used to study the polarization curves
for'the oxidationl'of molybdenum in acid and alkaline medi (0 1 N H SZ,,and Oll N
2 a I
!micalP;vior o known
-KOH);.theaA curves were comparedwith the electrachi
Mo oxides- In acid solutions, Mo is passivated by4k filJof-f phasel Oxidation
of -t~helatter.hegfns at the potential of anodic activation of.pasafvp No,
0 A5 ~ IV, At I - 0 075-0.80 V, a new oxide of high electrical resistance appears on
tfie.ourface of the 'r phase* In 1 N H so
2 41 at.patentials greater than 0.6 V, all
X'ide9 oxidizeand hence cannot passivate the metal. Ho does,not passt
Mo.o vate fn
a, 01
kaline-solutione.because.HGOj andIU02 and( phase), which vauld make up
the passivating f ilm, oxidize to M04 a .0.96 to 140 V, values which are very
Card 1/2

L., 54974-Z5
1ACCESSIOM NR: AP5007623
idlose to-the otential (-0.9 at which these~oxides are formed. In I N KOH, the
lower- oxides and Y are electrochemically unstable over the entire potential
range where the dissolution of Mo, is possible. -The oxides P and are stable
from -0.2 to +0.15,Vy but the rapid rate of their dissolution in the alkaline
-Medlummakes the passivation of Mo by these phases Impossible. At high current
-,denaities, a visible layer-of these-oxides, which inhibits ttp, dissolution pro-
cess, appears on the surface of the Mo anode. As the alkalif goncentration in-
creases, the oxide film becomes thinner, and the limtEiiij dissolution current
.'-of Mo rises substantially* Ve express our-sincere thanks to Yu. D. Kondrashov
-*d.Yu~ A* Omel'chenka for carrying'out the X-ray structural measurements at our
request.. Ori has
art 4 figures' I formula and 4 tables.
ASSOCIATION: Institut prikladnoy kh1mU-(Tnstitute of Applied Chemistry)
SUMM"ED: 15Sep64 ~EHCLI. 00 SUB CODE: F249 GC
OTHEM. 014
NO REF SOV: 007
4Ard -

ACCESSION ITR: AP4016348 S/0251/64/0334/001/0019/0025
AUTHORS: Baakaohvilip V. S.; Pozdoyevp A. A.; Tarnovskiy, V. I.
;,TITLE: Physical equations for the state of a metal in the theory of heredity
;(Presented by academician 0. D. Oniashvili 22 Januaryp 1963)
SOURCEs AN GruzSSR. Soobahcheniya, v. 33, no. 1, 1964, 19-25
'!TOPIC TAGS: equation of state, heredity, plasticity, deformation, stress deforms-
,Aion, Boltzman-Volterra equation, dynamic equilibrium, elastic aftereffect
iABSTRACT: In the general theory of plasticity, the methods of *the theory of
:heredity, based on the equation of elastic aftereffect of Boltzman-Volterra, are
luseful. The solution of many problems in the theory of working of metals by preB-
isure can also be obtained by using the theory of heredity. The authors derive
lphysical equations for the state of a metal for a complex stress-deformation state
with consideration of the influence of heredity. They discuss the physical meaning
;of the Boltzman-Volterra equation for a medium with nonlinear relations between I
deformation and stress. Orig. art. has: 13 formulasp I tablep and,1 figure.
Lc;Ir,L_1/2

ACCESSION NR: AP4018348
ASSOCIATION: Urallskiy politekhnioheakiy institut im. S. K. Kirova (Ural-Poly-
technical Institute)
SUBMIT111.0-Di 22Jan63 DATE ACqs IgMar64 ENCL: 00
SUB CODE: AP NO REF SOVi 006 OTHER: 001
2

ACCESSION NR: AP4018346 S/0251/64/033/001/0019/0025
AUTHORS: Baakashvili, V. S.; Pozdeyevp A. A.; Tarnovskiy, V. I.
'TITLE: Physical equations for the state of a metal in the theory of heredity
;(Presented by academician 0. D. Oniashvili 22 January, 1963)
SOURCE: AN GruzSSR. Soobshcheniya, v. 33, no. 1, 1964, 19-25
IOPIC TAGS: equation of state, heredity, plasticity, deformation, stress deforms- 1
Boltzman-Volterra equation, dynamic equilibrium, elastic aftereffect
1ABSTRACT: In the general theory of plasticity, the methods of 'the theory of
;heredity, based on the equation of elastic aftereffect of Boltzman-Volterra, are
luseful. The solution of many problems in the theory of working of metals by pres-
sure can also be obtai ned by using the theory of heredity. The authors derive
physical equations for the state of a metal for a complex stress-deformation stateI
;with consideration of the influence of heredity. They discuss the physical meanings;___
!of the Boltzman-Volterra equation for a medium with nonlinear Ttlations between
!deformation and stress. Orig. art. hasz 13 formulas, 1 table, and,1 figure.
1Sard__j1

ACCESSION NR-. AP4018348
ASSOCIATION: Urallskiy politekhnicheskiy institut im. B. M. Kirova (Ural-Poly-
teohnical Institute)
SUBMITTED: 22Jan.63
SUB CODE: AP
2
DATE ACQ: lgMar64 ENCL- 001!
No REF sov: 006 OTHER: 001

POZOEYEV, A. A., Doe TECH 5CIq "VARIATIONA-b METHODS IN
THE THEORY OF ME AL BY -WE*+k8--0f- PRESSURE
3VERDLOVSKV 1961. (MIN OF HIGHER AND SEC SPEC ED RSFSR.
URAXPOLYTECH INST IMENI So M. KIROV). (KL-DVt 11-61,
216).
-105-

S/148/61/000/010/002/003
E193/E435
AUTHORS: Pozde Tarnovskiy, I.Ya., Zykov, Yu.S.
TITLE: Foundations of the theory of visco-plastic
deformation of metal during rolling
PERIODICAL: Izvestiya vysshikh uchebny1ch zavedeniy. Chernaya
metallurgiya, no.10, 1961, 50-58
TEXT: Experimental evidence indicates that a hot-worked metal
possesses both plastic and viscous properties and should therefore
be considered as a complex visco-plastic wedium. In contrast to
the theory of -small clastoplastic deformations in which the
equations of state for a deformed metal establish the relationship
between the stress and strain components, the corresponding
equations for the theory of visco-plastic deformation describe the
relationship between stress- and strain (deformation)-rate
components. One advantage of using the latter theory as a tool
for studying the mechanism of hot deformation is that it is
concerned with increments of stress-and strain rates. As a result
the limiting condition of small degrees of deformation no longer
applies and the theory can be applied to studying the variation of
the stress-strain state at any moment of the deformation process.
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S/148/61/000/010/002/003
Foundations of the theory of ... E193/E435
In the present paper, this theory is applied to the analysis of
the mechanism of flat hot rolling. A slab of rectangUlar cross-
,section is considered whose dimensions are 11, (thickness),
Lo (length) and Be (width). Its thickness is reduced during
rolling by 411 and its-final dimensions are Hl, Ll and Bl,
the half-thickness and half-width being denoted by h and b
With appropriate indices (0 or 1). The relationship between
stress and strain rates is described by a
set of equations for a visto-plastic medium (Ref.2: L.M.Kachanov.
Mechanics of Plastic Media. Gostekhizdat, 1948)
2 + 2 +
H Y
Cr + 2 VL'-,,;
cry it
41
az-c~ 2-cj + 2
U, ' H r
- 7.r,,.
:Xz 3if -T- IL XV
Card 2/ 8

S/148/61/000/010/002/003
Foundations of the theory of ... E193/E435
in which -pl (tensor coefficient) represents the coefficient of
proportionality between the components of stress and the rate of
deformation. Jordan's principle (Ref-3: L.S.Leybenzon.
Course of Theory of Elasticity, Goatekhizdat, 1947) applied to
an incompressible metal is expressed by
S'~ S + OY aty + dV S S (X,, a V, + Y,,-,, VY +
V S
+ Z,, 8 vJ dS, (4)1
where Xn, Yn, Zn - projections of external forces applied to
the body under deformation, on the axis of the coordinates;
6vx% 6vy, 6vz - variations of velocity components of the
displacements on the points of the body on which external forces
are acting. The left hand side of Eq.(4) represents the
variation of the work of internal forces, while the right hand side
represents the variations of the work of external forces.
Utilizing Eq.(I), applying calculus of variations and introducing a
Card- 3/8

s/148/61/000/010/002/003
Foundations of tile theory of ... E193/E435
new system of coordinates to the right hand side of Jordan's
equation it will become
H + �L H~1) V +,+C, V,2 +V. 2dS 0. (1 r)
2 ff /~ Cosy") (16)
S
where H the intensity of the velocity of defor-.iti0ii due to
shear; vB - roller velocity; yx the angle characterizing the
point considered (0 < y3c < a); a contac.t angle; T. yield
point under shear; vx,vylvz - velocity components (vz vxtan tpx).
Jordan's equation presented in this form is applicable to the
analysis of the process of rolling ori plain rollers. If the work
of shear lost on overcoming resistances Ts is also included, it
becomes:
Card 4/8

S/148/61/000/010/002/003
Foundations of the theory of E193/E435
-C'11 +/I- ),IV + [Vj dS
Si
+ V2 + V. 2dS 0,
Y COS T.)
in which summation is extended over the surfaces of the
discontinuities of the velocities and vt represents the
difference between the velocities on the surface of discontinuity.
Eq.(16) or (17) should be combined with an equation expressing the
law of energy conservation. The work done on direct rolling is:
21? dS dSj
Nrl p P W ~
S,
where mTrp - roll torque (for two rollers) w angular velocity;
R - roller radius. The work done on overcoming friction forces
and internal resistances is
Card 5/8

5/148/61/000/0101002/003
Foundations of the theory of ... E193/Eh35
NA.-- ~,'-,H+tLW)dV+-D-., U2 'V. 2
, ~ ~ V/V ~ Cos ds.
S (21)
Taking into accoint the work lost on the surfaces of
discontinuities ii)d the condition Nnp N leads to
T bc 0 b~,
IV= V. fjf,p-,,, dS - SS dSI - ~JS H +W -
..0 '0
ff dS - fS -,, [V,] dS:- 0.
S, (26)
where, y - critical angle. Eq.(26) and (17) taken together
define the nroblem for the calculus of variations. They contain
three unknown quant'ities vx,vytvz and their derivatives which
have to be determined in such a manner that, on one hand, the
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S/148/61/000/010/002/003
Foundations of the theory of ... E193/E435
integral is to assume its maximum value and, on the other, the
Eq.(26) be satisfied. Moreover, the functions vxlvytvz should
satisZy incompressibility condition
V, + a UY OV, 0. (29)
z
The solution can be obtained with the use of the calculus of
variations (Ref.10: S.G.Mikhlin. Direct methods in mathematical
physics. Gostekhteorizdat, 1950; Ref.11: L.V.Kantorovich,
ViI.Krylov. Methods of approximation of higher analysis.
Gost*khteorizdat, 1949). Thus, the velocity of the metal at any
point of the volume of deforination region can be determined,
whence'all rolling parameters can be calculated. The power
expended on deformation NA can be found from Eq.(21). If Nst),
to known, the rolling torque Nnp can be determined from Eq.(18
and the roll force can be calculated for a given roll radius.
The velocities at the entry and exit points of the deformation
region (v0 and v1) are calculated from the known value of vx.
Then, from the ratio of the initial-to-final cross-section area of
Card 7/8

Foundations of the theory of ...
this slab or from the values of
can.be calculated from
Fo Vi
= - = x
Fl vo '
S/148/61/000/010/002/003
E193/E435
vl and v2 , the elongation X
The lateral spread can be then calculated for a given draft, from
the*condition of constant volume of the deformed metal. The
velocities vx,vy and vz can be used also to construct
trajectories of displacement of metal particles in the deformed
region relative to the rolls, as has been described earlier
(Ref.12: A.A.Pozdeyev, V.I.Tarnovskiy. Izv' VUZ. Chernaya
metallurgiya, no.6, 1959). There are 12 ;efarences: 11 Soviot-
bloc and l.Russian translation of non-Soviet-bloc publication.
ASSOCIATION: Urallskiy politekhnicheskiy institut
(Ural Politechnical Institute)
SUBMITTED: March 9, 1960
Carci 8/8

r um T.;!

18(7) SO V/1 63 -59-2 -231/".:8
AUTHORS: Tarnovskiy, 1. Y.--, Ilozdeyev, A. A., Kutellnikov, V. P.,
Puchkov, S. G.
TITLL: A New Method of Experimental Investi,~ation of the State of
Stress in the Working of Metals by Pre3sire (11ovyy metod opyt-
nogo issledo7aniya na2ryazhenno.-o sostoyaniya pri obrabotke
inetallov davleniyela)
PERIODICAL: Nauchnyye doklady vysshey shkoly. MietallL.r;,~ya, 1')59' Nr 2,
PI) 131 - 135 (USSR)
ABSTRACT, The method su-ested is based on the irivejtir~!ation of the
u~f
changes of artificial hollow spact-.s in I~L~:-~t-ils under the influnce
of pressure. The signs of the stress vhich has nctPd on the
riietal can he deteri-%ined in this way. Fif-ure 1 all t-Xample.
Two lead striuS, one of which received a --ylindric cavity bored
in, were soldered up with ".'ood'.9 alloy, and exposed to pressures
in different directions. An expansion of %he hollow ,,,pace occurs
by tensile stress, a narrowing by coi:,pri~-.qsjv(. ,jtreso- Lead
stri;)s with hollows were also soldered, to'!;-,-Aher and rolled (Fi,~ 2),
Card 1/2 Figure 3 shows the deformations of the hollu~is %fter hamzaerina.
0

A New 1'ethod of Experii.-iental Investigation of the State 2 ul'V/ 1 ~,- ~~ -, - 2 - 2
of Stress in the Working of V~i~tals by Preiisure
There are 3 fi6ures and 1 Soviet reference.
ASSOCIATION: Ural'skiy politekhnicheskiy institut (Ural Poljtuchriic Ixistitate)
SUBMITTED: August 0, 1956
Card 2/2

18M SOV/163-59-2-24/48
AUTHORS: Tarnovskiy, I. Ya., Pozdeyev, A. A.
TITLL: The Setting of Tasks in the Theory of Metalworking by Pressure
(K postanovke zadachi v teorii obrabotki metallov davleniyem)
PERIODICAL: Nauchriyye doklady vysshey shkoly. Metallur-friya, 1959, Nr 2,
pp 136 - 139 (USSR)
AKMLM; The authors deal with t-wo factors determiniii,; the state of stress
t>
and the flowing of the metal in cof.1pression processes. the equa-
tion of state and the boundary conditions. The equations of state
normally apply to idealized metal properties since the considera-
tion of all factors would lead to practically useless, complicated
equations. Under simplifying assumptions, a relation between de-
formation and stress is obtained. As the compression processing
is carried out at different temperatures, at different rates and
possibly with structaral changes of the metal, the mathematical
formulation rer.-.ains a difficult problem. The boundary conditions
are to be Sufficient for a unit~ue solution of the problei,~., and
mast not contradict the settina of the task. In the comoression
DrOcessing of metals, the boundary conditions are often the un-
knowns required. In many tasks of forging, comp ress i rig, rolling,
not all boundary conditions are known and often they must be
Card 1/2 ascertained by experiment. Hocent invest-*LL~ritiona (Ilefs 6 arid 7)

The Setting of Tasks in the Theory of 2 4
-7
by Pressure
show that the defor~:;atiorz aach de~jends on. the di--'ensio-is all the
body to be deforme!d, i.e. on a for---I factor. ~~'any bodies, 'Ll-he me-
chanical state of which is uescribed by difi'erent e~.Aations of
state, are deformed almost in the sai-iie viaj, which -proveg that
the influence of the form factor exceeds that of the e-juation
of state. This wakcs it )ossible to develop a unified theory of
compression processing for different uetals and alloys which are
deformed under different temperature and rate conditions. There
are 7 Soviet references.
ASSOCIATION: Urallskiy politekhniche3kiy institat (Ural Pol.ytechnic Institute)
SUBMITTED: July 14, 1958
Card 2/2

TARNOVSKIY, I-Ya., prof.; POZDEn'V, A.A., inzh.; KP&SOVSKIY, U.N., inzh.
Force determination in metalworking by preaffure. Obr.-?at.~Ia7l.
no-3:5-22 '54. (MIPj-- 12:10)
1. Ural'skiy polltelchnichealdy inatitut im. B.M.Kirova.
" (Rolling (Metalwork)) (Forging)

BAA,KASHVILIY V.S.; FTZHTEV, A.A.; TA.7-%OUCY, V.I.
I----
Fhysi,~al equa-i,~ns des-~:-ib,lng th-e of, mei.P-13 -Lzi he--~d-i',y
theory. Scob. AN Gruz. SSR 33 no.1,19-25 ja '(-4,,
(MIRA 17:7)
2. 'Jral7vkiy institut imeni S.M. Kirova.
11'redst.evleno akad6m"lkzm O.D6 Ori'~avhvill.

TARNOVSKIY, V.I.; ?O7DEYEV, A.A.; TARJJOVSKIY, I.Ya.
Considering t1he hardening in ti-.-- metal ~,reBznr~- rn
the rolls during sheet rolling. Izv. vys. ucheb. zav,,; cnern.
met. 7 no.10:103-111 164. (M 11*14,. 17: 1 " "
1. Urallskly pollLekhnicheskiy InslAtut.

S/103J60/021/008/011/014
B012/BO063
AUTHOR: Pozdeyev, A. D. (Ullyanovsk)
TITLE: Selection of the Optimum Number of Pole Pairs and of the
Main Dimensions of Electromagnetic Slipping Clutches With
Massive Steel Armatures
PERIODICAL: Avtomatika i telemekhanika, 1960, Vol. 21, No. 8,
pp. 1198-1205
TEXT: The present paper gives formulas for the calculation of p 0 (optimum
number of pole pairs), D, and 1, of electromagnetic clutches with massive
steel armatures. Contrary to what was done in the papers of Refs. 4 and 5,
the author considered the variability of the magnetic permeability, g, with
a change in the magnetic field strength. The results of calculations from
these formulas are therefore independent of the choice of 4, and are clear-
ly determined by the technical conditions, i.e., the moment M and the re-
lative velocity n.0 The correctneEs of the formulas derived in the present
Card 1/2

Selection of the Optimum Number of Pole Pairs S/103/60/021/008/011/014
and of the Main Dimensions of Electromagnetic B012/BO63
Slipping Clutches !,',ith Massive Steel Armatures
paper was confirmed by the experiments described in tho papers of Refs. 6
and 7. The present paper continues investigations published in previous
papers (Refs. 4-7). It was theoretically found that inductor clutches
must be larger for the same momente to be transferred than are clutches
with variable poles. Inductor clutches are recommended for small diameters
(D - 10 + 15 cm) and for such cases in which the dimensions are determined
by the thermal conditions. On the strength of an examination and generali-
zation of various publications, Fig. 4 gives the mean values of the per-
missible thermal stress, which may be used for calculations. Reference is
made to papers by T. A. Glazenko (Ref. 5) and V. S. Sharov (Ref. 4). The
author further refers to data of a publication by ENIMS (Ref. 11). There
are 5 figures and 12 references: 10 Soviet, 1 British, and 1 German.
SUBMITTED: February 29, 1960
Card 2/2

S/148/61/000/003/001-5/015
A161/A133
AUTHORS: Tarnovskiy, I. Ta., Pozdeyev, A. A., Meandrov, L. V., KhasLn, G. A.
TITLE t The depender-ce of '.he deformation resistance on the duotila proper-
ties of steel in hot pressure work1mg
PERIODICAL: Izvestiya vyssh-lkh urhebnykh zavedeniy. Chernaya meloallurgiya, no.
3, 1961, 82 - 90
TMU Tests have be,ePm faarried alit with the.upsetting of 16, dVfT,~rert ataei
grades a'. 900 - 1,2000C and three di-f'ferent deformation :rattea: 0.05; 7,5 and 150 VII
sea-1. The artlele presents details of -.he experimenT, teahniquers, ',he data obtsln.-
ed in the form of graphs, and deriva tionz of. formulae., The graphs. present the real
stress value variations with the deformat-ion degree, an well as 4-Ith deformation
rate at different temperatures. Tb-e gr-Dwth of' deformation-;7-eal.staniz-~e ~a:~,dai-
ing) of some steel grades at 1,100 - -1,2000C. and a'low deformation rat;6 were f-And
to be so insignifioant that thR yield limit or ultimate strength could be used as
eieformation resistance eharactteriz-11-4o, but at hlgft deformatIon rates t~e Fteel be-
haviour was different, and the oon.:!Iuiion wa3 ~Lvawn that, the effe3t, 0~* the rle-
formation degree should by all means be taken into asoolxnt for all the zteel types
studied. L%-e increase in the deformatIon rate also cons!,de-ably raised vt- de-
Card 1/3

S/1~8/61/000/G`- '00E/01
v
The dependenc;e of the. def orma-_'nn, :,ea_s~ance con A16!j/AI3,3
formation revistw.Ge. A formala wti-s derIved thdt expresses tkie beha:v~.nr o~
majori-..y of Ivie 16 tteel grades wlth suffio-leril, acclaracy:
46~ = d I + nX. (I + ~ n (2)
An 0 50
layi~ ng I.Inear stressed state a_,A
where 6,in is the deformation rell,144- oe dun" rate;
6~ - the deformation resist-an,:e a,5 zero deforma' ion -rate,,
0 the deformatf,~~,
raY.e dur:L g statt-, tes
-.s; aLty deformation rate, YL - a coefti:~I +, ~,hat
depends on the steel grnde~ n
, re4.era~,Ure and deformation deg--ee,. in kg/mm2. The
coefflslent presents in a phyeJaall zenise the "tough resistance of met-a]. d?~Or-
mation". Itz oonnection with the t"ClUghness f&-;tO:v ta analysed; and a table Is
included giving the valaes of K avid CO. ialaijlated for Itwo of *~te ~p'--at-,d
steel grades (at differen-I'* temper%44-ures and defgrmation rates) - 18XHBA (-.8fIb_N'VM
and X18WOvT (Kki18N12M,-_) steel. I+ is pointed out that, the simpli,"'Ied
ty eqea'Vior. fDr :~Iat emploYed usuallY In premau:-e working theory
does not a-affi.-Iient-Ily express the real proper-'lies of ste6l at
The new equaLion of tough-du,-!.tile a'.*?-te derived f.tlom experimentlal dat4a It
Card 2/3

S/148/61/000/003/006/015
The dependence of the deformation resistance on the A16l/A133
63 - 1.156: + 4 (6)
~~ean 1~-
where /L' is the mean (for the entire body volume) value oe -the toughness co-
tea
effici~n at the given deformation moment, and (rt - the extrapolated yield limit
that accounts at any given moment for the degree of the preceding deformation
of the body. Equations are derived also for the case of any stressed state. The
numerical values of the K coefficient render it easy to find the toughness coeffl-
cient for heated steel also under dJfftv:nsnt.deformation conditions. There are 7
figures and 4 Soviet-bloo references. .%,
ASSOCIATION. Urallskiy politekhninheskiy institut 4The Ural PolyteahmIo Institoite)
SUBMITTED: July 20 1955
Card 3/3

)~PZDMV, Amtoliy Dial triyevi ch; RODIM4, Yal-ov borisovich;
hTzNv-T30v, N.A., rcrl.; BOMNOV, JI.I., toldin. ved.
(Electromagnetic clutches and brakes with solid armatures]
Elektrop.agnitaye mufty i 4L-,ormoza s masoimrym iakorem. Mo-
skva, Gosenergoizdat, YA3. 103 p. (biblioteka po avtoma-
tike, no.82) WIRA 16:12)
y) (Clutches (11achiner7))
(Electric machinei-

~ 1 -, c - - , . I . I . :- " v ; .17
ri , i~ " . : ~ , I. . . - , . . ; ,, - 1 1 11 , f " ,
ll.-[.-"~ " - '~r %,:np, f~p;,'(,Irl r. . A !V~'
. .? :1 , f (I . t! . , .. (; ,, , I;-
dri,ii!s. Szn. 41 in3t.r. '36 rio.7t'!~-17 J1 I 6'~ .
(.Mli~A ',,P, P'.

POZDEYE-1, A.D.
Theory and calculation of the mechanical characteristics of an
electromagnetic slip clutch with a massive grooved rotor. Trudy
KhPI 30 no.1:211-231 '60. (YIRA 14:9)
(Clutches (Machinery))

L OW)1-67 EWT (1
ACC NR, ,d,6021062-- k A,_N_)__S_0U'R.C-E'_C0DE: UR1692[6.61600/003/0057/0061
AUTHOR: Pozdeyev, A.-D. (Candidate of technical sciences)
OaG: nono
TITLE: Characteristics of induction motors with solid steel rotor
SOURCE: Elektrotekhnika, no. 3, 1966, 57-61
TOPIC TAGS: electric motor, induction motor
ABST,%WT: Analytical relations are derived that describe torque, rotor current, rotori
resistance and reactance vs. slip characteristics of a solid-rotor induction motor;
variation in rotor permeability is allowed for. The theory of planar field is applied
i1o the solid rotor thanks to a "criterion P ff which is R j1;;jZ %
0 - P fp- - Wd-
where R is the rotor radius, p is the number of pole pairs,
frequency, (4 - permeability. Techniques for calculating the above motor
the low-slip
characteristics are recommended; corrections for calculating data in
range are given. Comparison between estimated and experimental characteristics of an
0
1-2-30/4 induction motor confirms the validity of the author's analytical relations.
Orig. art. has: 3 figures, 27 formulas, and 2 tables.
SUB CODIE.: 09 / SUBM DATE: none / ORIG REF: 008
_ 1_1 *J.
Card I /I nst UW. 6;Vj 7

TARNOVSKIY, Iosif Yakovlevich; POZDEYEV, Aleksandr Aleksandrovich;
GANAGO, Oleg Aleksandrovich; KOIROGORN, Vadi-- Leon-ldcri-Ich;
TRUBB, Valeriy Nikolayevich; VAYSBURD, Rualld Arkad'yevich;
TARNOVSKIY, Valeriy Iosifovich; GO.IOBINCHENKO, V.M.j red.
izd-va; BEKKER, O.G., tekhn. red.
[Theory of working metals by pressure; variational methods
of calculating forces and deformations] Teoriia obrabotki
metallov davlenleiii; variatsionriye metody rascheta usilii i
deformatsii. [Byl I.IA,Tarnovskii i dr. Moskva, Metallurg-
izdat, 1963. 672 -p. (IMIRA 17: 1)

POMY-1511
_,~:pItjZiyevIc-h, aspirant
CbIcu1ntii,,g the rochanical chpracteristIcs of a
4
clutch equipped vith a mqsivo ateel armature. Izv. ryi. uch,-b.
zav. ; nlektromekb. I no.6:90-100 '58. (1ZRh 11:9)
1. Kafedra RIP.1ktrifikatiii -.prnTTrsblonnykh prndpriyatly Khar'-
knvqkngn -pnIttr-khnirhqqkopn instituta.
(Electric -nachiner7)

41
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SOV/122-58-6-74/37
Scientific and Engineering Conference on Design and Construct-Jon
Problems of Sea-going Merchant Vessels
A.V. Pozdeyev discussed the prospects of the application
of--a-t-5MT=zn-,,-L-allations in transport vessels. As a result
of a discussion of the problem of selection of the
appropriate propul8ion maebinery, it was established that
for powers up to 10 - 12 000 hp, SlOVI-ELID-11ifIr, die,;CI
engines should preferably be used. For highe_- powers,
high-efficiency steam turbines and, according to development
achievements, gas turbine plants are suitable.
Card 5/5 1. Ships--Design 2. Ships--ConstrucTion 3. Ships--Propulsion
4. Diesel enginep--Applications

POZIZYBV, A.V., kand.tekhn.nauk.
'Work on the development of" atomic Dower plants for warships and
the merchant marine in capitalist countries. Sudostroenie 24 no.l:
58-66 ja 158. (MIRA 11:2)
(Atomic ships)

f-1, - ,/ - IL I -
/I , ~-- . ~ j - T - i~ /j/. 11
CHIR OV, ~Iekeandr Dmitreyevich; POZDBYEV, Aleksey Vladimirovich, VASILIYBV,
Leonid Georgiyovich; LEVOCHKM, L.I., tokhn. red.
[Steam turbine installations on ocean-going transport vessels]
Faroturbinnye ustanovki morskikh transportnykh sudov. Leningrad,
Goo. soiuznoe izd-vo sudoetroit. promyehl., 1958. 157 P.
(Steam turbines) (MIRA 11:7)

ALKIMOVICII. A.V., insh.; 3ATSV, S.F., inzh.; MANASYAN, Yu.G., inzh.; MENSHMIX,
V.V., inzh.; POZDETEV, AOT., kand. takhn. nauk; SHALIK, G.P., inzh.
ReTvLrks on the article "Date on atomic power equipment and its uBe
on ships." Sudostroenie 22 [i.s.231 no.10:63 0 157. (MIRk 11:2)
(Atomic ships)

r;' - t ;" - -
, -,~r ~
I (-, _ " T- 1. -I./- jV
CHMOV. A.D., inzhener; POZDBYBV, A.V., kandidat takhnicheaki nauk.
Ways of developing steam turbine plants on seagoing cargb ships.
Sudostroenie 23 no.1:19-26 Ja '57. (MIRA 10:10)
(Marine turbines) (Merchant ships)

L 1589-66 &4T(m)/EFF(c)/EPF(n)-2/jT
AM5013203 BOOK MWITATIM
629. 12.o6:62i .039
Po devev, Aleksev vladimirovich
Puclear power .installations on ships; means and prospecte for development (Sj~~
atomWe energaticheakiya ustanovki; puti i perspektivy rezvitiva) Leningrads,
Izd.vo "Sudoetroyeniyell, 64. 0819 p. illus., biblio. Errsta.slip insertedo
2,500 copies printed
TOPIC TAGS; ear 'Dowered--shi nuclear power reactor,, marine engineeringp
marine equipment, gas turbine engine.. steam turbine
PURPOSE AND COVERAGE: The book examines the' utilization probl-s of nucle= power
installations on the ships of merchant marine. Presented are data from foreign
literature on the construction of ships and nuclear power installations. The
basic differences between the structure of a stationary and maritime 'nuclear power
installation are set forth, The structwes of ships,, reactors, mechanisms and
auxiliary equipments are described. Besides the normal operation, the book deali
with the possible breakdown in nuclear power installations,, its prevention and
localization, In brief., the book presents the nuclear-physical end thermotachnical

L 1589-66
AM5013203
principles of the nuclear reactors. The book is intended for a wide circle of
engineering and technical personnel in the shipbuilding industry end merchant
marine. It can also be used by students of navigation schoolsj, shipbuilding
technical schools end vniversities.
TABLE OF CONTENTS:
Introduction - - 5
Ch. 1. Principles of the nuclear energy release end reactor engineering 9
Ch. II. Development and the work progress in the building of ship and vessel
nuclear power installations in the capitalistic countries 126
Ch*' III. Peculiarities of nuclear pover installations'on the marine transporta-
tion vessels - - 198
Ch. IV. Marine nuclear steam turbine installations 255
Ch. V. Maxine nuclear gas turbine installations - .6 603 -
Ch. VI. Opeiation peculiarities and technical and economical characteristics of
nuclear-powered ships 726
Conclusion - 606
LCerd

L 1589-66
AM13203.
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A. 7MION: Pozdneye2i-, Engineer c:ov '9"
T IT LE: Closin,- Up the Blebs in the Flange of the Oil-Filled 110 kr
Lead-In with a Paste Made of Cast-Iron Filings and Glue BF-2
(Zadelka rakovin vo flantse maslcnapolnennogo vvoda 110 kv
pastoy iz chugunnykh opilok i kleya BF-2)
PLE10DICLL: Energetik, 1959, Nr 2, p 27 (USSR)
ABSTRACT: An emergency repair of the leakinl- flange of one of the
IlO kw lead-ins was performed in the Agdamskaya substation
of 110135/10 kw of Azenergo (Power Administration of
Azerbaydzhan SSR), while a 20,000 kwa transformer was beiiii-
assembled. The flange was ulcerated with caverns reachintr
30 mim in diameter. Two pastes, a thin and a dense, viere pre-
pared from cast iron filings and glue BF-2. The flange
Card 112 was cleaned and washed in aviation gasoline, whereupon the

S,r -.; /0 1 A
ClosInC. Up the Blelbs in tre _~--Iange of the C-41-Frilled 11-~ ':-r n
with a Paste Made of Cast-iron FilinE-s and Glue BF-2
thin paste was applied to the caverns, then the dense
paste was "fixed in". After about seven hours, the pastes
solidified, "he flange -,.,as put back and no more leakin.-
ensued. There is one photo.
Card 212

GERTSINSHTHYN, B. Ya., inzhener; POZDEM, B.G., inzhener; SAVINA, N.A.,
inzhener.
Amplifier restricter. Vest.sviazi 7 no.10:14-18 0 147. (MLRA 9:1)
l.Leningradekoye otdeleniye TSentrallnogo na=hno-issledovateltakogo
Instituta Ministerstva Bvyazi.
(Radio relay systems) (Amplifiers, Electron)

POZDEYZlV. B. G.
"U~w of !I ~.',y~5tcrl 0.1, Logaritlipli-c murt6uromcras in Wire Communicat.1c"Is
and Broadcasting Tecliniquez"
Vostnlk Svyj 1,. 110 11 , 1952, pl) .1-2-15
Transh9tion 14-1343.J. 10 Wc 5C

BEZLADNOV, Nikoay LIVOTich; GLIKMAN, Semen Tevsayevich; POZDHTEV, Boris
Georg.iyevich; SAVINA, Nina Alekeendrovna; MASMROV'A',`r.G-.', j~ebktor
Sojo-7 ff-
.*&.. tekhnicheskiyr redaktor
[Station apparatus for radio diffusion) Staitsionnye ustroistya
veshchaniia po provodam. Moskva, Gos.izd-vo lit-ry po voporsam
sviazi i radio, 1955. 491 p. (MIRA 9:2)
(Radio--Apparatus and supplies)

,ZQLjPXSbV Boris Georgiyevi-Gh;,I)OGADIN, V.N., otvetstvennyy red.: GAWYAN,
!~~. tekhn.red.
v 6;
CM-ADU radio equipment] Apparatura SVE - ADU- Xoskra, Gos.
izd-vo lit-ry o voprosam eviasi i radio, 1957. 47 P- (MIRA 11:4
(Radio3

P07,DETEV, B.
Plate voltage supply for gas-filled tube rectifiers and power
amplifying tubes. Radio no.1:59-60 Ja 160.
(MIRA 13:5)
(Electric relays)
(Radio--Transmitters and transmission)

4
1 d 1'
I 1 4fication Lii-Aterf,," Yn.
L,n-! in; ~rnd Pmnclh of '.ho C,~ntr!~ I
"Vestn_41- S,~7yazi
Correct reTilation c- ' L;ic 6-,; rmi-ic rrange~, c,.'
hasic r-,qul rcmci~ Ls f'-I-r iliz-h I,' r;-quiIncie.:.
in w!,dch cmises .,.s
an autolmtic meaps -_~f control. I reoen.f-. circuit d., ia~gra.-_-- -i-- Cr-r-uL~_- for ca
"he chzir;;cteri~-tics o"

U~�~/Elqctrqnics-Literature FD - 206'~: I
Card 0 Pub. 90-11/111
Author
Title : New Books
Periodical: Radiotekhnika, 10,-80, Aug 1955
Abstract : A list, accompanied by brief abstracts, of five Soviet books on
radio engineering subjects published in 1955. Two of these are
Obobshcheniye Teorii Tsepey na Volnovyye Skhemy (Generalization
of the Theory of Circuits for LMicrol Wave Systems) by M. S. Ney-
man, 192 pp, Moscolw/Leningrad: and Stantsionnyye Ustroystva Vesh-
chaniya po Provodam (wire Broadcasting Station Equipment) by N. L.
Bezladnov, S. Ye. Glikman, B. T. Pozdeyev, and N. A. Savina, 492 rp,
Moscow.

POZDEYEV, A.D. (Ullyanovsk)
Selection of an optivmm number of pole pairs and of the main
dimensions of electromagnetic slip, couplings with solid steel
rotore. Avtom. i telem. 21 no.8:1198-1205 Ag 16o.
(MIRA 1319)
(Electromagnetism) (Couplings)

BELOV.' S.P.;.-nzl)BYBV, I.G.
Perforation of Meckel's diverticulum by a fishboae. Ichirurgiia
33, n0j:122 Kr '57. (MIRA 10: 6)
3
(INTESTINES-WOUNDS AND INJURIES)

POZIETEVY K. A.
"The Problem of the Sensitivity of the Chemoreceptors of the Spleen to Serum
and BactErial Antigens in Animals With Unchanged and Changed Immunological Reactivity.ff
Cand Med Sci, Kazan' Medical Inst, Kazan', 1954. (RZhBiol, No 2, Jan 55)
Survey of Scientific and Technical Dissertations Defend*d at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

FGZDE7Y, stars--ly nau,--hr.T
."..r y --,otncnik
Change in the antigerl;.c ~-cperluies c.17 UsS-ies l-fec-j:d r.:
m t-- L-.r the -Ti 2
of foot-and-mcuth diseace. Uch. zap. KNI 89:611-70 162.
UERA 18:8)
1. Laboratoriya Nro 2 (zav, - prof, Kh.G.Uzatjaliri) Kazanskogo
veterinarnogo instituta.

y satrudnik; IG',IATIYE-VA C,.
F'C!ZD-E-YEV, K.A.,, stqrshly riaucliny, n a -E
raucr-,i.-,i sotrudnil,
Use of the met-d of indivect hemaggluti--aLicn raac~,i= 'Lhc-
diagnosis of bru-,ellosis. Uch. zap. KVI 89-75-78 162.
( ~, T R'k8
1. Laboratoriya Nr. 2 I;r-cf. Kh.clcizatulljll) KazEai-_--'f-,ogo
veterinarnogo instituta.

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