SCIENTIFIC ABSTRACT SMIRNOV. V.S. - SMIRNOV, V.S.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I . - I I.. ~
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5W Sov'/62-59-8-15/42
AUTHORS: Timofeyeva, Ye. A., Smirnov, V. S., Plotnikov, Yu. N,
TITLE: Effect of Temperature and Volume Rate on the Dehydrogenation
of n--Fexane According to its Aromatization Conditions
PERIODICAL: Izvestiya Akademi-' nauk SSSR. Otdeleniye khimicheskikh nauk,
L
1959, 11r 8, pp 1432-1437 (USSR)
ABSTRACT: As an introduction some methods already known in publications
and concerning the aromatizatinn of alkanes are discussed.
Special mention is made of Moldavskiylsq Kamusher's and
Kobyllskaya's method (Ref 2). In the present paper the be-
havior of cyclohexane in the presence of typical dehydrogena-
tion catalysts of the composition Al 2 03, Cr203, K20
(90.7 ; 5.6 : 3-71 mol%) is investigated. Experimental yields
were compared to the equilibria which were determined by
thermodynamic calculations. The dehydrogenat-ion of n-hexane
was accompanied by aromatization in which much more benzene
than olefinea was formed. The methud used has already been
described in reference 6. The refractive index, iodine number,
and aromatic hydrocarbon content (according to the method of
relative dispersion) were determined in the liquid catalysate.
The gas analysis was carried out ir, a unit. Characteristic
Card 112 data found by the experiments are compiled in tables 1-4-

SOV162. .59-9- 15 /,12
Ef-_'~'ect of Temperature and Volume Rate on the De;v-_;rc~enation of n-Hexane
Accord-ing to Tfs Aromat4~a~4on Cond"tions
it can be seen from tile results that the hexazzie yield is in-
Alependent of tempa~rature change and vo"ume rate whereas -tile
benzene yield increases with a mounting temperature but de-
,~reases with an increasing volume rate. The thermodynamic
.~,alculationq carried cut show that a maxi~nu-n of 73/0 of tile
zimv,unt .:)f cy,~Iohexane correasponding to the state of equi-
14 bril,m can be obtained. The auth-ors conclude by thanking
11. 1. Shitykin for his advice a-,id the po;3sibility to carry
t~xu their work in the Laboratory of Organic Catalysis of the
institut organicheskoy khimii All SSSR (Inal.itute nf Orgaric
ChemIstry of the AcadeWl of Si~_Jen,-es, USSR). There ara 2
figures, 4 tables, and 12 references... 10 of w1hich are So-!iet.
ASSOCIATION: instlitut organichoskoy khimii im. o. D. Zelinsk:3go Akademii
nauk SSSR
(Institute of Organic Chemistry Imeni N. D. Zelin3kiy of the
Academy o1" Sciences, USSR)
SUBMITTED: Novembiar -14, 1957
Card 2/2

S/030/'60/000/1'05/15/056
Otr/BOO'
B
~' a
AUTHORS-- Kargin, V, A,, K::entsell, B. k. Rckhlin, M., I.. Sm-
V. S~'
TITLE. International Symposium on Chemistry and the
Exposition -_~f Synt-hetic Materials-IMn the German Fede a!
Republic
PERIODICALi Vestnik Akademii nauk SSSRq '!960., No. 5, pp~ 68-74
TEXT; The Symposium was convened by the Commission of High~moleeular
Compounds of the Internationals. k3sociation for Pure and kpplied Chem-
istry and was held at Wiesbaden (German Fe-eral Republic) from October 12
to 17, 1959- It was attended by some 1200 saient_~ats from 22 countries.
The Soviet delegation consisted of 29 representatives of the main
branches of the chemistry and pbysics of polymers of the USSR.
Problems of the physics of the polymers, high-moleoular compounds in
solutions, the elementary acts a= well as the kinetics of polyreactions,
the chemist::y of organic and inorganic high-molecular oompounds, the
natural high-mclecular oompounds and models were discuscFed. G. P. Mikhaylov
Card 1/2

International Symposium or, Macromclesular S/030/60/000/05/15/056
Chemist-ry and the Exposition of Syntheric B015/BO08
Materials in the German Federal Republic
reported on the investigation --results of the molecular relaxation in
polymer3 by means of the dielact-ric. method,, V~ A. Karg-.1n stated that the
globules are to be considered as primary elementary structures in the
orientation and crystallization of polymers.1 S~ S. Medvedev showed that
the development of cationic chains is direcfty_-1-1n-R_e.T_,WaE7t_he formation
of complexe lbetween the catalyst and monomer. G, Mark (USA) mentioned
in his report papers by Soviet scientists, espezially the investiga-
tions by K. A~ Andrianoy in the fiald of -he synthesis of organosilicon
polymers,, The authors describe next the International Exposition of
Synthetic Materials which wits held at DuGaseldorf from October 17 to 25,
'1959, and at which 21 countr'ej (over 670 firmB) were represented, The
authors state that about one half of the exhibits consisted of machines
and the other half of finished products. Among synthetic materials,
polyvinyl chloride, p~,lyethylene and reinforced plastics are especially
mentioned, the authors referring to the papers by V, A. Kargin and
Plate. It is underlined finally that the work of the experta in the field
of new processing meThod3 is to be regarded as being as important as the
creation of new polymers~ There is I Soviet reference,
Card 212

TIMOPHYEVA, Ye.A.; SMIRNOV T.S ; ZAr-&VA, V.I.
Dehydrogenation of n-decane on oxide catalysts. Kiu.i kat. 1
no.2:100-305 JI-Ag 160. (MIRA 13:8)
(Decane)
(Dehydrogenation)
(Catalysts)

24393
s/186/60/002/002/007/022
E071/E433
AUTHORS: Klokman,-V.R., Myakishev, K.G. and Smirnov, V.S.
TITLEC A study of the influence of the for-r-ftation o-f ~complexes
in the molten state on the coefficient of crystallization
in the systems PbC12-ThXC12-KC1 and CaCl2-CdC12-KCl
PERIODICAL: Radiokhimiya, 1960, Vol.2, No.2, PP-175-182
TEXT: In previous wortcs on the influence of the nature of
solvents on the coefficient of crystallization of radium in nitrate,'
and chloride systems, the authors expressed a supposition (Ref.2:
Radiukhimlya, 1, 1, 26 (1959)) that in melts, as in solutions, the
formation of complex ions of a macrocomponent in the liquid- phase
should lead to an in*crease in the coefficierit of crystallization of'.
a m1crocomponent. In order to confirm this supposition it was
necessary to investigate systems in which the existence of complex
ions in the liquid state was proved*by other methods. For this
purpose the authors chose two systems PbC12-KCI and CaC12-KC1.
A review is given of literature on the dependence of physico-
chemical properties on the composition of melts of the above two
systems, proving the existence of complex compounds. ' In the
present work the coefficients of crystallization (D) of-ThXC12 in
Card 1/4

24393
S/i86/60/002/002/007/022
1/F,433
A study of the influence. E07
the system PbCl2-KC1 and CdC12 in the system CaC12-KC1, at
id;phab''were
various temperatures and compositions of the liqu e
determined in order to prove the dependence:of' D on the presence
of a complex compound'of the macrocomponent in the melt,
Specially puritied starting salts (PbC12, KC1, CaC12) and radium
isotope ThX and radioactive Cd115 (the purity of iihlch was checked
by the decay curves) were taken for the experiments. The
experimental procedure was desc' er (Ref.2 and
ribed earli
Ref.4: Radiokhimiya, 1, 5, 514 (1959)). The coefficient of
crystallization of radium was determined at 430 and 4500C with the
composition of melts 80 and 85 mole % of PbC12 respectively. it
the
was found that at a constant temperature and composition of
melt, the coefficient of crystallization D is independent of the.~
amount of separated solid phase. With decreasing temperature and
correspondingly with increasing content of potassium chloride in- i
the liquid phase,-the coefficient of crystallization Increases from!
0.93 at 450*C to 1.31 at 4300C, I.e. with a change in the
temperature of 200C the value of the coefficient changed by 40%.
The determination of the coefficient of crystallization-of'cadmium
chloridewas done at 65o,-667 and-6850c. Blank experiments were,
Card 2/
i
iL
L

24,393
S/186/60/002/002/007/022
A study of the influence E071/E433
on the distribution of ThXC12 and CdC12 between the melt and
crystals of PbG12 and CaC12 respectively, it was demons~r' ated that
in the same way as for solutions, the formation of a complex
compound of a in,acrocomponent in the liquid phase leads to an
increase in the value of the coefficient of crystallization. There,
are 2 figures, 5 tables and 26 references: 18 Soviet-bloc and
8 non-Soviet-bloc. Four of the-references to English language
publications read as follows: H.Bloom and E.Heymann, Proc.Roy.Soc.,
A, 188, 392 (1947); F.Duke and R.Fleming, J.Electrochem.Soc.,
io6, 2, 130 (1959); B.Harrap and E.Heymann, Trans.Far.Soc. , 51,
2, 268 (1955); N.Boardman, F.Dorman and E.Heymann, J.Phys.Chem.,
375 (1949).
SUBMITTED: June 24, 1959
Card 4/4

K-R:,'.NTSELI, B,A.; ROKHLIN, M.I.; SMIRNOV. V.S.
International symposium on macromolecular chemistry. (Wiesbaden
West Germany:. Vysokom. soed. 2 no. 3:473-478 Mr 16o.
(MIRA 13:11)
(Macromolecular compounds--Congresses)

KLCKMMI, V.R.; HELINDIOVA, A.A.; HYAKISHEV, K.G.; SMIHNOV, V.S.
Effect of complex formation in the melt on the crystallization
coefficient of rudidtum chloride in the systems KCL - LIC1, KC1 -
BaCl 2* M - CaCl 2. Wiokhimiia 2 no.4:386-392 160. OURA13:9)
(Rubidium chloride) (Crystallization) (Chlorides)

KLOE~UN, V.R.; MYAKISHEV, K.G.; SMIRNOV, V.S.
Effect of complex formAtion in the melt on the crystallization
coefficient in the systems FbCl - ThXC12 - X01 and CaC12 - CdC12 -
KC1. Radiokhimiia 2 no.6:175-183 160. (MIRA 14:4)
(Systems (Chemistry))
(Crystallization)

NINACHEV, Kh.M.; SIURNOV, V.S.; KONDRATIYEV, D.A.; LOGINOV. G.A.
Products of the dehydrocyclization of n-hexane and dehydrogenation
of cyclohexane obtained on an alumina-molybdem* oxide catalyst.
Izv.AN SSSR Otd.khim.nauk no-4:724-726 Ap '61. (MERA 14:4)
1. Institut, organicheskoy k#mii im. N.D.Zelinskogo AN SSSR.
(Cyclohexane) (Hexane)

TIMOFEYEIVA., Ye.A. ; qL1ITYLVP V.S-.; BOGOMOLOV, V.I.
Dehydrogenation of n-octane and of the 250-3200 synthine
fraction in the presence of activated charcoal. Izv. AN SSSR.
Otd.khim.nauk no.7:1320-1325 J1 161. (MIU. 14:7)
1. Institut organicheskoy khimii im. N.D. 11'elinskogo AN SSSR.
(Octane) (Dehydrogenation)

S1062,161 /000/009/009/014
BI 1 7/B1 01
AUTHORS: Minachev, Kh. M., Smirnov, V. S., Kondratlvpv. D- A., and
Loginav, G, A.
TITLE: Effect of thiophene on the catalytic activity of industrial
aluminomolybdenum catalyst
PERIODICAL: Akademiya nauk 353R. Izvestiya. Otdeleniye khimicheskikh
nauk, no. 9, 1961, 1669-1672
TEXT: The activity of an aluminomolybdenum catalyst for pure hydrocarbons
and hydrocarbons containing varying amounts of thiophene was studied, for
the purpose of determining the deactivation rate of this catalyst and
comparing the data found with data on poisoning of platinum catalysts
The sulfur content on the catalyst was determined by means of s35 tagged
thiophene according to the method given in Ref. 3 (Kho M, Minachev, G, V,
Isagulyants, and D. A~ Kondratlyev, Izv. AN SSSR. Otd. khim. n. 1960, 902).
All tests were carried out in an ordinary catalytic plant at normal
pressure and in a hydrogen streat. Hydrocarbon purity was tested by gas-
IiQuid chromatography, Cvyclohexane and n-hexane, the hydrocarbons used for
Card 1/3

S/062/61/000/009/0()9/014
Effect of thiophene on the B110101
1
the tests., were passed thru at a volume velocity of 0.2 hr- ,at a molar
ratio H2 - HC - 5 : 1 (HC denoting the hydrocarbons).. The tests lasted
6 to 45 hr. Data obtained in dehydrogenation of cyclohexane at 4880C and
in dehydrocyclization of n-hexane at 500 OC on the same catalyst have been
reported in Ref. 5 (Izv. AN SSSR. Otd. khim. n. 1961, 724) and are used for
comparison in the present work. Data obtained on dehydrogenation of
cyclohexane containing 1.0, 1-5, 2-0, 3.0, and 5.0% by wt. thiophene show
that the aromatizing effect of the catalyst decreases rapidly during the
first few hours. After this, the deactivation rate slowly decreases. The
degree of catalyst deactivation increases with increasing thioyhene concen-
tration. It was found that catalyst deactivation by the products of a
radical degradation of cyclohexane is a much slower process than the
decrease in aromatizing activity caused by thiophene. By comparison with
platinum/alumina catalyst it was seen that the curves of catalyst poisoning
and the dependence of catalyst activity on the thiophene concentration
possess similar characteristics for both catalysts. In a test with
cyclohexane containing 1.5% s35-thiophene it was observed that increasing
amounts of sulfur were deposited on the catalyst in the course of the
process~ After 20 hr work the catalyst had accumulated 1.6% of its own
Card '413

PLOTNIKOV, Yu. N.; ~I-MINOV, V.S.; TIMOFEYEVA, Ye. A.; KLEYNENOVA, V.M.;
.'- - 7
SHUYJIN, N .
Dehydrogenation of n-alkanes in a fluidized bed of oxide catalysts.
Kin. ~ kat. 2 no.2:267-272 Mr-Ap 161. (MIRA 14:6)
1. lnl.~itut organicbeskoy khimii imeni N. D. Zelinskogo AN SSSR.
(Paraffins)
(Dehydrogenatibns)

s/2o4/62/002/004/004/019
E071/E433
AUTHORS: Shuykin, N.I., Timofeyeva, Ye.A., Plotnikov, Yu.N.
Dobrynina, T.P., Petryayeva, G.S., Smirnov, V.S.
TITLE: The production of alkenes of a comp.91ti
by catalytic dehydrogenation of.alkanes an C6-ClO
PERIODICAL: Neftekhisniya, v.2, no.4, 1962, 457-465
TEXT: The reaction of dehydrogenation of alkanes (C6-clo) was
investigated in order to find appropriate catalysts and conditions
for selective production of the corresponding alkenes, an well as
to study the possibility of controlling reaction@ of
dehydrogenation, dehydrocylization and cracking. The present
paper is a generalization of the authors' X-esearches on then*
problems. It was shown on examples of 2-methylpentane,
3-methylpentane and 2.3-dimethylbutane that alkanes C6. the l6ng
chain of which contains less than 6 carbon atoms, are comparatively
easily dehydrogenized on an alumochromopotassium catalyst at 300%
and a volume velocitY of 0.5 h-1, yielding from 86 to 89% of
catalysa'to containing from 32 to 40% of alkenes. Conditions
for dehydrogenation of 2.2-dimethylbutan* were found under which
Card 1/3

S/204/62/002/004/004/019
The production of alkenes ... E071/E433
96-5~0 yield of catalysate, containing 10.4% of
3#3-dimethy*butene-I (practically equilibrium yield) and 4.6% of
cracking products wore obtained (no details given). Some
catalysts and process conditions for selective dehydrogenation of
n-hydrocarbon3 C6-ClO were found under which about 10%, yields of
corresponding alkenea were obtained. The possibility of selective
dehydrogenation of n.alkenes (C6-ClO) into alkenes was indicated
by comparison of results obtained with various catalysts which
pointed out the existence of two kinds of active centres on
alumochromium catalysts - dehydrogenating and dehydrocyclizing.
The activity of dehydrocyclizing centres can be considerably
lowered by a treatment of the catalyst with cyclopentadione or
furfurole with subsequent regeneration. The possibility of
controlling dehydrogenation, dehydrocyclization and cracking
reactions by carrying out the process in a fluidized bed of an
appropriate catalyst was demonstrated, e.g. on dehydrogenation
of n.nonane over Al 0 + Cr20 catalyst at 500% selective
hydrogenation; at 909% dehy3rogenation and dehydrocyclizationi
with K- catalyst at 600% - dehydrogenation and cracking with
5
Cr203 K 0 catalyst at 6000C dohydragenation with
A1203 +
Card 2/3

S/204/62/002/004/004/019
The production of alkenes E071/E433
cracking and aromatization takes place. It is stated on the basis
of a large number of experimental data on dehydrogenation of
n.alkanes, that the main mass of alkenes formed consists of isomers
with double bond situated in the middle of the molecule; *.g. from
n.hexans - hex6ne-2 and hexene-3, n.heptane heptene 2 and
heptene-3, n.octane - octane 4, n.nonane nonens 4,
n.decane - decene-4 and dec*ne-5. There are 8 tables.
.1
ASSOCIATIONs Institut organicheskoy khimii AN SSSR
im. N.D.Zelinakogo (Institute of Organic Chemistry
AS USSR imeni N.D.Zelinskiy)
Card 3/3

KOZLOV, P.V., otv. red.; ANDRIANOV, K.A., red.; DOGADKIN, B.A., red.;
IY)LGC.PLOSK, V.A., red., YENIKOLOPYAN, N.S., red.; KARGIN,
V.A., red.; KCLESNIKOV, G.S., red.; KOPLTKCV, "M.A., red.;
K(; f6HAK, V.V. ., red. j LAZURKIN, Yu.S. , red, ; 14,H)VEDEV, S.S. ,
red.; 1.'IKHAYLOV, N.V., red., PASYNSKIY, A.G., red,.;
SLONIMSKIY, G.L., red-.; SYIRNCV, V.S., red.; TSVETKOV,V.N.,
red.,-- FREYMAN-KRUPENSKIY, D.A.. -ekhn. red.
[Adhesion of polymers] Adgezila polimerov~ sbornik statei.
M!oskva, Izd--vo AN SSSR,, 1963~ 142 P~ (MIRA 16:10)
(Polymers) (Adhesion)

KOLEbMKOV, G.S., otv. red.; ANI)v-IANOV, K.A., red.; DOGADKIh, B.A.,
red.; DOLGOPLOSK, B.A., red.; YENIKOLOFYMI, N.S. , red.;
KARGPE', V.A., red'.; KOZLOV, P.V., red.; KDROTKOV, A.A.,
red ; KORSHAK, V.V., red.; IAZURK-IN, Yu.S., red.; M-EDVEDEV,
S.S., red.; MIKHAYLOV, N.V., red.; PASYNSKIY, A.G., red.;
SLOND'iSKIY, G.L.1, red.; alIlINOV`.,_.Y:,.q.,,._ye4.; TSVETKOV, V.N.,
red.; FREYMAN-KRUPENSKIY tekbr. red.
( [late rochain high-molecular weight coiapou.u' -isj (;fAe-v(Ase-pIIye
vysokomolekuliarnya soedinonlia; sbornik ~jtallf:i llovkva,
lzd-vo "Nauka," 1963. 246 p. (MIU 17:3)

KOLESHIKOV, G.S., otv. red.; ANDRIANOV, K.A., red.; LOGADKE!, B.A.,
red.; DOLGOFLOSK, B.A., red.; YENIKOLOPY0, II.S., red.;
KARGIIII V.A., red.; KOZLOV, F.V., red.; KOROTKOV, A.A.,
red.; KORSHAK, V.V,, red.; LAZbRKIE, Yu.S., red.; MEDVEDEV,
S.S.2 red.; I-IIHAYLOV, N.V., red.; PASYNSKIY, A.G.) red.;
SLONRISKIY, G.L., red.; q~IRIIQY, V.S., red.; TSVETKOV, V.N.,
red.; FREYW-IMUPENSKEY, K.A., tekhn. red.
[Carbochain high-niolecular weight compounds] Karbotsepnye
vysokomolekuliarrUe soedineniia; sbornik statei. Moskva,
lzd-vo AN SSSR, 1963. 287 p. (MIRA 17:1)

SHUYKINY N. I.; TIMDFL'YEVA, Ye. A.; SMIRNOV) V. S.
"St-dy on catalytic dehydrogenation of C6-Clo -alkanes.-"
Report submitted to 3rd Intl Cong on Catalysis, Amsterdam, 20-25 jul 64.
Inst of Organic Chemistry im, Zelinskiy, AS USSR, Moscow.

TIMOFEYEVA, Ye.A.; SHUYKIN, N.I.; BALASHOV, I.A.; SMIRNOV V.S.
Catalytic synthesis of neohexane. Izv. AN SSSR. Ser. khIm.
no.9:1699-1701 165. (MIRA 18:9)
1. Institut organicheskoy khim.-I, im. N.D. Zelinskogo AN SSSR.
SUB CODE: 13 SUBM DATE: 17Dec65 SOV REF' 015

Slkdfuiol, Vasil Serge' i
j rvich.
Transvo=r2c rollinr; principles of t~e t~-chnicsl proces- Roskva, 3os.nauchno-t,-khn.
izd-vo maoidno5troit. lit-r , 1911E. 1911 p. (50-2t5018 r---v)
T334o. s6
1. Rolling: (""Ietal-work)

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K-P Q,
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Dr-,r6mINATICN OF FfUCTM STFaGTH OF A67-UZ.
(Zavodskaya Laboratoriya, 1948, vol. 14, pp. 326-336-Tfn- Russian)$
:W Chemical Abstracts, 1949, vol. 43, Kar. 10, col. 1697). Cylindrical
specimens of' steel and alusinium were rolled with the axis of the
.3 specimen parallel to the axis of the rolls, either at room or elevated
temperatures. A uniform reduction (e.g., 0.1 mm.) was applied in each
pass. After several passes the specimens fractured near*the centre
owing to tensile 3tresses developed within by the rolling operation.
Is.
0 The percentage reduction in diameter at time of fracture was a measure
00
Z of the brittleness of the material. Men the specimen had a 3:1 ratio
of length to diumter, tensile stresses were equal in all directions
and plastic deformation was avoided.
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1 . 5~11-111!jtcvl V. S.
2. USSR (600)
4. Machine Tools
7. Quick-changing chuck. Stan. i instr. 23 no. 8, 152.
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified.

% 1 F'
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 491 1
BOOK Call No.: AF64m~o8
Authors: SMIRNOV, V. S., BOGOYAVLENSKIY, K. N., PAVLOV, N. N.
Full Title: GROOVING OF ROLLS BY USING BARS OF EQUIVALENT CROSS-
SECTION AREA
Transliterated Title: Kalibrovka prokatnykh valkov po metodu
sootvetstvennoy polosy
PUBLISHING DATA
Originating Agency: None
Publishing House: State Scientific and Technical Publishing House of
Literature on Ferrous and Nonferrous Metallurgy (Metallurgizdat)
Date: 1953 No. PP.: 328 No. of copies: 4,500
Editorial Staff
Editor: Smirnov, V. S., Prof. Dr. of Tech. Sci.,
Technical Editors: Prokhorova, A. S. and Vecheruk, G. I.
PURPOSE: The book is intended for engineers and technologists of rolling
mills and for graduate students specializing in rolling.
TEXT DATA
Coverage: This book discusses roll pass design on the basis of the theory
of Prof. A. F. Golovin set forth in his book Prokatka, Ch. III.
Kalibrovka, ONTI, 1936 (Rolling. p. III, Grooving). According to the
authors, Golovin suggests a new and original method of calculating the
1/2

SHIRNCII, V.S., doktor takhnicheakikh nauk, professor; ORRO, P.I.,
- '-' - -1-4fialdet tekhnicheakikh nauk; SHVEYKIN, V.V., doktor tek-hnicheskikh
nauk, professor.
"Tensile forces in the cold drawing of tubes.". Stal' 15 no.11:1054
N '55. (MIaA 9:1)
I.Leningradskiy politekhnichaskiy institut (for Smirnov).
2.Vsesoyuznyy nauchno-iseledovatellskiy trubnyy institut (for Orro)
3.Urallskiy politekhnicheakiy institut (for Shveykin)
(Pipe) (Metal drawing) (Strains and stresses) (Allshevskii, L.E.)

USSR/'Engineering - Metal working
Card Pub. 128 16/35
Authors S smirnov, V. S.2 Dr. Tech. Sc.p Prof.
Title Formation of internal cracks during transverse forging
Periodical t Vest. mash. 3513, 49 - 53, Mar 1955
Abstract i The term, transverse forging, is adopted for the. systera in which the blank...
that is being processed isturned onits longitudinal adds between blows:,~`,,
of the hammr. *An analysis is made of the strain set.up by this process'
and the conclusion is reached that if the blank is heated between opera-
tions the tensile strain in the axis zone will disappear and the cracks
will not be formed. Three USSR references: Illustrations; diagrams; graphs;
table.
Institution
Submitted

SMIRITOI, V.S., dok-tor tekhn. nauk prof.
RIgid onds and f~cll~,,ieltm ar-3a. [Tr,;.dy] TSNIIMISH 71:23,~-"42 it-;5
(Rollir-g (Metalwork)) (MIRA- 11:3)

Srurnov, V. S.
";Stress State During Upsetting", Obrabotka Metallov Davieniyem,
Trudh LPI Nr 185, Mashgtz, Mosccrw-Leningrad, 1956, PP 5-16.

SOV /137-57- 10- 19058
Translation from: Referativnyy zhurnal, Metal 1 urgi ya, 1957,Nr 10,p 90 (USSR)
AUTHOR Smirnov, V.S.
TITLE. The Organization and Technology of Periodically Recurrent-shape
Rolling of Billets for Forming and Machining Machine Parts (Ob
organizatsii. i tekhnologii prodol'noy periodicheskoy prokatki. zago-
iovok dlya shtampovki i obrabotki rezaniyem mashinostroitel'nykh
detaley)
PERIODLCAL. V sb. Ratsionalizatsiya profiley prokata. Moscow, Profizdat,
lq56~ pp 318-325
ABSTRACT: rii studying the process of deformation in the rolling of periodic-
a)'.V recurrent shapes. a most important problem is the determina-
tion of the mechanism of fin formation, and also that of the funda-
mental laws governing spread and forward slip. Experiments have
established that minimal fin is produced when reductions are high.
The nature of the relationship between the draft and the size of the
fin is clarified. Spread is considerably less in periodic rolling
than in the ordinary variety, and this establishes additional possibil-
Card 1/1 ities for raising productivity and saving metal. S.G

SOV/ ~ 124-58-4 -4839
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 4, p 162 (USSR)
AUTHORS~_ -.S-mirnov, V. S. , Yefimov, I. A.
T IT LE: The Mechanism of Failure Under Transverse Forging (Mekhanizm
razrusheniya pri poperechnoy kovke)
PERIODICAL: Tr. Leningr. politekhn. in-ta, 1956, Nr 185, pp 37-44
ABSTRACT: Bibliographic entry
1. ~letals--Forging 2. ~letals--Mechanical properties
Card 1/11

SOV/124-58- 5 -5813
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 5, p 127 (USSR3
AUTHOR: Smirnov, V.S.
TITLE: Draw-forming Calculation in Wire Drawing (Raschet vytyazhek
pri volochenii provoloki)
PERIODICAL: Tr. Leningr. politeklin. in-ta, 1956, Nr 185, pp 92- 10 1
ABSTRACT: Bibliographic entry
1. Wire--Production
Industrial production-4,la-,,hematical analysis
Card 1/1

PHASE I BOOK EULOITATION 494
Smirnov, V. S.; Anisiforov, V. P.; Vasil'chikov, M. V.; Granovskiy, S. P.;
- f
I.; Kuz 'min, A. D.; Mekhov, N. V.; Pobedin, I. S.
Poperechnaya prokatka v mashinostroyenii (Cross Rolling in the Machine-building
Industry) Moscow, Mashgiz, 1957. 375 P. 4,500 copies printed.
Ed. (title "):Tselikov, A. I., Corresponding Member of the USSR Academy of
Sciences, and Smirnov, V. S... Doctor of TL~chnical Sciences, Professor; Ed.
(inside book): Kamnev, P. V.; Ed. of Publishing House.- Ieykina, T. L.;
TIech. Ed.: Sokolova, L. V.; Managing Ed. of the leningrad Branch of Mashgiz:
Bol'shakov, S. A., Engineer.
PURPOSE:Ufi~ book is intended for process engineers and machine designers engaged
in the field of metalworking.
COVERAGE: The book contains a systematic discussion of the theory of cross rolling
and helical cross-rolling, and presents generalized conclusions from theoretical
and experimental research work carried out., and experience gained in machine-
building and metallurgical plants in the USSR. The cross-rolling processes,
which are considered by the author as having wide potentialities, are currently
used in several Soviet plants for the manufacture of bearing rolls and rollers,
Card 1/9

137-58--t-6604
1 .
Translation from; Referativnyy zhurnal, Metallurgiya, 1958, ~Ir 4, (USSR)
p
AUTHOR: Smirnov, V.S.
TITLE: The Role Played by Leningrad Plants and Institutes in the De-
velopment of Domestic Metallurgy (Rol' leningradskikh pred-
priyatii i institutov %, razvitii otechestvennoy metallurgii)
PERIODICAL: V sb. I Metallurgiya. Moscow -Leningrad, AN SSSR, 195-1
pp 7-14
ABSTRACT: A brief review of the development of metallurgy and the
nietals sciences in St. Petersburg - Petrog rad- Lening rad, in-
cluding metallography, the manufacture of high-grade steels.
electric smelting, and the semi-continuous pouring of me-als.
Rollina shops are employed as illustrations of measures taken
to facilitate the improvement of production and increase in
output. The role of the higher educational institutions in Lenin-
grad in the development of the metallurgical industry and the
sciences pertaining thereto.is noted.
L. Kli~
Card 1/1

SOV/ 137-38-9- 19104
Translation from: Referativnvy zhurnal, Metallurgiya, 1958, Nr 9, p 139 (USSR)
A UTHO R: Smirno _,_V. q
1, L, E': Stri-ssed States in Diagonal and Transverse Rolling (Naprya-
zhennove gostoyaniye pri poperechnoy i kosoy prokatke)
PI_;'RIODICAL,: V sb.: Inzilenern. n-ietody ra5cheta tekhnol. protsessov obra-
botki metallov davleniyern. Moscow-Leningrad, Masligiz,
1957, pp 47-70
ABSTRACT: Transverse and diagonal rolling produce zones of plastic
and elastic deformation (the elastic nucleus) in the billet. Com-
bined solution of the equilibrium equations and the plasticity
equations for plastic shells to determine the elastic nucleus has
yielded a solution of the two-dimensional problem for a cylind-
rical body. Utilizing the plane-cross -section hypothesis, ex-
perimental data, and the elementary propositions of statics, a
formulation of the boundary conditions and derivation of approx-
imate equations for the determination of the stresses at anN-
point in the cross section of a blank in forging with small reduc-
tions is obtained. These equations are equally applicable to the
Card 1/2 cases of diagonal and transverse rolling. Calculations in

SOV/ 137-58-9-19104
Stressed States in Diagonal and Transverse Rolling
accordance with these equations show that a pattern of omnidirectional ten-
sion obtains at the center of the cross section. An equation is derived for
determination of the boundary of the zone of impaired deformation. The data
resulting from calculation in accordance with this equation coincide with the
data of experiments in recrystallization and provide a basis for the assump-
tion that the stresses calculated in accordance with these equations are sim-
ilar in rnagnitude to those actually existing in the process of working the
metal. Equations for stresses may be utilized in determining the value of
the resistance to rupture, if the critical radius at the moment of failure has
been determined in advance.
Yu. L.
Steel--Processing 2. Rolling mills--Performance 3. Stress analysis
4. Mathematics
Card Z/Z

SO V/1 37-59-1- 1764
Tran-slation frorn: Refurativnyy zhurnaL. MeLallurtt;iva, 1959, Nr 1, 1) 231 (USSR)
A UT HO R: S111ii-nov, V. S.
TITLE: Stress Distribution in Hollow Cylinders During Their Gross-rolling
in a Rotary- pie rcing Mill (Napryazhennoye sostoyaniye pri poperech-
noy prokatke polykh tel)
PERIODICAL: V sb- : Inzheriern. metody rascheta teklinol. protsessov obrabotki
metaitov davleniyern. Mo5cow-Leningrad, Mashviz, 1957, pp 71- 102
b
ABSTRACT: The stress distribution in hollow cylinders (HC) during their rolling,
with and without a piercing mandrel is determined. The formulae
derived are utilized in plotting the diagran-is of the distribution of
tangential and radial stresses Occurring during rollinc, of HC of
various wall thicknesses. It is apparent frorn these diagrams that
radial and axial tensile stresses (S) appear in FIC's -,%,itli small axial
openings in tile course of rolling operations without a piercing
mandrel. When the coefficient of friction is sufficiently large,
tangential tensile stresses (TS) also appear in the inner regions of
tile biltet, i.e., a condition of bia-xial or triaxial nonuniform tensile
Card 112 stresses exists. A reduction in wall thickness occurring in HC's

SOV/i i;- ~9- 1- 1704
Strcss DistribUtiOll in Hollow Cylinders During Their Cross-rolling (cont.)
-,vith sufficiently Ouck walls in tile COUrse of their cross-rolling in a rotary-
pierc;ng inill is attribUtable to the presence of radial TS's. Tangential and axial
TS's also tend to promote this process. Immediately after the relief of radial
TS's in the inner zone of the cylinder, its internal diameter begins to dirninish in
thc course of rolling, white the thickness of its walls increases, i.e., tile HC
behaves as a thin--valled object, the deformation of %viiich is governed primarily by
compressive stresses. The critical ratio between the inner and the oUter diameters,
a factor which determines the boundary between thin-and- thick- walled bodies, is a
fUnCtiOn of variOLIS specific experimental conditions.
Yu. L.
Card Zlz'

SKIRNOV, V.S.., prof., doktor tekhn.nauk, otv.red.; PAVLOV, N.N., red.
[Conference of institutions for higher education on the topic:
'Recent achievements in metal rolling."] Trudy Mezhvuzovskoi
nauchno-taklinielieskoi konferentsii na temu: "Sovremennye
dostizheniia prokatnogo proizvodstva.' Pod red. V.S.Smirnova.
Leningrad. 1958. 250 P. (MIRA 12:8)
1. Mezhvuzovskaya nauchno-tekhnichaskaya konferentsiya na temu:
"Sovromennyye dostizheniya prokatnogo proizvodstva.1 2. Lenin-
gradskiy.politelchnicheskiy institut im. M.I.Kalinina (for
Smirnov).
(Rolling (Metalwork))

S11 2--~/59/OC1D/OC7/'G02//C- 14
A004/AO01
TTa:,Slatd~n from-. Referativnyy zhurnal, Mash ino s-.royen lye, 19139, No. 7,
::,. 60~ 2!17189
AUTHOR Smirnov, V.S.
T=2 Recent Achievements of Rolling MilAroduction
PEPR1ODTCAL-,- Tr. Mezhvuz, na7achnn-tekhn. konferentsii na terma: "Sovrem, dDST.1Z'1-. V/
prokatn. uroiz-va!', Leningrad, 1958.; PP. 5 - 14
,U-.T- The author presents the achievements in rolling mill productiong
inc-reased rclling speeds up to 20 - 25 m/sec for wire mills a-nd up to 30 - 31Z
M./=-ee for atric mills. Increase in drive power by 10 %; development. of endles-s
rc-lling; intensification of the rolling conditions with the al-d of planetary
rn.illl-s, improvements of the metal heating processes; mastering alter-n%41 g pro-
,.-n
ff.les by the longitudinal rolling method; developing combined met-hods of ~btaln-
ing pr7-flles by bending and welding; combining casting, rolling and ct--er
nr-cesSes; mastering the rolling of new metals and a!1cys, e-!,c,
M.G.N.
---ans later' S ncte- This is the full 1.ranslaticn of -,he crigl--ial Rus.slan
I
t-ard 1/1

SOV/137-~8- 10-20921
T ran slation from: Referativnyy zhurna I, Metal lurgiya, 1958, Nr 10, p 78(USSR)
AUTHOR: Smirnov, V.S.
TITLE: Stressed States in Helical and Transverse Rolling (Naprya-
zherinoye sostoyaniye pri poperechnoy i kosoy prokatke)
PERIODICAL: V sb.: Prokatn. i trubn. proiz-vo. Moscow, Metallurgizdat,
1958, pp 109-136
ABSTRACT: In transverse and helical rolling (HR), the outer layers of
the work piece undergo the most intensive deformation in such
fashion that the deformation (D) spreads gradually to the center
of the section. At some stage in the processes of transverse
and HR, tensile stresses begin to be operative in the axial zone
of the billet along the three major axes, with the result that the
metal is subjected to a state of uneven tension in all direc-
tions. As the total reduction increases, the difference in the
tensile stresses in the axial zone diminishes and ultimately
becomes less than the a'. of the metal in its given state. Plas-
tic D in the axial zone ceases, and thereafter the deformation of
the metal is elastic. In the peripheral area plastic D continues.
Card 112 In connection therewith, tensile stresses in the axial zone

SOV/ 137-58-10-20921
Stressed States in Helical and Transverse Rolling
continue to increase, and when the greatest of thern equals rupture strength,
failure occurs in the axial zone.
B. Ta.
'roce,
Met,alsi.-I ssing 2. Mettls- S' -i
LI CL 3, Metals-DeforMation 4. Metals
.-Mechanical p-ropert,ies 5, Rolling irdlL,--Performe-nco.
Card 2/2

SOV/ 137-58- 10-20866
Translation from: Referativnyy zhurnal, Metallurglya, 1958, Nr 10, p 74 (USSR)
AUTHORS: Srnirnov, V.S_Pavlov, N.N., Mochalov, A.Ya.
TITLE: Grooving for Steel Angles by the Equivalent- strip Method (Kali-
brovka uglovoy stali po metodu sootvetstvennoy polosy)
PERIODICAL: Prokatnoye i trubnoye proizvodstvo (prilozheniye k zhurnalu
"Stal' "), Metallurgizdat, 1958, pp 147-167
ABSTRACT~ A communication is presented on the results of the develop-
ment of the rolling of steel angles when the rolls are grooved
by the method of an equivalent strip. A presentation is made of
the overall course of the calculation of groovina for angle sec-
tions by this method. Prior to the calculation, the relationship
of the spread-ratio correction coefficient to the axial ratio is
determined, since a change in this relationship induces a change
in the effect of the pass walls on the spread. The ratio of the
index of spread to reduction for the rolling conditions on the
given mill (a 470 mill at one of the Leningrad plants) is deter-
mined. It is found that the fluctuating value of the spread ratio
correction coefficient renders impossible any further correc-
Card 1/2 tion of pass dimensions if it is found that they do not properly

SOV/ 137-58- 10-20866
Grooving for Steel Angles by the Equivalent- st rip Method
fill with metal. The pass-grooving calculation is adduced. Since 1952
grooving for several angle sections calculated by the method of the equiva-
lent strip has been successfully employed at that plant. An investigation for
the purpose of determining roll-separating pressure was conducted during
the rolling of angle steel Nr 5 on the 470 mill, and the nature of the distri-
bution of the pressure through the grooves was determined.
B.Ts.
-1 ing rrl Roll-ng mills
Angle bars--Production Rol alls-Design
Card 2/2

:-, 0 V3-58-11-4/38
AUTHOR: Smirnov, V.S., Doctor of 'Vechnical Science, Professor,
fnst-1tu*te Di-_44ctor
TITLE: A .1tuestion of Raising the Theoretical Training Level of En-
o
gineers (Rech' idet o povyshenii teoreticheskogo urovnya
podgotovki inzheneral,
PERIODICAL: Vestnik vysshey shkoly, 1958, Nr 11, PP 14 - 16 (USSR)
ABSTRACT: The intended reform of secondary education is being planned
opportunely. The secondary school will turn out 3.5 million
persons yearly, of %hom only 250,000 wiil be admitted to
higher educational institutions thus making it necessary to
care for the future of over 3 million persons. It is there-
fore expedient to educate the youth in such a way that they
are prepared for work. The planned introduction of a 4-year
or 6-year professional evening school resulting in a com-
pleted secondary education is regarded by the author as some-
what cumbersome. He suggests a simpler system of 6 classes
of ordinary day-time instruction followed by 3 classes of
an evening school, Turning to higher education, the author
believes that the offered education, which starts with cor-
respondence tuition and is continued by resident education,
Card 1/2 is hardly acceptable to the Leningrad Polytechnical Institute

PHASE I BOOK EXPLOITATION SOV/3546
Leningrad. Politekhnicheskiy institut
Obrabotka metallov davleniyem (Metal Forming) Moscow, Mashgiz, 1959. 175 P.
(Series: Its: Trudy, No, 203) Errata slip inserted. 3,200 copies printed.
Sponsoring Agency: RSFSR. Ministerstvo vysshego i srednego spetsiallnogo
obrazovaniya.
Resp. Ed.z V.G. Podporkin, Candidate of Technical Sciences, Docent; Ed.:
V.S. Smirnov, Doctor of Technical Sciences, Professor; Tech. Ed.: L.V.
Shchetinina; Managing Ed. for Literature on the Design and Operation of
Machines (Leningrad Division, Mashgiz): F.I. Fetisov, Engineer.
PURPOSE: This book is intended for students taking advanced engineering
courses, production engineers, and personnel at schools of higher technical
education and scientific research establishments studying rolling and
other metal-forming processes.
Card 1A

al Forming
S017/3546
Pavlov, N.N. Investigating the State of Stress in the 'I've lve-Ro 11-Mi 11
Roll Gradle 29
Load conditions in bearings of a multiple-roll mill were investigated.
Recommendations for reducing nonuniform wear in mill parts are presented.
4. Smirnov, V.S., and Plae-uk Han.Angle of Bite in Rolling As Determined by
-the Class of Surface Roughness of Rolls and Strip 38
Dependence of the angle of bite and coefficient of triction in rolling on
the surface roughness of work and rolls was investigated.
5. Durnev, V.D. Longitudinal Rolling of Periodic Shapes of Variable Cross
Section in Two Grooves 49
6. Smirnov, V.S., and M.F. Nevizhin.Effect of the Shape of Piercing Mandrel
and Rolls on Basic Parameters of the Piercing Process 58
7. Nevizhin, M.F. Dependence of the Coefficient of Axial Slip and the Quali-
ty of Tubes on Piercing Speed and the Roll-Inclination Angle 76
Card 3/o

etal 1'
M
M . ormi rig
SOV/3546
8. Chang Shun-Tlien.Investigating Plastic Deformation in the Cross Rolling
of Discs 81
9. Smirnov, V.S., and Chang Shun-Vien. State of Stmssin Cross and Helical
Rolling of DJLSCS 89
10. Smirnov, V.S., and Chang Shun-Tlien.Effect of Some Process Factors on
the Susceptibility of a Blank to Core Failure in Helical Rolling 99
The above five articles present the results of investigations of deforma-
tion, state of stress, and the effect of various process factors on the
quality of tubes, productivity, pressure of work on rolls, and the oower
consumed in cross and helical rolling and in piercing.
11. Bogoyavlenskiy, K.N. Change in the Mechanical Properties of Metal in
Rol~lingin a Structural Mill 105
12. Bogoyavlenskiy, K.N. Influence of Work Hardening on the Relationship
Between Hardness and Other Mechanical Properties of Bent Shapes 112
13. Bogoyavlenskiy, K.N. Analytical Solution of the Problem of Determining
the Increase of Work Hardening in Bent Shapes 120
Card 4/6

Metal Forming
SOV/3546
14. Bogoyavlenskiy, K.N. Determining Bending Moments Taking Into Account
Work Hardening in the Rolling of Strips in a Structural Mill 128
The above four articles describe the results of investigations of the
bending of shapes from strip. Data on changes in the mechanical pro-
perties and work hardening in bending, and also the determination of
forces and bending moments are presented.
15. Smirnov, V.S., and N.P. Belousov. Stress Analysis in Drawing 135
16. Belousov, N.P. Stability of a Pipe During Reduction by Drawing 142
The above two articles are devoted to the investigation of a state
of stress and deformation in drawing.
17. Smirnov, V.S. Experimental Determination of the Generalized Stress-
Strain Relationship 146
18. Smirnov, V.S. Approximate Determination of Residual Stresses Gener-
-ated in the Cross Rolling of an Infinite Cylinder 153
Card 5A

SMIRNOV, V.S.p prof.9 doktor tekhn. naukv otv. red.; PAVLOV, N.N., red.
(Proceedings of the Scientific Technical Conference of Institutions
of Higher Learning on the Subject "Recent Achievements in Metal Rolling.11
Trudy mezhvuzovskoi naucbno-tekbnicheskoi konferentsii na temu: "Sovremen-
rqe dostizheniia prokatnogo proizvodstvap" Leningradl 1958- Pod red. V.S.
Smirnova. Leningrad, Vol.2. 1959. 445 p. (MIRA 14:7)
1. Mezhvuzovskaya nauchno-tekhnicheskaya konferentsiya ne, temu: "Sov-
r~emenrrjye do-stizheniva prolcatnogo prpiwadstva,".Leningrado 1958*
2. Leningradskiy ~;1i'tekhnicheskiy institut im. (for Smir-
nov) (Rolling (Metalwork))

ta.Logr.d. Polit.krnlch.skly tratit.t
P...bfis' 1959. 1'7$ p-
'
(1'-t&l F-m"g) XQAT~
l
Yg-
Cbmbtk. V.tllo, d.vl-n
"CO cGul"s Prrt84'
~
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l
20
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3
(Series, 1,t, Tr%UV,
r.t,0 TY-0*90
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Sponsoring Azancl* R57SS,

Docent;
, V.G. podporkin, randidate of Technical So
-
Ed.: L.T.
Ed
r-h
it
.
.
gsp.
.
V.S. swarnov, Doctor of Technical SclOrcas, Prif ... Or
.~d Lpor-ti~-
r.slg-
th
.
e
Mrs; Y-areging Ed, for Literl.tur. on
he t I
I. roji..er.
)t F
l
.
s
F..q
V~achlno- (L4r1nCr-d -^ivi6
tAyAng advanced rgin-ring
book Is intended for students
chnical
t
na
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e
.
.~
PUKP=,
and ;.-onnal at Xb~l
tjo. rgin.ora Of hLg
d
d
uc
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'
'
tific research oateblidh'Art. tudyin, oolling an
sdur-Uco and scien
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i
E
t.l-f-oo
th.
r
-
rg . ...... p-%nttrr It. results of a --rise
-=t
or In ... 13C.Lions coDcuct*4 by the metal-forztnt, deoert-rant of the 'or-Ir-rrsd-
.kil glivokhnichoWy Iratttut 1-ni M. I. X.Itniro t:-ir_rr.d
Institute la.ri M.l. Ull.irq. The ~ub!%cts c-.r.d i=1.1. pmbl.cs 1. tt.
alr., rd prai.tic. of rollIng, tube dravlrg, and -ktrA or
dies. ~.* first pa;or cozploxont. the work of X.I. Tsollkzv and To. P.
War. me. ccop.ny -at or It.. arti.i.s.
47~~v V 2 and Vao-uk Han.Angl. or bit. In Rolline As rotervt1nod by
'
the as 015i
cs ROu9b... of Roll. and Strip 38
Depend---* of the a.Cl. of bit. end coefficient of fr.'.=n In mllirg on
the surface roughness of work and "Ila was investigated.
3. Dx=-v.V_Z. 1,oncttudinal Rolltne of Periodic Shapes of Variable Cross
Section In Two Creases 49
~.F. WfVI1hln.Efr#Ct Of the M~apft of I'lorcing Y=wlral
6. 7,
Y,4, Srd
_
~
Process
7. YR.olshl~, X.J. Dependence of the Coefficient of A.1al Slip and the QtAll
ty'or Tube. iWisming Speed and the R.II-lrcIjt&L1oA Utl. 76
Ch Plastic DfOrnation in the Cross V,,jj!AC

9. and Chane Shun-Vlon.StAto or Moves In Cross and Fol-Ical
R.II1r'C of ri...* e9
Chong Shun-T-i.r..Erf.ct or Wz. Proco- Fact." or
the SUSc.ptibIlity of - blank to Core Failure 1, Ite'i,al P,,IIIrj
Th. above five articles proaant the results or of dofz-
tLon, state of stress, and the ofr*ct of various factors .. t--.
quality of tubes, prcd~;tivlty, prosz~o or work on rolls, &zd Me c-,ar
con-uzod In cooss ard helical ralline ard In ploreIrC.
11. BoCoyavlatskly. X.N. Charts In the Xechanical Proportlas of )Istal in
a S..r.0tor.1 mill 105
12. X.W. of W.,k Hrd-!n.C cn th.* R.I.t1-hIp
between F-11ra.s ard OtIsr Fachnnic6l Properties of Eart Shapes 112
13. bcCya,1 ... kly, K.N. An.1yu.0 Solutl~n or tb. Problem of DOLraritg
the Irc-.eas* of Vork F~rdening In Sort Sn4poo 120
14. X.n. r.t.mlr11rC Xivert. T%kirr lot. Ao,,~,unt
W~rk 1. the Jq"IIf'F of St'j-" In . ?1!11 1.8
Th. b-. four d*34rib. it.,, r.iul~. of ln1.WCsL!.t. 'f the
b-,Alrc of eh.p.s fr- strip. rate on j. t." -oct-:0.2 pr_
portto* ard work hudonlrg In Varding, ard also the do tomtra-.Ici or
Comes and tandir.4 =nanta are preconte4.

15- 601=3v, V.S., and N.P. Baloua,,Y. Stream kralyals In tYrs.1tr 135
-
16. TIZ-
:1. or . mr. rrlrd 111.d~:~tl~r by "Z
The above two articles are devoted to the Invert 4 of 6 state
of' and d.for=tlon In drsw1rg.

ScIrna" V.S. E
tvtsrm!Pat',ir of tho GenoraUsed Stross-
n AT
Str 'rP 46
IS. Salonov, V.S. Approximate betormiration or P-14~1 Str,x,,s rorov~
Or an Infl.it. Cyli.d,r
An cott~d, bAn"d an th~ thenry of -11
for detervininc-, r-idual atregson in crnp, r,11jr, 19
d.norlb".
19, Wt-millirr, -"oohnr1-1 of . ::t..1 1~nj
ft 1~(!r- -t W,,,k 11nrd-1ne

GUBKDI. Sergey Ivanovich; SMIRNOV, V.S., red.; ULAITOVSEAYA, I.A., red.
izd-va; ISLEIITIYEVA, P.G., tekhn.red.
[Plastic deformation of metals] Plasticheskaia deformataila
metallov. Moskva, Gos.nanchno-tekhn.---zd-vo lit-ry. Vol.3.
[Theory of plastic metalwork] Teoriia plasticheskoi obrabotki
metallov. 1960. 306 p. (MIRA 13:5)
(Metalwork) (Deformations (Mechanics))

GUBKIN, Sergey Ivanovich LdeceasedJ. Prinirwl uchastiye STOROZHEY, M.T..
PMIN, I.Ya., retsenzent; 34IRNOV, V.S., red.; ULANOVSKAYA,
I.A., red.izd-va; IS1,311TIYETA, P.G., tekhn.red.
(Plastic deformation of metals] Plasticheskaia deformatsiia
metallov. Moskva, GOB.nauchno-tekhn.izd-vo lit-ry po chernoi
i tsvetnoi metallurgii. Vol.l. [Physicomachanical principles
of T)lastic deformation] Fiziko-mekhanichaskie oanovy plasti-
cheskoi deformataii. 1960. 376 p. (MIRA 13:2)
(Deformations (Mechanics)) (Physical metallurgy)

GUBKIN, Sorgey Ivanovich; WIHOV, V.S., red.; GOROBINCHEKKO, V.M., red.
izd-va; ISUNT'YEVA, P.G., tekhn.red.
(Plastic deformation of metals] Plasticheskaia deformataiia
metallov. Moskva, Gos.nauchno-tekhn.izd-vo lit-ry. Vol.2.
[Physicochem'Ical theory of plasticity] Fiziko-khimichaskaia
tooriia plastichnosti. 1960. Ia6 p. WIRA 13:5)
(Physical metallurgy) (Plasticity)

POLUKHIN, Petr Ivanovich; FIDOSOV, Neum Maksimovich; KOROIXV, Andrey
Andreyevich; MATVAYBY, Turiy Mikh9ylovich;,W1MjOT
prof.,
dok-tor tekhn.neuk, retsenzent; LAUR, G.K., retsenzent; GROMOV,
H.P., dotsent, kand.tekhn.nsuk, red.; GOPOBINCHIUKO, V.M., red.
tzd-va4,.DOBUj8jSKATA, L.v., tekha.red.
[Rolling mill practice] Prokatnoe proizvodstva. Moskva, Goa..
nauchno-tekhn.izd-vo lit-ry po chernoi i tsvetnoi metallurgii,
ig6o. 966 p. (MIRA 13:10)
1. Zamestitell glavnogo inzhenere Magnitogorskogo metallurgichaskogo
kombina ta (f or Laur).
(Rolling (Metalwork))

POLOVNIKOV, Viktor Viktorovich; FILIPPOVO Pavel Fedorovich; BODAZRKOV.,
Vyacheslav Aleksandrovich; SEMIBRATOV, Genrikh Gavril6vich;-GIN-
ZBURG, K.S., inzh., retsenzent;,SMIRI40V V S.9 red.; LEYKINA, T.L.,
red. izd-va; BARDINA9 A.A.$, tekhn. red.
[Shaping spur gears by rolling] IzgotovIenie tsilindricheskikh zub-
chatykh koles prokatkoi. Pod red. V.S.Smirnova. Moskvaq Gos. nauchno-
tekhn. izd-vo mashinostroit. lit-ry, 1961. 187 p. (KUU 14:9)
1. Chlen-korrespondent AN SSSR (for Smirnov).
(Gearing, spur) (Rolling (Metalwork))

PHASE I BOOK FJFLOITATION SOV/5800
'SmirnoI5 Vasiliy Sergeyevich, Vaailiy Dmitriyevich Durnev.. and Nikolay Petrovich
Kas&i~~s r1c.
ProdolInaya periodicheskaya prokatka (Longitudinal Periodic-Profile Rolling)
Moscow, Mashgiz, 1961. 25/+ p. 6000 copies printed.
Ed. (Title page): V. S. Smirnov, Corresponding Memberv Academy of Sciences USSR;
Ed.: P. V. Kamnev.. Candidate of-Technical Sciences; Ed. of Publishing Houses
G. A. Mitarchuk; Tech. Ed.t L. V. Shchatinina; Managing Ed. for Literature on
the Design and Operation 'of Machines., Leningrad Department, Mashgiz: F. I.
Fetisov
PURPOSE2 This book is intended for technical personnelt and may also be useful to
students at schools of higher technical education specializing in mechanical
engineering amd metallurgy .
COVERAGE: Problems of periodic-profile rolling are discussed. Particular atten-
tion is given to the rolling of periodic profiles used as blanks in pressworking
and in some cases as finished products. Also discussed are theoretical funda-
Card_-1/4-_

GHIZHIKOV, Yuriy Mikhaylovich; red.. BRINZA, V.N., red. i-"d-.
va; ATTOPOVICH, M.K., tekhn. red.
[Rollability of steel and alloys] Prokatyvaemost' stali i splavov.
Moskva., Gos. nauchno-tekhn. izd-vo lit-ry po chernoi i tsvetnoi me-
tallurgii, 1961. 451 (MIRA 14:11)
(MetalworM*
(Deformations (mechanics))
(Rolling

S/137/62/000/00 1/'087/237
A0521AI01
.AUTHORS- Smirnov, V.S.__14evizhin, M.F.
TITLEs- The effect of the mandrel and roll form on-thebasic parameters
of the broaching process
-PERIODICAL-.. Referativnyy zhurnal. Metallurgiya, no. 1, 1962, 33, abstract
1D213 (V sb. "Stal"', Moscow, Metallurgizdat, 1961, 316 - 3-34)
TEXT. The broaching of CT 45 (St45) - rods 40 mm in diameter at the tempers-
C
ture of 1,200 C was carried out at the Leningrad Polytechnic Institute on a
laboratory mill on rolls 200-mm in diameter and 180 mm long-of different forms
(concave convex and conical) and on different mandrels (conical with a conicity
r/j# of-'O.17, 0.23, 0.33 with-the length of 47 nun and also conical, concave,
convex ajid streamlined-with a nose r5, 10 mm long). 18 bombinations were tried
whereby with a concave roll working as a broaabing cone the deformation could
nat be brough't-about. The axidl slide coefficient, that is the ratio of -the
theoretical broaching time to the actual one, the broaching power'and the effi-
ciency of the mill atiain the maximum at a concave mandrel; at the -same time
the minimum power consumption and the pressure oll rolls are reached. The best
Card 11`2

S/137/62/000/00 1/087/237
The-effect of the mandrel and !,oil form Ab52/A10l
resul't.s were achieved with pointed mandrels- and contCal rolls; the optimum
ratio of the length of the working part of the mAndrel to-the diam6_ter of its
calibrating sect-Ion was e-stablished as 1.8. Elaborated empirical formulas for
determining t-he critical reduction in the nick were derived; the- regularity
of variation of-the reduct-lon coefficiGn.-C in the rear zone of the deformation
seat at_th~ mandrel noze and on the generatrix was revealed; asi;uming the con-
star.---y of the r4tio 'of the voluw&s displaced in the process of rolling along the
length and in the tangential direction, these regularities enable one to deter-
mijTe. alizio the spread cceffiel.ent and-yield equations for the generatrix of the
-nose and the la-l~qral surface of the mandrel, and thus to plot the-profile of the
tool. Calibration. met-hods, considerably simplifled compared to those- published
by V.S. Smirnov pri,,iously, are dealt with in detail. There are 7 references,
see also RZhMet, 1961, 1D23T.
Ye . Bukhman
[Abstracter's note% Complete translation]
Card 21/2

00 - /0 ` d 101,
8/6 000," .. . /
UTHO HS t Smirnov. V_ 3 Simasheva, 'L1, P~-
TIT L E'., I n 7,2 9 t a t i o n t th e r e c r y s ta 11 , z a t 10 a r c c f h V. 6 6'
P-'-H IUDI ,A:~ I': i y V Y k h ~j r- I i j? b n y k h z a v e d Q ri i y C h ,, r i uny a M C' LL T"g 'Ylt
r. c ' ~ - I tio
TLXT. Tb~ r i Eat on purpoS.~ was to find the recrys tal i i za, -on
1 h r =_ s h c, I ~1,4661 ~E!6t') ,:rej7.1 [Atstracter;s no-re. The chemi,:al compo-
si-.ion -s n~,,t I m p r'i ri t z1 by a 10 mm d:iam.E-:Ier ball under 3,000 kg
load; d,ffer.?nir temperature, soaking for 40 mAll, then .~ozding
in open a.iz~ wi-h ',he same ball under 6,000 k~~- pressure, heat-
ing, ~o temc~.--raruros, soakin- for 40 min, cool-mg; Ronin_~ at.
d i f fe ren. ~ tr-mp .--.r a, r__- i~ W 7 r;j ~~(Y,, reduc t,. on . The re.-rystallization i.iagrann
V I cr was P--ed ",;r-ed hall'-cvlinders 30 cam. i1r. d-lamez.er and
2~ mm h2gh, a , -rdnate netwcrk ,-aced o~. the part.~,ng Zurfari~,~ of one
Card ". ':l

S/-, 4E,16-.,"000.100 1,/O'A/01
e 3a !--., r-n C!' the r.-:ic *a" ',--zatior prcc~-O
a!" .,:v' ir,--J~rs , 'he pa i rs of spec.imens i , e, thi cplJ t cylanders'
r, e 7.5 M- V-
p 1 ac e d i n r h e 11 rom 8 H9T ( 1 Kh: 6119T ) steel with I L al
-r, furnacr-~: in t,,-., s'ages, p-ra 1 minary
v- a i n jF. o ~~00:'C :n 1)0 m1n, .nim to the f~nall-; r~-quirEd fcrgan- temQera-
m 1 r, were upsFft .r, a -rank pr--ss a!.
m, :2 E and cooled in a:r The *. o, al d e~-f o ma -.,~n was 20 , 40 and 60c,j',
h 7- !-J~f Ofmat i or r.." -nc- the sp~(:-. men~~ 19 -- I (Fi 4" , The eticili-
'n r 2 0 S e d 0 0 () g I" S C) ~~-'010 c,.P) HC! 2C CiO H-.SOaz 400 =3
)0 'I'b - .2 rA n s d r- f r z a 0 0 0 -'.1 C wer- dif f.4- c-;-' C etcL and
w: a -h t - 1: -r. C i I m D was sTated
C. T-ha. auStenite i r, these
i:ri-ns --va~3 high1v wer'-harjened. Re'laxel f~--r 4,~: hcurs they etched
r" Atli h o t a n, v f The ju ar: fla' era i ris was del erm-ned us
S I t,7 k c, v s m E, t I a B I n t -r o d c n t c S r, e r eom (Y. T r a, c r, e t. a 11 n- r,r a Phy
b I i S 11 e d y A NI A r; r, . S R 11 0 ) , a r. d t. h e a ~ i a r, t 4 t y cr I n c d 1- 1 -~ p o -i n t. s -i r. t 0
0 f i e J,~ Pr:cir tod--formation the mti~an austenite gra,,n size was 612~, ,
ric, rri:,al differt-n:,e in grain Wa3 observed. The grain size increas.-
-:d nn of crystallization at higher temperatures and high-
01 part-i-i'larly at Th;2
d e1 f r-m a t i o -. -3 . tile. cr,-.t,,,f:al de~;ree of deformaticm.

5/lAa/6-1/000/001/014/015
InvestiCation of the recrrstallization proce-1--s ...
exception was at 1,18000V when the size r~ducod
only at 'the critical leformation but- at
1i and a
1,1500C the gratin siz.~! was 00 ,:2,
2 espectively.
size ,*,,as 5,650 and 2,211-0-
critical defcr::lation 1,2,
and at
At reductions of 12-,, "ne grain size
deg'ree at any 1. cs econd ma
in diagrams de!~--,ite uDsetti-,~- to nearly
sions: 1) The
,, _e- 4
OCCUr :~raCt4ee spe;
ftrMationS -1
grain gromrs with t-lie rai3-i-,i---- temperature
'he grain size decreases at critical and
reduced grain size at 1,!80001, is accompLnied
of the E16061 steel Jin pressure .-;ork-ing.
or. the degree of def orm? + 4on at compress
of the recrrstal-lization threshold denenis
instead of increasing, not
iigh deformation degrees, too. At
2
;.1,1600 - 100 t~e maximum
At 1,2500C
the grain size at the
2.
hi, def or ma- -~ i o:- -~, e gre e s 1200 /c
did not depend or. the deformnation
:i1mu-1n of 1;S-__4 n size could be Stated
1011~, at high temperature. Conclu-
dia-rams co-ver a wide range of de-
men tests. 2) The E!661 steel
The exception is at.1,1800C where
higher deformation degrees. 3) A
with an increased plasticity
4) The - ain size does not depend
I,r I U
on -bove 1 Z L) -5) The temperature
cn "he deformation deKree: it is
about 11 000'JC, at low dei'o--:~~Iation deg-rees ncar the critical; at highler de-
formation degrees it is lo-.-.-er. 6) 'No s econd. maximum forms on the recrystal-
lization dialg~am. 21--is is due to the jecu14-ar deformation conditions at up-
Card 3/5

o96,~ '~L _WL.Ij- L _S
Tll'-14STIT J:TYGOUOTUT~-~~an-L-LOd :,~,TC)jj-fj3orCV
,qo~~XTOCJ Pua2uTuaq)
oo-Lq-,,4-EAOS L pu-a saan217 9 aac azw~z -STI~qs U7 3UTnags
C~L LgLV ... ssaooad aq; jo uoT4-e2insaiuj
g LO/V LO/ ~00/000/Lq ye i.7L/S

V
PHASE I BOOK EXPLOITATION SOV/5985
Rokoty~m, Ye. S., Doctor of Technical Sciences, ed.
Prokatnoye proizvodstvo; spravochnik (Rolling Industry; Handbook) v. 1. Moscow,
. Metallurgizdat, 1962. 743 P. Errata slip inserted. 9250 Copies printed.
Authors of this volume: B. S. Azarenko, Candidate of Technical Sciences; V. D.
Afanaslyev, Candidate of Technical Sciences; M. Ya. Brovman, Engineer; M. P.
Vavilov, Engineer; A. B. Vernik, Engineer; K. A. Golubkov, Engineer; S. I.
Gubkin, Academician, Academy of Sciences BSSR; A. Ye. Gurevich, Engineer; V. 1.
Davydovp Candidate of Technical Sciences; V. G. Drozd, Engineer; N. F.
Yermolayev, Engineer; Ye. A. Zhukevich-Stopha, Engineer; N. M. Kirilin, Candidate
of Technical Sciences; M. V. Kovynev, Engineer; A. M. Kogos, En&eer; A. A.
Korolev, Professor; M. Ye. Kugayenko, Engineer; A. V. Laskin, Engineer; B. A.
Levitanskiy, Engineer; V. M. Lugovskoyp Engineer; 1. M. Mayerovich, Candidate of
Technical Sciences; M. S. Oveharov, Fagineer; V. 1. Pasternak, Engineer; I.:L.
Perlin, Doctor of Technical Sciences; 1. S. Pobedin, Candidate of Technical
Sciences; Ye. S. Rokotyan, Doctor of Technical Sciences; M. M. Saflyan, Candi-
date of Technical Sciences; V. V. Smirnov, Candidate of Technical Sciences;
V. S. Smirnov, Corresponding Member) Academy of Sciences USSR; 0. P. Sokolovskiy,
Card

Rolling Industry; Handbook
SOV/5985
reviewed. 'Articles dealing with the classification of rolling mine, general
problems of design of rolling-mill standep lubrication equipmento and the
erection of rolling mills are included. The equipment of various types of roll-
ing mills is described, and basic principles of the electric drive and automa-
tion of rolling mills are explained. No personalities are mentioned. There are
no refermices.
TABLE OF CONTENTS:
Foreword , 8
Introduction 9
PART 1. FUNDAMENTALS OF THE THEORY OF ROLLING
Ch. I. Basic-Concepts of the Mechanics of a Plastic Solid (V. S. Smirnov)
1. Elastic and plastic deformation 21
2. Values characterizing the stress state and deformation of a solid 22
Card 3/4
I

Rolling Industry; Handbook
SOV/5995
14. Solution of the plans problem in the case of an ideal plastic
material 33
15. Stress-strain diagrams for tension 35
16. Analytic expression of dependence between generalized stress
and strain 37
17. Determination of the true resistance under given conditions of
temperature and rate 38
18. Methods of plasticity determination 40
19. Shear and cleavage fracture 41
20. Compression diagrams 43
21. Friction on contact surfaces between tools and metal 43
22. Condition of the smallest perimeter 44
23. Pressure in upsetting 45
24. Residual stresses 47
Ch. 2. Deformation of Metal in Longitudinal "lling (V. S. Smirnov)
1. Values characterizing the deformation process' 49
2. Conditions of the gripping of metal by rolls 50
Card 5119.

-t-i rol"rig
f the
-e 0
luerl
m,ill cylinder-s. Sttldi4 cerc rn~tai~,-~~je 9
I

SMIRNOV, V.S.; CIIUDNOVSKIY, A.F.
Using electrothermal and mechanical analogies to study the
properties of metals and alloys. Trudy LPI no.243:5-11 165.
(I,lMk 18:6)

SMIRNOV, V.S.; CHURDNOVSKIY, A.F.; KAGANOV, M.A.
Theoretical way of evaluating the heat conductivity of porous
alloys at high temperatures. Trudy LPI no.243:12-18 165.
(MIRA 18:6)

SMIRNOV, V.S.; CHUDNOVSKIY., A.F.; ROZOV, I.A.
Using formulas of correlated conductivity for the study of thermal,
electric, and thermoelectric properties of semiconducting materials.
Trudy LPI no.243:10,-23 165. (MIRA 18:6)

SMIRNOV, V.S.
Similitud.3 theory in rolling. Trudy LPI no.243:38-43 165.
Geometrical similitude in the rolling of corresponding strips.
Ibid.:44-53
(MM 18-6)

SMIRNOV) V.S.; GRIGORIYEV, A.K.; DAVILIBEKOV, N.D.
Coefficients of metal deformation during rolling in a cogging-
down pass. Trudy LPI no.243:54-65 165.
(MIRA 18:6)

SMIRNOV,.X.S.; GRIGORIYEV, A.K.; LIJUEV, V.A.
Analyzing increase in width formulas and methods of the experi-
mental investigation of transverse deformation in rolling. Trudy
LPI no.243:69-78 165. (MIRA 18:6)

SMIRNOVI,.,V.S.; K111ITSE, V.
Experimental investigation of gripping conditions. Trudy LPI
no.243:79-84 165.
Effect of inertial forr~es cn mril,al gripping byrolling mill
rolls. Ibid.:85-93--
4
Applying Yke dimensional theory to determine the degree of
elon&PLJ~Ibn in die rolling vith fins. Ibid.:96-105
(KIRA 18. 6)

SMIRNOV, V.'~~.; TDAVII'BEKOV, GRIGOR"FEVi A.K.
P-terminj.ng metal pressure -= 'he roll.s -',-,:-,.ng rollircy in diamcnd
passen. Izv. vys. ucbeb. zav.; chern. met. 3 no.7,-IDS-119 165.
fUMIRA 18:7)
1. T-e-.iingradskiy politekhnicheskiy institut,

p rr f'. -, ~:- _!; - 7 ! -,A , v -
ir"neory of metal vC.-rking by
fcr students opeciaalzing in the "Kli3tic .cvkir;,g ~,f
metals" of the p1rysical met,allurgi departmentj Te~:,,_Jili otr-
raulotM metallav davleniem, k:,r,.s;pekt allia
twi spetsiallnosId 'Tlastilcheakaia obrabo4~ka me-aj.:I:rP, fi-
zjk(:.-riietal.luz-g4-e--lieskogo fakullteta,, Leningrqd, Lenirtn-,
*111.eklin. in-t, 11965. 2217 p. ( ,,I -., f i ~, -~ 8, _[ -,. )
c A- - - d
P
l. Ghler,--kcrrespcunderit PN ~~-SSR (for SnArnc-v ; ~

Silffmov.1 'v.S. (Leningrad); GRIGORtYr-7, A.K. (Leningrad)
Prussure distribution on rolis in thin sheet rolling vith large re-
ductions. Izv. All SSSR. Otd. tekh. nauk I-let. i gor. delo no,1:18-21
Ja-F 963. (Rolli~,g (Metalwork)) (MIRA 16:3)
1

SMIRNOVI V.S. (Leningrad); GRIGORIYEV, A.K. (Leningrad)
Using dimensional analysis for the determination of transverse
deformation in rolling. Izv. AN SSSR. Met. i gor. delo no.5:
92-97 S-0 163. (MIRA 16:11)

ACCESSION NR: AR4018327
SOURCE: RZh. Metallurgiya, Aba. 1D106
S/0137/64/000/001/1)019/DO19'
AUTHOR: Smirmov, V. S.; Pavlov) N. N.
TITLE: Study of the process of rolling nickel and 60lybdenum powders
CITED SOURCE: Tr. Kuyby*shevsk. aviats. in-t, vy*p. 16, 1963, 85-92
.TOPIC TAGS: powder metallurgy, molybdenum, nickeli metal powder rolling
TRANSLATION: An industrial method has been developed for obtaining compact bands
,with high-precision thickness out of Mo and Ni powders with various inclusions, by
:means of horizontal rolling. The influence of the engagement conditions, the clear
;ance between rolls, and the width of the feeder on the widening of the Vie in the
trolls have been studied here. A method has been worked out for determining the
forces on the rolls, the power, the moments, and 4ik~ power parameters in the pro-
..cess of rolling metal powders. Interrelationships have been established between
'power parameters, band thickness, and band width and its density during the horl-
,zontal rolling of powders6 An oblique method has been worked out for dete
rmining I
~the density of unfinished bands in microvolumes aci:ording to microbardness, this.
wrd -1/2

SMIRNOV, V.S.; PAVLOV, N.N.; CHUDNOVSKIY, A.F.; SEWNKOVICII, S.A.
Obtaining semiconductor thermoelements by the plastic deformation
method. Trudy LPI no.222:5-7 163. (MIRA 16:7)
(Semiconductors) (Metal powder products)

SMIRNOV, V.S.; CHUDNOVSKIY, A.F.; PAVLOV, N.N.; ANDREYEVA, A.N.
Effect of ultrasonic waves on the crystallization and physical
properties of alloys. Trudy LPI no.222:8-14 163. (KRA 16:7)
(Alloys--Metallography) (Crystallization)
(Ultrasonic waves-Industrial applications)

S~aRNOV, V.S.; GHUDNOVSKIY, A.F.; PAVLOV, N.N.; ANDREYEVA, A.N.
Effect of vibration an the crystallization of thermoelectric alloys.
Trudy LPI no.222:15-19 163. (MIRA 16:7)
(Alloys-Thermoelectric properties) (Crystallization)

SMNOV) V.S.; SIMASHEVA, N.P.; PAVLOV, N.N.
Investigating the recrystallization process of the high-alloy
R1696 steel. Trudy LPI no.222:28-30 163. (PaRA 16:7)
(Steel alloys-Heat treatment) (Crystallization)

SMIRNOVP V.S.; PAVLOV, N.N.
Rolling and sintering of metal powders. Trudy LPI no.222:31-39
163. (MIRA 16:7)
(Rol-ling (Metalwork)) (Powder metallurgy)

SKRNOV9 V.S.; BELOUSOV, N.P.; SHEYDIN, N.A.; MALITSEVSKAYA, R.M.
Making use of rolled wood pulp in the manufacture of laminated
wood plastics. Trudy LPI no.222:79-88 163. (AURA 16-.7)
(Laminated plastics) (Veneers and veneering)

SMIRNOV, V.S.
Applying dimensional analysis to the solution of problems in
pressure metal working. Trudy LPI no.222:89-95 163. (MIRA 16:7)
(Rolling (Metalwork)) (Dimensional analysis)

SMIRNOV, V.S.; PAVLOV, N.N.; LUNEV, V.A.
Determining pressure on rolls during rolling with the help of
dimensional analysis. Trudy LPI no.222:96-101 163. (MIRA 16:7)
(Rolling (Metalwork)) (Dimensional analysis)