SCIENTIFIC ABSTRACT FR:ODING, I.A. TO:ODING, I.A.
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CIA-RDP86-00513R001237800042-6
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RIF
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U
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Publication Date:
December 31, 1967
Content Type:
SCIENTIFIC ABSTR
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Theoz~r crf Dittlocations (Cont. )
sOV/2575
i' i rs t s ;eps have been takerk in the appl i cat ion o f the theor;/
to the analysis of structural changes and phase transformations.
Further applications would appear tp hold considerable promise
in the development of basically new methods of increasing the
;strength t>f' metals. In the light of these considerations, the
author believes it probable that the theory may be used for ms,kin~;
broad generalizations about the nature of diverse processes
occurring in metals, as well as for developing new methods ~f
controlling these processes afi a means of producing new propertieso
Pao personalities are mentioned. There are 49 references: 13
Soviet, ;0 English, ,~ German, and 1 Dutch.
TABLE Ol:~ COfiTENTS:
THEORY 0~' pISLOCATIONS
Introduction 3
Types a;f Imperfections in the Crystal Lattice 5
Card 2/ 5
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1Pt~) PHASE 1300K EXPLOITATION S0~/2575
Oding, Ivan Avgustovich, Corresponding Member, Academy of Sciences,
Teor~iya dislc~}xatsiy v metallakh i y�ye primeneriiye (Theory of
I zd~vo AN
Dislocations in Metals and Its Apser~ed~on~,000scopies printed.
SSSA, 19,5g o 82 p. grata slip in
Sponsoring Agency: ~,kademiya nauk SSSR. Institut metallurgic.
Edo cif' Publishing House: V. S~ ~~he~n~.kov; Tech. Ecc.: Yu V. ~y~.lnf~
pL'HpOSE: This book is intended for physical. metallurgists and solid�~
state physicists.
COijEHAGF: 'i'ris first half of the book dionsofidislgcat~ans~yPhe field
lattice imperfections, types and mot
of force, formation of dislocations, dislocation reactions, etc.
are descri}yed. Appllcatidns of the theory are discuslicationse
second half. In the opinion of the author, these rat many probA
demoristrat~e the value of the theory in solving a g
lams in physical metallurgy, particularly those involving
strength and plasticity of m�tals. In addition, he states, the
Card l f 5
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A~ r~~~~ Lasr of Lasting Resistance
SC~If 20-922-2-1 v%~2
essentia~.~,~y siraplifiQd by replacint, the individual parts
of the corresponding curve by simpler expressiona,(i.e, by
replacing the cr~ntinuous curve by a curve composed of several
parts}. The carrying out of this operation is discussed. The
analysis of 134 curves of lasting resistance (which were
collected from the literature) confirm the correctz~asti of
the sugrasted axpressiaris. The dependence of the .lasting
resistance for durations of use (srak slu~hby) up to 144 404
hours in the eoardinates d ~ lg t may be represented either
by a s:i.ngle straight line or by 2 parts of straight lines
of dif;erent inclination. The ba$is of the alloy m~~st be the
es>ent:~r~x charactexistic of thiq allay. There are q. figurr~s
and 1~ rQfexences, ; of which are Soviet.
::UDI4~ITTED : June 5 ~ ~ 958
Cap^d 3/3
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~~ ~'.~. CIF T...'. i=' ~?l J.~~.~t~:~Qj ~iG:'~. Z.~.t~::c C: U~~~! ~C ~"'~G.~-G. � t ~Y
k~
a r,orn e.~act exp~;ri-~entrzl and tl~-sorsticai analywz.s of t.e
~ e::perimental data, the equation t ~ A~shbc7.sli~cf ~;ves too
~~-
low values of the life time of the metal. This equation de-
scribes only the accumulation of the vacancies The most
favorable cl~aees fox the gathering of vacancy colonies are
those >;:etal volumes sviiich are placed on the surface of the
s=,mples. a'he bcundaries of t'rze gains and of the blocks, the
slide ~lai~ec, t'ie boundaries of the twins, and also the sur -
faces of -the micro-por. es and of the microcracks belong; to
these surface:. ~'he surfaces of the secondary ~~hases {pha5e3
of aging {sta.reniy~:) ), the gaseous oaclusi one, and tl:ze non--
`` r~etallic inclusions hr~v~ to 'oe treated as separating sur-
faces. Tn all these nlE~ces, the lii~;hest values and gradients
of the texzsions, and therefore an accumulation and a depo-
'~ sition c~i' the vacancies must be expected. Simultan~;ously ;~rlth
tiiu ztcr.ut;~u]~at~.on of thl:: sc;attc~rF~d vc~r.r~rYCias r~r~d w~.tlz floe l.n-
crea;~e of the dimensions of their colonial, there is a rle-
crease of their dimensions caused by the annihilation of the
TJacranca.c:a which collide with stra,yin~r atoms. I~ecausa of the.~c
~ and other facts, the equation t w A sha6psh~U r:~ugt be replaced
bJr the equation tm = A1fsh~a{6-k~4~ .sh~6. However, this
Card 2~> equation :i:~ too complicate d fox practical use. ~3ut it can be
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:,. T~e~r I~~:l,~r of Lasti.n~, Reszgtr;rzee (?Iovaya ~~a?~canor;ern;,:.~ ~iitel'_
troy ;7rc~rh;co:~ti~
"~'nIOJT':~'~I~: Do}.lady i,k~.de;Lii nau}c SSSR, 115E3, Vol 122, tTx 2, pp 222-225
1"S'~i~
( jT eS .71~,
~T=S~rR~CT: Sore proviol.:3 papers (Refs 1 - 6) proved t}1at the la~~tin~;
xesist(l:;t l:J ~r?,~r,'~ ~lllli ~r~J1 1)�~�
rL~l~~: e'J.wlr1~.:.t~,':~i C~I.{,'~~:~.Vli~~~ ,_i~lJ ~(:11ei a.~~;~,a_~d4,~-. ~l_, ~;1.3,:1,~~ ~,.I~_._~ ~j.~~~.
l rL,},~ ~;l.~~c;7_�i~ ar~r.t;~~.l rc~:~ul~'., c;ci~~~'~_ - ~-~ c' ~ ~~~ ~ ' ~ of
~,~' .. :ion s.~re::c,os, ~, 1'J~c f'o11c~~i:i.ii~, ~ ~Lo ,~~.,~ ~.,ios
;~r~-;r. CL~oseii: ~'/rr -- ro, _.o, ].,o,, ~,", ~�~, U�~-, a�=', ~~
.{.. {_ ~l ~ 1 a_
lvr ~:UC ~' Lo Q i C U1~ F: C).u lr v~i~o w ii ;..~(r .L L~. r: ii:' LZc~
t,oc~tecA, Tklc~ c1ur~~.~.iion of ~.~. ;.~i~~U~_c, ~~esv ~~o~~r_c~c,ci. Gl~ ti'ic
;,a�~l~n!-tu~e of i~l~o .:Ln;,,lio~I s~~ir+~: ~>+r':'; :i.i~ ~.,~~, ct :,~~ ':rr,.e;
.r.';`Z"]E;I"1':iE'.,):lt1S ',@i'C' CC}:E""'l~"r121~CC1. 14.I)V3 ~;tlion, The fvrliulr~ of
.~~iil,ey cc~~a.t in.~ ~ 1t:ix's~;er nus~iber of constati`~~,, ~;~~.7 cry at~~ve
to bca de~te~F~.:~in.c~d fro.:. crocp te.~t~~ at ~.c diffex~�s~ra.~c ~~ta.�ess
st~itc: y t~rhxa. t ~G~-~c ~;t~i~r:,.ts.o~.-.~ of Ja:l~z;:~ozi a.re rr~orr;; cu,~>.berac~~,~e
~.nd les� co~ive:nicr:.~t fa,� practical c~.lculations. CrEep
'testa,cax�x'ied out 'oy B~l.il.�::,f r.~;:1.c~ Johnson (Refs';~_l0),in
t~n~w~.an 4~rzc~ ix>. tox�;~ic~r_ ct~ th:i~. ~~~r~t1.~,ed turular sr7ec,:i~~ens
fund.a,~~e:rltu.llf caz~.f:~rra ~;hL hers; enpres~ssc;d vie,f~a. Ho�rev~r,
t}zr cjttro.t~.c~r.~ cif t,h.:~,e trstd, i~a~~ o.~.~,;~ x.50 ha~~z�~~ �,~~~ic.�~:~ i~;
not le~n~ eYlc-u~;h, Iz;. tili::. paper uhe re ~~ui~t.~ ~::~�~ d.;+:~ca:i~-~:~~.
l J ~ ~ 'r Y I 1 C~ Y~~: i7:�
Uf ~.OZI~'; G.ur~~ uiUt1 C::1.�t;;r ~~ ~~~. ~'~~ 11.T!C1G'rUCO~l~)...iryt~ ,~'t:_
Card 2J6 (;C}ilG7.~;1.UZ1~ {~t I ~~1 -�,�� , -zt=� ~ c f 6UC~ C. '1 7, ~~..1.}~~�-~ :~~.:al.r,
C.. . ~ � 1. C. ~T J. ~,.
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rr,~= -
!t G �.IICIi i:i ~ ~~~. ~.I'l~~ ~ z ~ ~ ~~ ci.I~l O. 111,1.1. j c.� "C)~l ~ ~' ~ ts. ~
'I'1'I'L~: Crew} of ~~us~criiF~.c r-,~~~er1 :i~r.;. tI~z~~�
~t~.tE~a, (Po].~~u:~~7r;.~~G' ~~u ~I~~,i2:i~-r~~~~
J--a '
riaPr; az{-~a?xz~a;i ~vssto~rariii) .
CF:~S; Of CAp:~t"~;.~.oleratures and diFF
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un tt~~; tr,l.rri ~'c~r~od of Crar~k~ar~ Itolaxat~,or, ~;txYe~A. ~~~7�/~~
disturbance as yell as a result of the increasing dislocation
pressure overconrting tl'ie disturbance. The eliding velocity is
therefore determined by the intensity of the latter process. As
a result relaxation stress is character~aaed by means of a aiagram
cut~ve ~zth ~ T. and J:I. period. In the case of "creeping", how-
avery ~k~r, vi.r~cor~i.ty of th~~ XT.. poz~.lc~d i~~ horcby os,ua~1d,
There arc g i'or~~ulas.
ASSUCrAT'lOt~ I~al~.urg"~caL ~tdbitbe lm., A.A.~eykov c~` Ac~..o~' ~cieneos ~~ tie (l~~R
(Institut metallurgic imeni ~.A.~a~kova AkadeQii Houk s.S.S.E.~
AYAIL.RBLE Library of Co~lgres$
Card 2~2
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/'
At1THOR5
TITLE'
t
PERIODICAL
A~STi~ACT
Card 1 f 2
Qding I.~�r Rurdukskiy Y.v�y
MUn the third Period of Crooked
(O trct~;~c.;m ~iekis.stke ;c. iroy rely
Zs.vods?:aya Laboratoriya, 1~~~~r
32-7-26f49
Relaxation Stress.
t'.,ats~.iytnap~rya~henji.ypA- Ru(~sis~i}an)~y
I~a~~~9 1'ir I t ~p ~~'T~'"V't~1\N.aJa~�L4.,
The aforHrnentianed period Corresponds to the third period of
This phQnome-
"creepin~," which has been rQCently u-uoh discussed.
non plays a,n irtiportant part ire connection Here the posca].ledtY
of using mated at very high t~~mpsratures.
"ring meth~~d" of investigation is used. Rel.a~cation stress repre-
sents a "ar'eeping" of the rtioralhto thekaccumulatinghplastiacde8sg
of ~itrees try stages (propo
formation), This third period characterises a sharp decrease of
the strength of the metal or a~rdinTetoethigetheoryi"creeping"tis
diminiehin~5 crass e~ectlan. Acc g
the result of the following praeee~ses~ a) the process of the ge-
neration oi" the eo;called enrtokb~active~cFdithian increaseofy
of the s~trl~sses ~rh.~ch happ
stress the number of generating sources increases at the cost of
being inclixded within the process of reduced sources. b) Dislo-
cation deceleration processAs causedubs~'~ture�-aneinten~ fication
turn out too br' distuzbances of vz.rio ~
of dis~turb~~nces always entail fegrenC~ercacAuFTQC~ssnaffliberation
tion within one unit of circum
of blocking dislocations develops as a result of the diffusion of
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~A p ~ ~ 59
~'a,tig'ue of Metals in the Cage of Contact Friction.
by friction wYiich pulsates fcth~ddirection$ofmth tthermoelectric
the change of x~esxatance~ I
current is ehr~nged by t~:e selection of a corresponding contact
materi~-1 ~or if a countercurrent is allothe teffect ofre~,ectro~
ie possible to elo~ don or to p~,rs.lize
erosion altogether and thug to fatieuecinhtheacaseeoficontg.etc
course taken by destruatian by g
friction can be considered to be a formation of free i laces in the
crystal lattice by displacement of the metal during the electro-~
erosion process. ~8 iJ.lu~trations).
ASSQCIATIONs
PRESEt~.'ED BY t
SIIBMITTEDi
AVAILABLE:
Card 2~2
Not given.
9 7.1956
Li.bxary of Congressy
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S
J
" At72'HQRs IYANQVA i1 S
TITLE: ' � ~ ODI2~G~I �A �
.Fatigue of l~~ets,ls in 't tie Cu~~e of Contact r`r:tct' ., PA - ~~59
(Us t~tlotst' metallov pri kor tia~t.~o: T zo.. ,
PEKIODICALs Izveatiis Akado ~,;a, ~ ~'
ax SSSt? trenii, l~uss,~a ,
B'r 1, pp 95 e x(32 ~ ~ Qtdel. Te~:hn., a5~7t
Received s 3 ~ ~~UaS z5 �RR }
ABSfiRACT s Two / ~~ 7 ~ieviexeds
brands of Cr-Ni_g~o steels ~rhich differed o ~ r j~57
their Ni_content, were investigated, Experimently with
under such conditions that 1 respect to
it was Possible s were carried out
metric flexure, to exaltrine tie se.wples in aj,rnathe t3ase of a eym_
Ben. Besides, the possibilit w s Fell as in hydro_
gations in the case of contact friction~dltow~~rr
was no decrease of the fats ue Y out investi-
experi�ents carried out k, g limit in moleeularohydrog~~�t~ere
in the case oi' contact friction50 million eycle$ it ws.$ stiownYthatr
strength takes place both ' a continuous decrease of
lizatian of experimental results acaardinlsc in hydrogen, Utilic
Showed that the fatigue limit of Cr-Pli-I~ogsteethe ~eibull method
in the case of contact friction l ie equal to zero
Thy decrease of the fatigue limitnintthe caeevalue
is explained b is very lo~v �
Y the process of elaotro-erosion~fThistact friction
Card 1~2 Plae~ under the influence of the thermoelectr'
process takes
zc current produoad
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137-5f3-~-1g6~Q
Application of the `I`h4.ary ~~:ant. }
mc:rease in creep strength. It is noted that a change in the number of D re-
tarded by U is reflected in the rate of creep: As the number of retarded D
rzt,es, there is a rise in the pressure they exercise upon the O, 3nrl this is
conduci~.e to overcoming the energy barriers created bs oneresult~~nttibera�~-
O themselves are not: absolutely stable, and their d,iffu
ing the blocked D. At every time instant there is a number of D ready to move
and this number (not the number of the retained D) determines the rate of
creep, This mechanism of the creep phenomenon is taken as the foundati,ion of.
a ;general creep eyuation in the form d~ ~dt.-ANo{1 ~} +xt)m: 'hero ~ is 1:'he
deformation, t the Time, V~o tl-ie initial number of D prepared to move A 14
a coefficient dependent upon the material and the stress, and ~( and m are
constants for the given condit~.ons of creep. Depending upon the exponent, m
the equation describes all possible types of creep ourves experimentally ob-
tained. Analysis of the process of long-term rupture of metals shows t;ha!:
the greatest acceptance is accordedat~ae thatom s tes in1 the crystal la lti e of
this phenomenon by the merger of v
which settle on mir.roscopic and ult;ramicro.scapic pores in t;he rnet.al, The
processes of D traversal, the embracing of O by dislocations, the erY~ergenre
04' the D from slip planes, acid the processes of gas and elec?roly~ic corrosjon
and electroerosion result. in large-scale generation and conc.entra?ion of i'oids,
Gard Z~3
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~,, ~~~~,~,;.> ,~_: ~~ f 1.37-~af3-~- iQ6~0
Tran~lat;ion from. Rcfer~+~~~~ny}. zlts~rrial; Met.rsllttrgl:~~a 1~5H, `'dz ~ ;~ 25l !USS,[;~
AU'I'Ht~lt. Urlnl~, I.A.
TI`CLE. Applic_~!t.an ~,,f thc~ `Theory of Dislac~tion=~ to Problern4 pf S?rengt.
at, Elev,:~ted 'l�etttr~c~~�,.;t,ut-c~s (Prtrt7en~:niyc:: +t~c~rt: d~wlcrk~~ir~~y k
voprosam z~ha roproc: i.nosta )
pE'RIUDICAL. V sb. I:~sled, pa zharoprorl~.n.. splavatzz; Val 2, Ma~cc~w
AI~I SSSIt 1957. pp 3ZU-3Z~
A~STRACT~ The problem of strength a,! elevr.i:ed l.empera~;ure:~ t~ exam-
ined in i.he light. af. uislocation concepts of the wt.rengi.h and due -
t.il~ty o� metals. It ,5 shown thai. +.he mavemeni of d5slocLt~ans
(D) in real metals is complicated by obstacles (O) (vacanc le- !n
the crystal lat.tare. dislocated and. foreign at.ams e*~ ., ). The
effectiveness of the U depends unstably upon temperature; upon
their own mobility, and their mhibiit.ng mf.luenc:e. The most
stable U are "flat" O of the "tonal" type, such as the Guenter -
Preston zones, and O of a thr. ee-di.mensiona.l nature - a cloud
of. foreign atoms dissolved around the D. The inhibiting ;r~luence
of the cloud is demonstrated only at definite ra+.es of c.reep~ a~
Cdrd l~ 3 which the cloud ~s pulled after the D. In that. case there ks an
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;7 1957-) ~ ?504F~.
The Effect of Heat Treakrrient an the R.elax,~tion Stabtlity (c:onf: )
of I. A, Oding; prior to t.lie test the magnif.uae of E pit various
tempet�atures w~~s determined for ~~11 grades of steel by c~lecti�c~nic
means. In addition, t.hr~ influen~,ry of tht: caua~.:~~as~s a.f .~ c~r~ ~h~
mechan~.cal propE:rtie5 and on micrastructural claangc:~ in au:~teritte
steels was also invc>~ztigaterl, It, i:~ shown that the RS of the steals
considered depends an the state a1' tl7e s~:~lid solution ~:nd of t,hc~
carl7ido ph~~ses, ~~s wE:ll as of their ciispers~on t~ncj the intez'act~ n
between them. ~I'l~c~ loss yt~>l:rle the solid solution i~l'ld thE~ 5malit�r
the amount of the hardening phases, the lower the RS. .An
analogous effect is produced by yin increa~~ed degree of duper-ion
of the p~3rticles which are separated out and an increa:yed non
uniformity of their distributtan, 'The multi-stage .cnd~ ti.;o:~~ a~
stabilizing A strongly influenr..es the formation at ha.rcic�ning
phases, Under repeated heating further depoition of tv.rbidc~ =
upon thE: already formed submicroscopic crystallizu~ion nuclei i
observed in the multi-staf;e A praces:~; thus the hardening phaSf
are distributed more uniformly ~jnd are more finely dispersed
than in the case of single-stage A, which explains the improved
R5 observed in the EI402, steel after it has been exposed to multi-
stage A, In the EI388 and EI488 steels the formation of phases
Card 2~3 is retarded in the course of multi� stage A, ~~rhich r~suit, in a
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137~n 1957- i~?-~504f,
Translation from; Referativnyy zhurnal, Metaliurgiya, ig57 Nr it
p .50' USSR)
AUTHOR; Oding, I, A,, Petropavlovskaya, 7, ~,
TITLE:
PERIODICAL:
~~ sb. ; Ispytaniya i svoystva zharoprochn. niatPrcalov
IVioscow, Mashgiz, 1957, pp 61-80
ABSTRACT: A,n investigation of the effect of various t ~~
cedures on the heat resistance ra hea. tl ~-~+1,ment r,rr,-
in particular, on tht~iz- relaxat>,on sptabil~ts ofRS stenitt� yteci~. anti,
the ;EI.3$8, EI~O2, and EI4.4$ steels, zr~ the sha Epof for ns �f
and rolled rods, were quenched and then subjected tc~ erthcged
single stage ar multi-4ta~;e aging
a~-cardance with one of two proced CA?s,wlin`the f5 c"arric~cl c~zt iri
rnttracl heating took place at a temperature belowrthat afrthen the
sf~coe-d heating, but with longer exposures (1{10-500 hrs) , in
order to prepare the solid solution far the sub4e uerct se ir~:~t.icn
of phases and to create a large number of submi~rasocopitc nuclei
Card 1~3 The RS was studied on annular specimens by means of th
� e method
The Effect of Heat Treatment on the Relaxatron Stability of
Austenite Steel (Vliyaniye termicheskoy obrabotki na
rela.k~atsionnuyu ustoychivost' austenitraoy stall)
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Rc~.axa~tion of Stresses in ~et~1.e ~aont,~
Ch.rV'. i~orking Out and. Util3~ing Results oY Testiztg b~tals fox
Stres>~s Rel~eation
20� Plotting relaxation cuzv~s
2l. Extrapolation of expeximental data
22. lle~termt,~i~g the ~onnahtiona), limit ~�r atrens relation
23. C~.~.ations far pc~rte marking under o�ndit~ons o~C etreea~
re~,axation
Ch,,V. ImprovSng Re],t3on Stability in M�tals
24 � M~~~ o~ i~aprc~v~,ng relaxation stability
25. Stx'eae Condj.tioniYlg method
26. 5trai,n�aetting method
Ch.PI~ Relations~.p Bet~en Stress Relaxation end Cr~eap
2'f � Plotting a Taxation curve using creep c~u~v+es
28. Plotting area ~rvea ~~ re~.axaticm cu,~a
~� sieO-~emi.ca7. principles o~ the relatioaek~,p betT,reen
cep and relaxation oi' stresses
Bibliography
Appendix
AVA7~; Library off' Congress V~/.ear
Card ~.J~ - 7'-23.,58
~5~
~3
113
120
128
128
l28
136
144
140
152
152
x.58
163
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4g8
Re~.axatian are stresses iu I~ataaa ~co~ntl
Ch, Ix. Factors Effect3.ng Relaxation of Stres~s~s in Ie1s 62
6. Temperature 62
7. Initial stress 66
8. Tide ~7
9. Boat treatment and structure ~9
l4. Cold ~rorking 76
ll. C~i~.ca1. cam~ositi.on 79
lc. MechBUai.ca7. prap+~r~,ies $6
Ch.SII. Methods and Equi~arent for Studying Relaxation crf stxeseos 87
~.3. Static ~ztd d~ns,o ~ethvd~ cif s~ ret~,ve~ +~' ~re~eee ~'(
l~. ~eleat~~ teerutux~r, streas~ and amber of a~o~e~,ae ~
15. ~~tu+~y o:C relexatic~z~ during teasioa tip
16. T~esti~g for relaacation during bending g~3
z7. :~asti~ for rBlaxa~~~~on during tars~,oa ~.Q3
1~, p~,veetigat4,i,$ar,~ cif stx~ee r~lnacati,or- ~ d;c maces 10~
Card 3J~.
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Rel.sxxatian oY Stresses in Metals(eont~l
~g$
The ~ztharcites runt cantributions to ~~he study of stres$ relaxation sad creep ~d~e
by the following SovSet researchr~:Ms(~N.S~. Davl.der~kv~t, P.I. ~ I.A. Q~,$g~
LoM. Kachanov, Yu.N. Rabotnov~ and V.I. Rozenblytan (interrelation of stress relaxation
and creep phenomena) end ~) N.N. Navidea~cov, 4~.V. Ki~~v., S .~'. Kanobe;yevskiy,
B.~t. Ra`vinskiy, M.A. &'1'sh~.na (probleias of crystal. l.att~,tza da:!'armation). There ara
20S refersnces, cif ~atsich l31 ars Russian (126 Soviet surnd 5 pre-1~~17), 6~ L~g]3sh,
7 German, and 2 French.
TA~3I~ t3F
GGNI~'I"S
Conventional symbols ~
Introduction ~
Gh. Y. C~~ag and N~eehsntsffi oi' Stress Relaxation in Metals g
1. Metallic solids ~
2. Phent~non of stress relaxation and creep in ~ta~ 12
3. P~.asticity sad viscosity of metals un~r conditions of stress
relaxation ~
4. Forma]. expression of the relaxation procsss 36
5. ~+Iechanism of stress relaxation ~.~
Cad 2
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~sE x Boaz Ex~LOrr~a~
Gintsb~zrg, Pskov Solamo~vi~9 Candid$te 4f Tecr~ical ~cieacea
zheniy' v metaS.].akh (Remcation of Stresses ,in Metals)
Relaksats~.ya naprya 169 P � 5,~ o�~'~!-as pr3~ated.
P~oscr~r, Maahgiz, 1957
A.: Corresponding Mm~ber of the AceB,asny �f Scicnaea, t~R3
RevieGre~:' : , cal gciea~~es, Professor;
Ed.; Pogodin-A].elcsey~+', 4.Y., I�octor of .Tecbni
na, T L ; tech ~d. � Sokolo~~ L.Y.,
Ed. of Publishing House : ~ ~ ~ ~ 80l ~ shakov, ~ �~ ~ , weer
Chief Ed. of the I,eningra~. Branch of M>aahgi .
veers in plant .].e6boratoriee, d,esigrce~, and
ptTEE: This book is intended for en~t.
scientific personnel in research institutes.
The author discusses
C~~~,; Th~,a back deals tt~th ~asxation ~ ~~~.axatian Ladd th~e~basic fe~ctor~ of this
the formal. and physical theories of stress ~ 3.nvastigatiog, the proeessin8
phenlenon. A description is given of the methods Metes fc~
for 8tZ'!!66 r!ll~tio~t �
and. utilization of the ret~u~.ts oof metals are~al.so described. 'ihe ~terre~,aticm
increa$in8 r+ela~cat~on stability
between creep and stress re''...a~cation in metals is treated brieflyp
Gary l/4
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USSR f Mechanical Fz~o ernes cif Cr
A1~3 Jour :Ref 4iur - ~'izika, P~4> ~, i~5`(,, Nc~ ~}. c
9 3~~
Abstre,ct tae experimental c~at~ on the lon~-_
out an a plat in which the coor~.in~,tes are~~~~l be carried
the logarith,~ of the t.i~e. the stress and
refractory ~teta].s ii~, To estimate the ','rc,Perties of
is re~om~ended to use a ~e~neralized ~._
agram of creep criteria, which repz~eaents the followin
la,tionship (pit constant temperat~.ires ~ re-
2�atures) : ~'i,) ~o�~'xthm of rate of creeptvs~n8.~ant tempe
Stress vs. lc~gar~.thm of rate of ser recs. (2}
plasticity reservfl vs. the ,io vice. (3j ~~~arithm of
�~rithm off' the serSTice life.
Card 2~2
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~ ~'
USSR ~ Mechanical Properties of Crys~#;als and polycrystallir_
L'ompounds ~-9
Abs Jour :Ref 7hur - pi zi~;a, Tda ~~, 1g57, Flo ~43~
Author Oding~ Z.A. T~anov~a V.S.
Title �-~`~_-_ ' ,
: Generalized Diagxam of Criteria of Cree
Between the Stress, Rate of Creep, and theUServ.iee~Lifeaofons
a Metal,
Orig pub Is$ledovani a
Y po zharoprochiyne Splaro~t. M, AN ~iSSR, 195b,
52�-59
Abstract For a more complete description of the creep oP a11o s a-
long with the limits of long;-time stren Y '
authors employ a new criterion __ ~ and creep, the
i.e~ the de~'c~rmatian obtained by theesp~cimeniat areserve,
to of creep t~.uxin~ the ~~rv~.rc l:l1'e, which the a~uthorse~e uam
to to the lon-life stren h. ~
curate results it is recommended,nthatet~2eoeXbta,fal more ac-
raptslatian of
Card l~2
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Sub,~ect
USSR/Engineering
AID ? - 12~k
Gard 1/1
Authors
Tj t1P
Period ica 1
Abstract
Institution :
Pub. 110-a - 5/17
Odin , ,~, A,i Gorr. Mem., Academy of Sciences
r'``~`~'~`~_~., Ksnd. of Tech. Sci. ~ USSR and
Interrelation between different criteria of heat resistance
Teploanergetika, 1, 2~-27, Ja 1955
Recommendations are made concerning the margin of strength
when the plastic properties of material are taken into con-
sideration for those machine parts which work under high
temperatu~^es. Anew equation is suggested for the extra-
polation of the relation "stress-time" when testing for a
ton -lasting strength. Diagrams. References: 3 Russian,
(198-1953), ~+ non-Russian, 1 ~1-1 2
~ 9 95 ).
Institute of Metallurgy irn. A. A. Baykov
Submitted : No date
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"'$^y ::s~:>t'-!'4.~~;k~i,;r`x:r , _ - _ . y,
u%r`---. .a. -
~� , tt1n.'.J..
_ T
1. `~ ~ rv'N.i ..
- a~*f~.. _ _ _
'~a
'-3i�. - st -~
tf .-~ t
_ :'~ . _
7:
>i.J "~.~ - ,+~,. ~"J r~;.. ;'.rte;
_ ~'=_ 'w
i1-'
,~ ~ ~.~
' =;f' .iii .`~l:'zy~;' ` ` -
~ ^.ecY.anis~~s of plastic deforma-
tion and bre~xkdown in creep of metals and the causes of reduction
in long -time test strength Frith increase in :life of metal. (life
of metal determined by time until breakdown E;f metal at given con-
stant load and constant temperature). DiscusESes theories on process
of breakdown during prolonged Eservice of metal. Graphs; photo-
micrographE3. Thirteen references; six Russia~a (a11 since 1q~+2 ),
Institution
submitted May 1~, 1~5~
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USSR~EngineerinS - l~talliirgy ~ FD-1112
G:~.rd ~. f 1 Pjzb. ~1-f/13
Author : Odin, I. A. and Ivanova, V. S., Moscow
~~. r
Title : Sow properties of diffusion plasticity during stress re~.axatica in
metals.
Feriodicals I~.v. AAT 5S~ R, Otd. tekh. Houk ~, ~l-gG, MaY 195+
.~lastract Discusses two mechanisms in process of relaxa,~ian of metals: (1~ d~.f-
fusion and. {2) ~chai7'cr~.. Gi~ree results sad' invest~.gatian of {1 dif-
fusion processes on the first ports�n of the relaxation curve and their
rv7.e atad ~ffect~.ven~sg ~.n an ev~a~.uatian of the xe1.~t~,an ~t~bi~.ity of
anetal atad (2~ the mechanism of d3.ffusiQn p~ ast; city. Graghs; tables .
Sixteen references.
Institution : Institute of Niet;~.llurgy imeni A. A. Baykov
Submitted February 2Q, 1gy~
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~~ . R . Votosatdv~
~-~ A:~c N>~uk Ste" Vol I.~I, ~o ~+, ~~ 6~~-6~2
1QasrtiQ~, curves f4w lc~�c~'bor~ ~~e~ln-a~lpl~~ ~
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