SCIENTIFIC ABSTRACT ARTEMOV, P. - ARTEMOV, YU.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102220010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Saftl, GA.; ARTIWW, P.G., SotrQWk
Work of ths oentral Ubbftkwy of the ZWWO OXwollolcgia
PravUl PlAstlo JWW.. tw.]Ab4. 26 w.12114*~435 160.
(=A 13 12)
Sk4tralltar laborattorlt lmmlmwoo~sp INTO"
Pl"twass (for Oaok). 9.
trustitut BTMI Ivied Bftdk-*"" at
Irts
(Za3dup".4m" tide)

5/028/61/0W/003/001/004
0210/03"
AUTHOR: Artemov IP
TITIA: Grips for tonsil* testing of specimens mode In pla,stle
material
PIQUOUICAL: StLuidardizatalyaq no*. 51 1961t 25-25
TEXT: In Fig. 1, a specimen in shown
which is recommended by GOST 4646-49
for determining the modulus of olasti-
city, the limit-of proportionality In
tension and the percentage elongation
on fracture; Fig. 2 shows a specimen
recommended by GOST 4649-35 for do-
termining the UTS in tensile testing.
For these specimens, the standard re- A
commends a grip construction as shown
in F; S. 3 *
Card 1/9 Fig. I 1W.Ij,

Grips for tensile testing of...
Fig. 2
S/028/61/000/003/001,/004
D210/D306
Fig.
It in very difficult to make opecimens of Iminw mattrials sio that
close contact between the specimen and the grips along the oxitire
portion of curve A-B are ensured, and for pressed matorials the
position in even worse as specimens deform on cooling and comitact witbi
Card 2/9
2,
1.1 -2
P

S/08/61MOA03/001/004
Grips for tensile testing of.*% 0210/0306
the grip is accomplished only through a number of separate points
along A-B. These points are also displaced along the *Adth of the
specimen, and, thereforeq regulation by screws MS, camnot lead
to desirable results (Fig. 4).
In this connection, the r*-
sultant P of all forces applied to
the specimen willinot pass
through its center of gravity,
but ivill have some eccentri-
city (Fig. 4), and fracture of
the specimen will take place
4
not due to simple, but rather Put
off-center tension* Therefore '0 O"Me: 0' - I"" "Pawmal" "a6.
A9k1W~2 t"
the mrs (-I- ) should be MeNNA
IV J
determined notpby the recommended Fig* 4. 0- cent*r of gravity of
formula ov where F = crone the cro" s*otlonj 01 - point of
sectional area of the specimen application of resultamls P IOP 21P3!
and P j e - exceatricity
Card 3/9 of a4lication of farec,

S/028/51/000/06/001/004
Grips for tensile testing of *6. D210/0306
2
in mm t but by the formula for the general can* of Otto-atntor tension,
+ tty- 4 where W a the momentum ot resistme* of t6'
F W
cross section along the axis X# mm ; W the momentum of resistance
3
of the cross section along the axis Y$ ft The eccentricity * can be
located in any quarter of the toordination system X and Y (rig, 4)
and for each spadmen can have 4 different value which cannot $* do-
tormined. This shortcoming of existent grips Is particularly Seri
OUS
In the comparative tekting of Specimens mads of various plastic water-
ials, since the result of determining a will depend not onlyan the
v
physical properties of a given material, but also on its ability to
be deformed after having cooled down,.and on the accuracy of the dyee
Therefore, in order to excludej or reduce to a minimua.t the occen-
tricity obtained, a new shape of specimen head and grip for it is re-
quired. In Fig# 5t a proposed grip construction is shown,
Card 4/9

:rips for tensile testing of#*&
The bolt (1) attaches the grip to
the machine on which the testing
of the specimen is carried outq
and is connected to the sleeve
piece (2). The rectangular por.
tion of the second bolt (5)
passes through an oval hole In
the head of the test specimen
Mo Contact between the grip-
and test specimen in accomp-
lished by means of a ball Mq
pressed into the collar (3), which
is firmly placed on the specimen
head (8). Hence the force will be
transmitted from the grip to the
specimen through the point of
contact between the ball (4) and
the bolt (3). In order that the
Card 5/9
S/028/6 1/000/00/00 X/004
02JO/0306
File 3

3102816110()OA051001AM
Grips for tensile testing ofooe D210 . 306
force transmitted to the specimen should be diqtributod along the
largest possible surface of the specimen# the ball traosmits this
force through a soft lining (?)% which Is glued to the oval surface
of the collar (3). A tight fit between the collar ahdAbe speelmen
head is ensured by means of Hning# (6) made of foil mW packed be-
tween the edges of the collar and the surface of the head* -For this
reason, the distance between the edgen'*f the collar is made Oo2 =
greater than the width of the specimen head. This also onables the
collar to be centered with the ball along the width ot the specimen*
In order to prevent displacement of tho ball (4)j it to placed into
a Bpecial groove (I mm/diameters 0.5 miR/depth) made In the bolt
(5). The cross sectional area of the specimen head is M times
greater than the cross sectional area of the working pairt ofth* specl-
men, and the atresses developing at the contact surtats betimelk the
collar (3) and the specimen (8) are considerably less than those
permisi4ble for this case. All this is confirmed by UW fact that
during testing, the specimen fractures along the or*" section of
the working part, and not along the cross section of the head. For
specimens prepared aCCording to GOST 46,16-49, it in r4tommelAed that
Card 6/9
t4

,rips for tensile testing of#.d
S/028/61/000/003/DOI/004
D210/D306
the accepted % elongation at the fracture be determined.
UTS can be determined In these specimens simultaneoasl~a
a second variant of grips is
shown which enables the work Pig.6
to be carried out with a
specimen reen ended by GOST
4646-49, without changing It
in any way. From the prism of
the sleeve piece (1), a balance
arm (2) Is freely suspended, at
the ends of which there are rollers
consisting of self-aligning ball
bearings (5) with races (6) and
rubber rings (4), of approximatew
(7)
11ttafte, the
jrA Irig. 6,
ly I mm thickness. Catches
with linings (0) are attached to
the races (6) by means of screws
(8). Before setting up the text
Card 7/9

8/028/61/006/000/001/bO4
Grips for tensile testing of&o. D210/D306
specimen (3), the rollers are turned in such a way that the catch**
occupy a position shown at the left end of the balanclag or", This
enables the test specimen to be freely Inserted betwooo the rollerso
When the test specimen is not up$ the rollers are turned In nuoh a
way that both catches (7) should occupy a position shown sit the right
end of the balancing am. The specimen will be gripped botwo" the
rollers and At the same time by the internal surfaces of the c*tcheal
it will also be centered in relation to the "as of tho rollers
and of the balancing arm* The 441stanco between the imtornal surfaco
of the catches is 0.5 mm greater than the width of a heads
the SPOCIMO
Therefore the positioning of the specimen along its width is carried
out automatically by the turning of the catchess It tho epealmons
are to be testedt the heads of which have a different vidth from that
of the specimen heads made according to GOST 4646-491 irker* It a 10 on,
the distince between the internal surfaces of the catebos is reau-
lated Ly means of now linings (9), or olas now catobes,aro moods the
width of which in selected in much a way an -to ensure froo positioning
of the specimen between the surfaces of the catches. When the grips
Card S/ 9

S/026/61/000/M/001/004
Grips for tensile testing of... D210/0306
suggested are used, the frietional fore# decreases eoiksId#rabtyp since
the balancing arm (2) (File 6) transmits the force, ftom; the X*ckine
to the specimen through a priato In existent grips, this for*# to
transmitted through a bolt connecting the grip idth this maehiae# In
which the test is carried outq and the frietional tofte at tbo sur-
face of the bolt distorts the reading of the force aotually applied to
the specimen* There are 6 figur;:; rAbstractor's note: this is
essentially a complete translat V
Card 9/9

I 1 11 1 1, 11 1 ld~ 1: 1
I I I I 1;111LII III ILI ['111DU 1111JELE11 [I Illuf! Ufflulfluillulfu
ARTOW) POGO
C3Mps used in tensile too" or puatic apsolmna, stawartiuwU
25 no. 5t25-28 My 1 61, (mm 14ts)
(Testing AWWON)

At III I III III I EIVI It! 1, 1 It 17 1 1 11, It!
8/00t/61/02'7/004/017/028
B103IJ201
AUTHORS: Artemo!L-P--G--A Shpak# 0. 0.# and Slmaokov, To V.
TITLE: Problem of determining asohanioal properties of synthetic*
under torsion
PERIODICAL: Zavodskaya laboratoriyal Yo 21, no- 4* 19619 459-461
TEXT: It ic pointed out here that the methods serving for the determina-
tion of the mechanical properties of metals under torsion# mt applicable
in the case of synthetics an well. A machine intended ;for brittle
materials has been redesigned for the purpose. The authors vors urged
to do so considering that standlLrd asthads for syAthotjos worit not
available. Principles applying to synth6tios differ 041y iate-misiderably
from such for metals and other substances. The authorno thortforat made
use of them to a certain extent in the torsional deformation of synthetics.
The fact is stressed that most thermoplastic and thermomettimg synthetics
employed in machine- and instrument construction exhitit a brittle failure.
Machines available at present for the determination of asohanioal oharac-
teristios in the torsion of materials (Pig. 1) are found to bays the
Card 1/4

8/032 61/017/004/017/020
Problem of determining mochanioal ... S Y1201
following drawbacks: (1) The guiding and the guided shafts I - 2 are
not precisely coaxial, which fact causes @ample 3 to bend. Additional
strains arias as a result, that do not belong to those due to torsional
deformation. (2) Pendulum 4# which serve@ as a counterweight of the
torsional moment acting upon the sample, permits the latter to turn
through a very large angle, while the torsion angles o~ the sample,
which are to be determined, are very small. This gives rise to a
oone'derable error source when dot ornining small values from the
difference of two large values. (3) The moment acting upon the sample
is determined from the deviation of the pendulum and o$ the transmitting
mechanism connected therewith. The test results are maidwrably
distorted by the imperfect work of these mechanisms as well to by friction.
The centers mentioned in the Assoolation have jointly 4atorminod the
yield strength VB and the modulus Q of tangential olasUcity for
synthetics: Monolith no. 1, fiber plastic, and organis glass. G. F.
Gorskaya, laboratory assistantp and V. 1. Shumilov, moshaniop took part
in the work. To eliminate defects (1) - (3) of the asob.inst the latter
was remodeled In the following manner: sample 3 was connected by means
Card 2/4

S/03;/b I/ 0:?T/004/ 01
Problem of determining mechanical
of links to shafts I and 2. Dotoot (4) was thus suppronsod., 1~arther-
more, a pulley 6 was zounted on-shaft-1 to hold weight 9, kwoXing from
steel band 7. Boih the diametee'of rhe pulley and the size *f the
weight, thus also the magnltude~of the moment appliod can be predeterain-
ad with sufficient accuracy. Whsn moseuring the toroion utee tf,o
shaft 2 was clamped, and the acouracy of results wae considerably Inorcao-
ad thereby. Angle y was determined on one length of sample I bjr means
of Martens' mirror device [Absttactorto notot nol described In the text).
An additional mirror 10*was used for the purpose.' To obtal~ a diagram
in coordinates "torsional moment; torsion angle )4911 shaft 4 austibe
tied up and pendulum 4 must be actuated. $"Plan 120 - 15 -1 11) mm.'
T`,~ T 464a-56 (GOST 464e-56) have been testad by the *,uthorO
was
first determined, and thence, G -was found. 0 was rechecked 1~:;n eftel tax-
Ul a 13 (type 40), 5 Y- 7.5 mm for a -cont tol - There are 2 f Ig-urois and I table
ASSOCIATION: Zavod isdel.iy Plostmais im. nonsomovskoy prity4y"-
(Factory for SYnthetio Products imeni. "Koinn*siollskaya preWiNj,
Leningradskiy Inatitut tochnoy sek1w1ki i *jptiki
(Leningrad Inatilute of Precioion Mealmnics 4pa Option)
Card 3/4

1 1, 11 M,
IIIUMMILUMM INN
0
111 11 1 T" INUIUM LIPHILIMuilp Ip"11MM
3/032jIj 110271004101710213
Problem of determining mechanical ... B103/B201
Legend to Fig. 1: 11) ball beavingg I *2) screw,-i3)-OIaMPp 14) screw.
For other denotationst see the text.
Card 4/4

ARTEMV, P.G.; SPAR, G.V.; SIMAROv, v.V.
Determination of elastic constants 1, 0, and /~ for thervosetting
isotropic plastics. Plast.massy no.5t56.59 162. (MIRA 15:4)
(Plastics-40sting)

ARMOVO P. I.; NDCHEWOVO M. I.j PIOTWHKO, ru. H. Moysbew)
change in the standards for dispensary wW poj~mlialoal ear* VA
for the number of patlents 4it a territorial lodUal comte
0
Zdrav. Ros. Feder. 6 no.60-23 A 1620 OaM 15 3 75
(HMPITALS-OtrMATIUT SWIVICES)
(KWCAL CAPX)

ARTEKYV, F.I.; ZINDVITFi, G.A.j iSTEGUN
, ~IN, S.l*(Xvytpbwv)
Diseases of the cirW11tory organs amM the popWLation of
KuitVabev (as reveslid tr extensive study of distaso Inaldenee
in 1958). Scw,sdray.: 21 no.847-50 Vo (1119A 15:U)
1. Is kLfedry organizatsil sdravooldn%nonlys, I lstor$l med1tobw
(sav. - prof. I.N.Wmyov) Kvq*sbwmkop wdl4zims lasUtutaw
(KUYBYSMT---CWIOVASCVlAR SISTU"IOZIASISS~"

A OVI r.I. (Kuybyshev)
Public health planning, Movosdrawo 16 noo?:45-51 A 157,
OWLIC MOM (at" lot 22 )
pianist (Ito))

ARTSHOVI Polu MAN w1wwwtow'"y"n'. .
1.0 ~Or~9=151~33-9 medical *M brgivalo smiess for workerp U Awbrehow
industry. %draw* losjodore 2 noell$25-33 1 156 (PIMA llt22)
1* Is kdedry or 81 1 istarV. madital
(sev. - prof, LUM.'swIllwl Vdftsbevskogo mefttvinat" instila
(XMYBM- Ut NMIOPM)

Aaum, e. i., vracn
% I , - 1 0.1, .
't~'ilOu dsY in Industry. Gig. i sea. 23 4 058
(.Nlb 21:2j
1. Is Aqbyehovskago gorsdrevotdols
(INDUSSIAL HTOIM
establishoont of sanitary day in luvis)

Akf=V. P. 1. (TmbyshOT).
liaijon of jublIc health or social hygimils., Sov. w1ravo
no-3:28-34 059. (Ian 12:3)
(PUBLIC "A 0
is Ruou Oag))
(SOCTkL R"Ims,
In D"161A 00))

ARTEWTp Per.; WWOV, r.A.
ft~_-Moo-~
Dinposary sorrico for pationto Lwj a =*wool dated P03TOlwo.
Zdmv. Boise Feder, 7 -no&5$U-18 MY'63o IMM 3,66)
1, Is kafedry orgmiftteii mdrmokhrowip i istodl moditelay
(iMmIn7gynabohly ob$uumati oprodupshchop 1 WNIM 4ateent
s.r.stegunin) **Awmkop modits. itletMu. r mqty.
shovskogo gorodskogo otdols, sdv*vwkln=e,,i gave T.Aftobbiua).
(KUYBYSMV-MSPITAIS.WT?ATrFJfT CBS)

A it TEAt-
P.~jSj'.,7 jjqpejjSaVY N.'10W-Up Of JOLLIBtAID, Scvr. tred. 28
n.~.4-127-129 Ap It"I. (1141HA 17: 12)
1. Kafedra orgiinizatsil, zdravookhratieniya I iotorfl. moidlLijilly
(zav. - ditsent Stegunin) Kuybyshevskogo taoditainukogo
JnStitLt,a.

ARMOV, P*1a.,kand&t*khn.n%uk
Determining Initial p6rumeters w1th the aid of Vaphe of the
load fuwtion, $bar easuchatrtAsSINI U0810OV-406 157*
(XM U: 12)
(Strains am stressse) (Wood-Testing)

Translation from: Referativnyy zhurnal, Mekhanika, 1959, Nr SOV/124-58-?-2234
2, 1) 102 (USSR)
AUTHOR: Artemov, P. Ya.
T IT LE: Application of the Principle of the Independent
Action of Forces to the
Search for the Initial, Parameters (Primenenkye printsipa nezavisirrkosti
deystviya. sit k otyskaniyu nachallnykh parametrov)
PERIODICAL: Sb. nauchn. tr. Belorusak. politekhn. in-t, 1957, Nr 56, pp 62--104
ABSTRACT: Bibliographic entry
Card 1/1

14(10) PDA I DDOX ZVWMTMN SDV/2045
Raditsyn, M. 11, P. r&, Artawyl-Od IL L Loboshits
J-
SpravwbWe posobiye po soprotivlonlyn materlslov fy"book on the Str*ngtb
of Materials) Minsk,, Oos. Izd-vo BOSR, 1956. 505 p. ft-rata, allp inserted.
20,,000 copies printed.
Ed. (Title pw)t X. N* TWditayaj Id. (Inside book)v lo Morayak; Tba* Mos
N. Stepanova.
88: The handbook Is Intended for deaW , and m4*006otwirlag depLAments
of mchi -building plants &M for *k*Ufts of lafticOM - sabooXts,
COVEMS: 7M book presents basic priuaip3as,, wftkLag t6kw4As,, obarts, and
tables# It includes Information an deformation* wA Ovessell Lft tatiftO
compression, bending, torsion, and abearina,, as well as on deatpe of bomm#
thick-wlUd cylinders, and Wn-valled 001UMS Vio COM Groso "Otionsi
IhO stability Of 02ABUO SYSUMV the design Of,$ftUOOW Lbftt*rMllAt*
system, and el"to-plastic beading and torsion an Alicuived. Cyclical
stresses and dynamic loading an e3VIalmd. Dats, to the wahudeal
Card 1/ 9

Handbook on the ftrength of Materials WY12045
rtl a of mterials an presented. fts we of fonn"s wid tables is
Mwtrated by exuW3as. fte outhor thanks A. F. Aulsholwalwo CaWdste of
TeclInical Sciences. 2herm aim 38 Bovimt z1famoss-
MR= OF COMEM:
Yorevord 7
Wrodaction(K, N. R%Utsyn)
I. Buie prealms and concepts 9
2. Concept of displacements sM deformations 21
3. 3Xterml and exterml forces 1~
4. stresses 15
Ch. L Aids.] Tmion and Compftsdon (N. N. Witan)
1. GOMZI&l Informotion 18
2. lbobudaml cbw%*UrlgtA*g 22
3. Design for tendon and 35
4. consiaeration of Is vwt Is VOW 40
5. Maxible ropes 41
Cud 2/ 9

BmuDmk on the Strength of 16terials Offfti*5
6. staticauy incistorminate, probums 44
7, Ibermal stresses 46
Ch. 31. State of Stress (M. Ni, &Alton)
lo Stress compments 47
2. Wsod-I state of stress 49
3o Plane state of stress 50
4. Mme-diumnslaml state of stress 53
5. Theories of strength 59
Ch. Ea. ffieu (K. 1. matowl)
1. Stress and atr-4n In YM .-hm 63
2* Practical mtboU of detip for Www 65
a* Design of riveted jobts 65
b. Desla of velftd J61ato 67
ce Design of notabom in vood
Ch. IV. Cloometric Charecteristles of Cross lbotlow OL Ir. Nditon)
14 Static woents of Plane sectifts 73
Card 3/9

H%ndbook an the strength of Wterials soy/2W
2. Center of gravity 14
3- Moments of inertia of plaft sections 75
4. Sectorial chareatarlWas of a arose sectloa 1~6
Ch* ve Torsion (MIT. tyubosbl+A)
if Essentials ox t1w *MAWAM MA bad* asswiptifts, 117
2. Calculation of t a 49
3- Stresses in torsixin 1M
4. Determination of deforsations In torsica. PoteAtial *sera 125
5. Design of: shaft& for torsion
6. Torsion of bars with zoncircular aress-notims
7. A-33 pit& bellm' wqt1W WA31 looded
Ch. WE. Iateral Dow'"& (P. Va. Arbmv)
1. Essentials of the bendin phenamewas dwUlft Obroes &04 beadin

2, Stresses in bendlag. Obeck of strenath 150

.
3
BaUt-V boom
15
T
4. Beaus of variable sectUn IQ
5s Deflection cum 167
Card 4/9

Bui&00 On the Strensth of Werials WV/2045
Cho Tns Daum an *A Elastic Ymdation (Pe Us Arbawy) 197
Ch. vnr. Cmumoku sum DL 1. IvvAdts)
1. Dixie promises md d*fWU=s 23.9
29 jqation of tbm" mONA* 200
3, Determinstion of rmwUms of a watInow t"A 2A
4., Determimtion of tandUS ~ut* NA shearin tOms AM
camstruction of diagrus
3* Ccusl&rst4mm sett asimmut of saWports 242
6. Yormi" for moments in tupportm of *mUnow %so with
equal spans azA mustsat rioadity =der AsIlIm4to ImAgnit 247
Ch. 3X. CaOined '*WJ (K. So %ditsp)
1. (kneroa mm of ***im4L lamd4v, 20
2. Disgaml bwAIN 20
3, Tualm or caWossim 1by beadim 250
4. laceut#c tensim or ccopresslam 20
Cbm of the arose seatiou gqj
%am wider filik1tAMOM Sidal 4MIMOZOI 10 266
Card 5/ 9

Handbook on the Strength of Materials an/2(*5
To SI=1tawwA beading and torsion
261
Ch# X0 Desip of Curved Boom (M6 L 10*04bits)
1, Basic Promises 266
2. 3hterml foms and vioments pswrated Is woos sooldow et & Um
3o Calculation of stresses In cross mcUou ot a oft"& bM
4. DatervAnation of the location of the nowtval 6311s 275
5. 7ho ratiaval sbaps of the cross section of a corvollb"m in
pan bending 285
6. Deformation of curved beatme 292
Cho XIo Odek-v&31&d OrMiAmrs., Cowboat Stresses (?a%* Artomr)
1* Thick-valled cylinders
2, Ocutact stzessom
Ch. XCE. Emstredmed Tors an of Wnw&Uad Dommis Vith OPS Beetion
(P. Ma. ArWw)
10 Buie conoepts" stres"s In restrabod lavion 3m
2* Internal forces md mmato at slaltsummas UNOW MA torsion 324
Card 6/ 9

Handbook on the Strength of Matjrials WV/2045
Ch. XIII. Stability of Elastic 9,yeteas (P. Ylk. Artemov)
1. Basic concepts 329
2. Single span struts with constant section 330
3- Struts of v~nstant section with intermediate xqprts 33T
4. Single span struts with variable section 342
5. Design of stability beyond the lbdts of proportimUty 30
6. Stability design for allmd stresses 349
7- Stability of plane bending 352
8. Stability of build-up lAttleod colims 358
9. Stability of thin-walled columns ~61
Ch. XIV. Laterally Toned d Beams With We' Ibross (Po U. Artanoy)
1. Compression with lateral loading 365
2. Tension with lateral loading 372
Ch. XV. Work of Elastic Forces and General Jkthods for Determining
Displacements (N. N. Auditsyn)
1. Work of elastic forces. Pbtential, energ7
2.' Determining displacements 1
3- Vereshchagin's rule 385
Card T/ 9

Hancfbook on the Strength of Materials SOV/2045
4- Exapplejo for determining d1splac*wnts 389
Ch. XVI. Design of Statically Indeterminate Mrstems (M. A. ftUUyu)
1. Degree of static indeterminateness, Buie Sys"M 395
2. Canonical equation of the method of forces 401
3- Constructing diagrams for banding wmentsj, shear, sad *3d*l forces 40
4. Examples of design 4"
Ch. XM. Design for Limit States of loadin (X* ff. RA91"u)
1. Basic concepts 438
2. Elasto-plastic bending. Selection of aose wttooe ofUwm 442
3. Design of statically indeterminate beams for *u*r$U# capacity 445
4. Elasto-plastic torsion 451
5. Design of civil engineering structures for I:Udt states 454
Ch. XVIII. Design for Strength Under Stresses (K. 1. to*oshits)
1. Basic concepts 456
2. Endurance limit and Its experimental determination 460
Card 8/9

Handbook on the Strength of Wteria" BOV/2045
3. Iffect of various factors cm endurance ilidt 466
4. Design for strength under a unlaxW state of stress ad
pure shear (torsion) ItT8
5. Determination of the saf6tyfactor In a cow~Ux siato of stress 485
Ch. XIX. DesigEt fbr Dynamic Ia*d4na ( IL 1. Iqubookit(s)
1. Determination of stresses st given acosUmtIono 491
2. Determination of stresses sad datotpations under Impact 494
3. Vibrations of elastic syStems with .one dogma of ftesdow 498
Bibliogmpby Cited %8
AVAMUUU: Library of Congress
Card 9/9 8-90-59

SOY/124-58-10-11677
Trans",it"on trom- Reteratiknyy zhurnal, Mekhanika, 1958, Nr 10, p 137 (USSR)
AUTHOR: Arterno,-, P. Ya.
TITLE: Tthles and Graphs for Determining the InitiaL Parameters of tht
Elast;c Curve of a Bearn (Tablitsy i grafiki dtya opred-t-leniya
nachall nykh parametrov uprugoy linii balki)
PgR.'OD'CAL: Sb. nauchn. rabot Belorussk. lesotekhn. in-t. 1958, Nr 9,
pp 227 243
ABSTRACT, Bib!iograph;.c entry
Cdrd 1/1

14(10) PHASE 0 BOOK EXP14ITATION SOV/.W42
Artemov, P. Y&., K.I. Lyubombits, and M.N. Ruditsym
Reschet tonkostennykh sterzhuey otkrytogo prorilya (Amaljsis of
Thin-Walled Bare With Open Cross Section) Minsk, Red.-tzd-vo utdal M
ineui I -V. Stalin&, 1959. 138 p. 11rrats slip inserted - 3,000 ccjd*s
printed.
Sponsoring Agency: Belorusakly pol'.tekhnicheskly institut. Karebm "Boyrotivie"
materialov."
Ed. (Title page): M.N. Rudltmyn; Rd.: G.A. KtAxImlobonko; Took, .19dro: T0.1.1adsh.
PURPOSE: This textbook Is intended for students In Advueed courses on the
strength of materials.
COVERAGE: This book presents in concise fom the theory of stresses In tAin-
valled bare with open cross secitions as vall as tbm procodures used in
stress and &tability an"is. Included an e"es of emstrained torsion,
bending torsion, and tba eecentric SpPlifttiOu Of jongitoUnal ftmes. A
Card 1/4

Analysis of Thin-Walled Bars (Conto) say. A2
amber of calculation exampUs are presented to illustraO the, "plIcatics of
the theory to pull cular problems. The authors thank ftoftsmor A.A. Krartsov
and Docents V.M. BbIrsboy and A.A. Chacho. There an 124oviet references.
TABL19 Of CXTMITSt
Foreword 3
Introduction. Concept of free and amistratned torsion 5
Ch. 1. Sectorial Characteristics of a Cross Section 10
1. Concept of sectorial area W
2. Relationship between sectorial areas for different Votes 13
3. Sectorial static soments of the cross-sectional am 14
4. Sectorlally linear static aftents of a cross sootiou 16
5. Center of banding 1
6. Sectorial acments of Inertia of a cross section 2~
7- Geometric stability dumtstristies 29
Ch. II. Stresses in the Cass, of Constrained Torsion and
Corresponding Stress Factors 39
Card 2/4
t il

Analysis of Thin-Wall*d Bare (Coot.) SOV/3042
8. rundamental hypotheses 32
9. Stresses In the case of coastrained torsion 33
10. Derivation of the formula for normal stresses iu ths case
of constrained torsion 5
U. Derivation of the forma& for sectorial tongentlal stresses
12. Differential equations of dafornation in the case of
constrained torsion 44
13. Analogy between the theory of bending-torsion MA
the theory of plans bending 59
14. Unples of stress calculations for thin-vollod bare 61
Ch. III. Analysis of Solid Thin-WalledBars
15. Equation of three bimcments
16. Analysis exwples for solid bare
75
75
al
Ch. IV. Stresses in a Thin-Walled Bar for Eccentric Action
of Longitudinal IPorces
17. Various cases of eccentric application of longitudinal forces 87
Cardl 3/4

Analysis of Thin-Walled Ban (Coat-) IWV/N4g
18. Examples of the determination of stresses in the came of
eccentric action of forces 93
Ch. V. Stability of Thin-Wallod ban 97
19. Stability of a compressed thin-valled bar. Datorsin0lou of the
critical force 97
20. Examples of stability analysis for thin-valled bar$ vith opn
cross section 114
Appendix (4 Tables)
Bibliography
AVAILABLE: Library of Congress
Card 4/4
121.
137
AC
2-TY60

24(6) PHASE 1 BOOK EXPLOITATION $OV/3144
Artemov, Pavel Yakovlevich
Tablitay.dlya rascheta n& prochnost, I zheetkost, balok i sterthney
(Tables for Calculating Strength and Rigiditly of Beasli and Bars)
Minsk, Goo. izd-~vo i03SR, 1959. 278 p. lrt*ta slip Irmarted.
3,000 copies printed.,
Ed.: I. Chernyakj Tech. Id.: X. Stepanova.
PURPOSE: This book Is Intedded for workers In planning or6ani-
zations and students of sthoole of higher toobvical education.
COVERAGE: Methods for computing the Initial parawters of equations
of the elastic cu"s of a beam and soustions for fasteting and
loading arrangements are presented These w0bods,twidely used
In practiceleliminate the neceSsIt of formulating and simul-
taneously solving the em*ttons. In the tables and graphs nu-
merical values of effect functions are given. The tables a:nd the
graphs p*rmit, by means of summing tabular data multi lied b* kho
corresponding force fact9r, the determination of' InItTal pimetere
Card 1/6

Tables For Calculating (Cont.) SOV/3144.
In any case *of loading and fastening of a beant. This enables the
Immediate description ln'tinal form of the equation of the elastic
curve of a beamt of a beam on an elistic base, of the elastic ""
curve of a'bar subjected to longitudinal and transverse bending,
and of the elastic angle Of torsion during constrained torsion.
By means of successive differentiation of these equations It is
easy to find all the remainin geometric and force factors neces-
sary for the calculation of rtgidity and strength. No person-
alitiesare mentioned. There are 11 references, all Soviet.
TABLE OF CONTENTS:
Introduction
Beams
3
3
Tables of the Numerical Values of Functions of the Effect of
Initial Parameters in galculating Beams Hostino on Two 8upports 23
Tables of the Numerical Values of Functions of the Itlett of
Card 2/6

Tables For Calculating (Cont.) SOV/3144
Initial Parameters,in Calculating a Beam Rigidly FasterAd on.
the Right End and Supported on a Noving support on the Left 28
Tables of the Numerical Values of Functions of the ifloct of
Initial Parametdrs in Calculating a Beam Rigidly Fastened on
the Left End and Supported on a Noving Support on the Right 36
Tables of the Numerical Values of.Functions of the Effect of
Initial Parameters in'Calculatipo Beams Rlgidlv Connected on
Both Ends 44
Biam on an Elastic Base
52
Tables of the Numerical Values of Functions for Calculating a
Beam-on an Elastic Base 66
Longitudinal and Tranevers,& Bending
126
Tables of the Numerical Values of Functions of the Zf~eat of
Initial Parameters in Calculating Bars Subjetted to Lor6tudinal.
Cod 3/6

Tables For Calculating (Cont.) 80V/~144
and Transverse Benping,When One Ind Is Rigidly Pastened.on a
Fixed Hinged Support and the Other to Fastened on a Moving
Support 135
Tables of the Numerical Values of Ounctions of the Effiect of
Ir4tIal Parameters In Calculating Bars Subjected to Loqi-
tudinal and Transverse Bending,When One Ind is Rigidly Fasten-
ed and the Ot$wr..1s Fastoned on a Moving Hinge 145
Tables of ithe Numerical Values of Functions of the Effect of
Initial Par&eters in calculating Bars Subjected to,LOW-
tudinal and Transverse Bending, When-the Left Ind Is HISldly
Fastened and the Right End Is Free 15T
Tables of the NumerIca" Values of Functions of the Iffe,ot of
Initial Parameters In Calculating Bars Rigidly hotenod on
Both Ends 163
Tension Accompanied by Transverse Bending 175
Card 4/6

Tables.For Calculating (Cont.) SOV/3144.
Thin'-walled Slastic Bars 182
Tablis of the Numerical UlUaa Of fthationS, Of th$ Ifft4t Of
Initial Parameters In Calculating ThIn-walled Bars, When the
Left and Right Ends are Prevented ?"is TurnIng 193.
Tables of the Numorleai Values of Furotions of tho Mot of
Initial Parameters in Calculating Thin-walled.)Mt% "Un the-
Right End to Prevented Fron.Turning and the Lett2nd Is
Rigidly Fastened 204
Tables of the Numerical Values, of Functions of the Effect of
Initial Parameters in Calculating ThIn-wallod Bares Whom the
Left End to Rigidly Fastened and the RIght-End 0 Free 226
Tables of Numerical Values of Functions of the Effect Of
Initial Parameters in Calculating Thin-walled ftru)Whon Both
Ends are Rigidly Fastened 238-
Values of Effect Fmatlons During the Rotation of the Axle
Card 5/6

Tables For Calculating (Cont.) SOV/3144
Through the Angle(D for Schemes 14, 15, and 16 of Table 86 256
Determination of Unit Displacements in Beams 258
Appendix 266
Bibliography 278
AVAILAIRI : Library of Congress (T0350.A7)
card 6/6 AC/os
3/16/60
0

ARMOT, F.U., dottent, kand.takha.usuk
Tables and formulae for determining cross wtIfts in 44p-
o-'gniug continuous lbsame, Obor.nauch.trad.Selopolitalchoinsto
no-76s49-56 159. (MIOA 1316)
(01rdere)

RUI)ITSIII, M.N.; ART124OV I Pjaj I LYUBOBHITSj H. 1. 1 -CHOJITAKI- lopred-p; - -- - -
NEPANOU-IN.p tskJm, red,
[Reference manual 4w the streqU of mat*ri*Uj Sprswa~noe
poisobie po soprotivIenilu matorialov, Podbbsboboi redo II.N.
Ruditayna, 2. ispr, lad, 14itski Gosolsdwyo 0$00o Redo
na:ucbzo-tekbn.lit-ryv 1961o 515 po (XMA 15t1)
(StresgU of materials)

27-64/29
AUTHORs Artemov, V., Director of Odessa Technical School Or. I
TITLE: The Way to Skill (Put' k wasterstvs)
PERIODICILt Professionallno Tskhaichoskoyo 0%rasovenlye# 1957# tr. 6(145)
pp 10 - 11 (USSR)
ABSTRACT: The Odessa Technical School Xr, I graduates lath* qpovatorsp
fitters, soldereq electrioianso drartsam4esignors sad Senior
inspectors "OTK" ( - Otdol tokkniah4sk4tolostrolp - OffOe
of Technical Coattol), IS praeflo8l tkibing tho studentwana.
facture such articles as milling xaahit# parts for the PI"t
imeni Kirov. The article doscrites the equipment of the sobool.
Ukdor the direction of their Instructors the
an operating press model for sanateaturigg press*d-resd P041ce
The article oontalas 6 photo*. i
ASSOCIATION: Odessa Technical School Xr, I (Odeaskoys tokhmicheskoye lohi-
lishche Nr. 1)
AVAILABLEt Library of Congress
Card 1/1

ARTIMOV. V-
Xska way for ceramlomp Prousk0ope 13 no.3t26-27 Xr, 159# (XIRA 1214)
(Pottery)

ARTYAW, V.
Bring beauty into the hojw. Motto prom. i khvd. proWn. 3
no.9:34,35 S 062, (MMIA lisl2)
1. Nachallnik Glavnogo upravlonlys khudoxhuoLvmmmYkh protWslov
Gosudaretyennogo kositdta Soveta Ministrov PSISR po delam iwstn0Y!ffA.'--
promrshlennostl i khudoshostvanrqkh prorqelov,

ARTFMV, V.
---------
Ceramics and their prospects. Mastoproms I kbvd,prmWn4, 4
no.401-32 Ap 163. (ERA 16110)
"..f 1.1 "1- 'If'A 4-1
1. Nachallnik Glavnogo upraylerilys. khudozheetv4jugrkh prorqslov,

ARTEMOV, V. A. and ZIMNYAYA, I. A. (Moscow)
"Spectra of Phonemes and Th&etr Applicatiou in Machine lrransUtLons."
Theses - Conference on Machine Translations, 15 - 21 May 1958. bloscov.

AMTEMOV, VA.
Interrelation of the physical dhamateristieso percepUble qualiti"i
meaning,, and sense oonUnt of speech. Vop.peMol* 6 nq*308-205
W-Je 160. (11134 3415)
1. Kafedra poikhologii L laboratorlys. ek4wimentallwy fmotUL
i poikhQlogii rechi 1-go Mukovskqto gOwA"stvwMP pougogichok-
skogo inatitu, ~ inostubauq, kh jokaj t Mosk".
(Speech)

AiiT:;~'-' " -
, V . ,
"Tons and intonationu
(seotton M)
To jp suWtted for the hth bterrAtiomal Comp*" of Phootto Set"Niss HsUjWdt
ft*AmA, 4-9 Up 1961

ARTI)OV T - AILTAM, I.I.. otv. rod.; PBW
dimir AlgkmmwArjab prof.,
red.; C WMlib6o Ya.f,, tokhred,
[Course of lectures on psycholoal fars. lektall p0 Pdllcbobglis
Isd. 2., dop. I perer. KW'kDv, I04-TO lW'lMTskO 9066,1MITON
1958. 420 p. flaRk 12:2)
1. Zavedurusbably katedroy pelkboWll, =VOWY ratswo-litoll
Laborstorit eksperlmostAllwy tonat*1 I 1099thOliall room logo
molkovskogo ROSOWNIT430090 Inititim lmOslftO**h roft"
Mintaterstva Tyashor abrasovaniya SSSR (for AMdiriv).
trolabolow)

-'L ~ , t, -
"The intoneme."
report oubmitted for 5th latl Cong of Phouttic SCIeWeS,, hluenmter~ W. Germanv,
16-23 Aug 64.

60V/136-bb-8-17/27
AUTHORS: Medvedev, V.K., Artemov, V and Sslivanovo I&A,
TITLE: Improvement of tht Thermal Condition of theReverberatory
Furnace at the Kitovgrad Copper -Smelt Irq Kombinat
(Uluchsheni7e teplovogo rothima otrashttellnay poohi,
Kirovgradekogo mectsplavil'Aogo kombincta).
FERIODICALt TevetnypMetallyj 1958, Mrs8, pp#70-79 (USSR)
ABSTRACT: A group of workers at the Kirovgrad Coppor-smaltizi; X=b1Mt
proposed an improVed burner oonstruation for the reverbsp-
atory furnaae. The old burners (Fig.1) fOopper Queea'04
medium pressure) had a central fuel oil pipe and an
annular air pipe (air at 160-200 M K's , uge). The now
burner (Fig.2) has a further annulus lVwitb converter
air (at 0.8-1 atm. gaug*) to improve stomisation and
combustion. The addition of hitih-pressure air should have
reduced drop site, aocoruing to Prof. Solivanov's wa-
culations. Preliminary t6sts showed that tho flamis
length (8.5 m) was within the optimal value recommended by
I.D. Semkin and M.D. Shabli. Opsratiu$ resalts have shown
Card 1/2 a fuel saving of 0o00396 tons/ton of mW864

SUV/136-.* -E -17/27
Improvement of the Thermal Condition of the itevsr~sratory Furnace
at the Kirovgrad Copper-tszoltin6 10*1nat
The fuel food rate 14 2*5-3.2 tons/hour, the ooaverter-
air flow being 36 nxO/x1n. There are 2 figures.
ABSOCIATIOB: Kirovpadskly madskorAbinat JXirovgrad Cop"t-Smalting
Kombirat-).
1. Furnaces-Desip 2. Furnaces-4quipment 3. Fwn*c~s--Perfdxmance
Gard 2/2

UMU7, B.N.; LR=V V A
Wrk Pmtioes of tbd Levlkba Comistaticis Mm~.
ilet.. 34w.niai-m 1 161. utn)
(L*VUM rf9IM-4*1WUUtlOtA (YO+AIIWW))

. A17]~PV,J-A--
Kirovgrad Copper &w1ting Combims reverberatory furrAce la
thirty years old, TSYst. met. 35 n0.3131-33 Mr 169.
OURA 154)
(Kirovgrad (Sverdlovik Province)-Oopper Industry)
(Metallurgical furnaces,)

CXIM.'
AUTHORSt Ch A. A. I Parlik, G. Te. Artfow: V A. I KwNM:L-1j-X1-
CRG: none
ij
for obtainim olkU94 Oftiai*Uko
cod by-Inatitute for dth Cbmistir Iiii.,IL. V~' iptw ... i~
titut fishicheskoyWo-i-1- AN UkrGM27
S=CBi WIstan' isobroteniy I tdvwVkh wakorl iso, 291;: 11654 60~
topic TAM ion exchange resin, polpmr, copolymerisationg, Polymdr, to
ASMAM This Author Certificate presents a #leth6d fok 161M
0 1
containing carboaryl groups derived from methst acid Oissro
V '; -,,, ~ 1,
thermostable and chemically stable ywoductsp mothao Jill 00%
L
64L 00"
methaorylic acid-virql silicon diatids oqV0111"KV The itted gomw donal
t* ta
above are used " active rubber fill* xt:l
MM CMN1 I I/ SM DABS 12h163
ig
1~ -1- 7 7~' T,
7

SERGOVANTSFV, V.T.; ARTEMOV,-V.A.
calculating the eleatrie paramters of gals pip*lines. GO-$.prom.
so.502-36 163. (Gas, Natural--Pipe)ANS) (MIM 1616)

SMUCIANT-17"V, V,' .., AR*i*gWjV,_ iaA.; /WERAWOY-, M,N.; MOROTSKIY, L.P.
- . .-I
Using the pipes of a g*s pipeline as a remots-control channel.
Gas.delo no.ltl4-16 464. WRA 174)
1. Vaesoyuznyy nauchno-4seledovatel'skiy institut prirodmogo gaza i
Kinakoye upravlenlyv adgistralInykh gazoproyodov.

SOURCE CODE: UR10000166/000100C/03184323
AUTHOR: Artemov, V. A.; Sergovantsev, V. T.
ORG: none 00
TITLE: Gas pipeline as a tele-channel
SOURCE: Nauchno-takhnichookaya konferoptItys, 1!Q
telemakhaniki. Moscow, 1963. Prom, shleanays. ttlemakhaulka (Indiostrial
tolemachanics). materialy konierentaii. Moscow. Lad-vo Enargiya, 1966, 318-323
TOPIC TAGS: remote control systern, telemet .~) qtv"n t'
ry system ~% i
ABSTRACT: These results of experimental studies of gas-pkpoline electric ~( I
parameters are reported: (1) The gas pipeline used as an electric channel's highly
reliable and stable, but has poor electric parameters; (2) ans-pipeline iTtentiation
varDes from 0. 07 to 2 nep/km, which determines an average transmission range of
10-20 km for the infrasonic frequency band; (3) Pipeline characteristic impedance
varies within 0.03-1.5 ohms; input impedance of the pipelins-ground cizcuit is
determined by the grounding resistance; (4) Power loss in the grounding resistance

L 37676-M
A ACC NRs AT6012357
reaches 1.5-2.3 nap; (5) The infrasonic through 100 cps band is best suited for tole
signal transmissioni (6) An actual telemetry 27-44 cps, 10-km system uniq the ga
pipeline as an electric channel was installed in Minsk; a coo-year operation of this
system is reported. Orig. art. has.- I figure, ~ formulaso and 2 tables.
SUB CODE.- 13, 09 SUBJA DATE$ 0S.Taa66 I Oxid R
W r ..... I.
I
oh
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SGURK3 CcCat vJjji)oPv.)~6d;/q32j'WQs"/4
MOM A. A. i PAkvIAk G. Us Tej~
Mg
Vj-
,
Heymark pGqr4k I E. V.
W41 InsUtute of Phondoal Cbwds~qg U (Instuakil 44d"*~r
T=I ca~lorganosl"
-
3YUM9418 am am on 196 Of ewbodtylonLmum"s
Woro"Ont Of pp4dijo rabbsk-
-SOUMI Mrsinddy Mmichoolk* -ii4imulf vi., ~ Ut 4.0 i~
TW= TAGSI sUicas pan mToXygibro sytithIA10
ABSTRAM Carbowi d"4v*tj"*, or*qz *or*! 4Abo
orylic acid1with virql 8131ass beving varlow"A qu* 6
their ftrf4*. I& spectroscopic &Ad ion achmnge
methacrYllo said to the surfaas of virql sUica. A #UPV'
tios showed that vothanalg diethyloidmi, and pyrWm *rs
tioul grows of the cartooWlorganosilloseq torvAng the 0t
FiUing of a virylpyridine polymer a
inforoemient of the polymer system, =&"tta 0t a 4
the carbowl groups of the fWar 4irA tbo basio pWdIz*
Card
idd6u
alp*
POO
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mdoart"d on U19 Id f no-
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pa cC x-*W

ACC NR% AP6024W

sculsso r6ft1ting in the formtIon 40f Grog# 11*WS.
1 Uble, b6so 31ftvy~v
BUBCMI It/ SMKDAT31 w
o

Cmd

id1p;Q40i. irDii'll -tdLJLA'L7Vjr;#
--- ft
.119204
Pasymokolonka Dlya Otkryvui" Irad uL.1
(Pneumatic Core For the Opening of XPL-l Lils)
Moskva, Uglatokhlsdat, 1955,
10 p. Diagre.

VOMP I T~711TF-V I ~V. 1'. -, 1-MOVSK I YP V.M. ; AIRT~MDV, V.G.
DA
Investigating the effect of fillir4g an the stabi3ity of inter-
chamber pillars by mans of equiv*1ent, materia3s sultabl* for
the conditions of Upper Kara mines. Much. tr%Wy PermNIU1 no.6:
131-139 164. (MM 18:2)

AVTHOR: Artemov, V.I.
Tl=t The A) -5 w (A&5&) Electric Upsetting Automatic
PMODICALt Brulleten' toWhnikoekonomiaheskay invormatoli, 19W, No. 6,
PP. 7 - 10
TEM Th* Altayakly naWhno-16810dovatel'skly I "ektn*-tekhno1oO*ches-
My Inatitut mashinostroyteniya (Altay TeohnoloSical ad Ulentific neseiroW and
Planning Institute of Mechanical Engineering) has developed the AS-5sh upsetting
automatic intended for the hot upsetting of heads of long cylindrical rods (t3W*Or
pins of caterpillar tractors and other machines). The automatIo Is composed of
the hopper-magazine, conveyer, merry-go-raund-type carriage, elect"lyte bath,
pneumatic press and shaking-out mechanism. All units and devices of the aut*mat-
ic are fitted on housing 1 whose hollow contains the electrolyte. The pin
blanks (300 pieces) are placed In hopper-PAgazine 2 mountod on Creme 3 of the
chaln conveyer. The conveyer gr1r transport the blanks to tipper mechanism 4
which turns the blanks through 90 and places them In sietting bush 5 of carrIage 6.
Card 1/1-;~

The A'J -5-1, (AE-56h) Electric upsotting Automatic AOO, /AOOl
The carriage body has six such
setting bushes to receive the pin
blanks. The merry-So-round-type
carriage revolves Intemittently
around axle ?. ConveOr travel anil
carriage movements are synchronized
and a4tuated by at electric sqUr-
through a rOucer arid a ratchet
gearing. while the carriage turns
Into the next position, the blank
is clamped and conveyed to the
electrolyte bath. The paiti"
pole of the d-o ~fterator is Con-
nected to the bath, while the
negative pole is cawmeted to-the
housing of the automatic, which
is grounded. When the blank Is
passing through the electrolyte
bath it Is stopW twice. During
Uard 2f3

3/193/60/0W/D06/001/025
The -5 (AE-5sh) Electric Upsetting Automatic x*4/Aooi
the first stop it is preheated, and during the second stop finally heated to the
forging temperature. The following turn of the carriage removes the'401ank from
the bath and places It under the press. The press has a rigid bracket 8 under
which a package of diaphragm cylinders 9 is fastened. Vw qlInder dAnks an
fitted to a rod on whose upper face end punch 10 Is mounted, Through a terminal
switch closing the solenoid coil circuit of the pneumatic control valve of the
press, the punch is actuated and presses the heated end of the blank, thus produc.
ing the pin head. The following t4chnical specifications are givent output -
600 - 900 parts/hourj- required d-o power - 30 - 40 kw; pressing force - 3D tons;
overall dimensions (length x width x height) - 2,2D0 x 1,500 x 2,XO an. In the
course of 1958 and 1959 the M5sh automatics have bem Introduced at the Altaya.
kly traktornyy zavod (Altay Tractor Plant), Khar'kavskly traktomyy zavod (Kharl-
kov Tractor Plant), "Avtotraktorodetal'" Plant In Kuybyshev 4nd at the "Uralvagono-
zavoe In Nizhnyy Tagil. The Introduction of this automatic has increased the
quality of the manufactured items; additional mechanical tooling Is eliminated
and considerable metal savings are attained since the blank 1*ngth Is 6 mm shorter
than before. The AE-5sh automatic made it possible to introduce an Improved de.
sign of member pins of the Ai -54 (DT-54) caterpillar tractor made from A blank
which is 12 mm shorter than the former one, There In I figure,
card 3/3

OF-7110~-.- z-- ,I I - I- -I - ~ I
ATIMV, VA., red.; HILTAYM, N.A., telchn.rea,
(sues cowl; a collection of doewontal sustskil franal skorsik
dokumntay. Xoskvs. 1957. 178 Ps. W9 11:2)
1. Koscow. Institut mashdussroitWkh otaosbesty
Ouss Canal)

AIDAFITD.; 111-4,1'111,1 T
AT~'TFCR: Shatalo P ?Mj )rrj'*].Olro
~1 2
'G
TITLE: Low-temperature n ut t;h eior'bom
oil filler
SOM CE: Kauchuk i retina, no. 4$
33: erization, car"n black fillero oii:m~ql 'Out
TOPIC TAG polyt. ~Alone rubbor
styrene ru~,ber
A13S"IACT: Studies were condu ed on the proaredon of ~t~~ -401rulans ~0.r
C ibe dt
various types of carlr)on blackxtith ani vithoift v;xfane-aicitl~,m s-Amijanom Thj)
latf;er included ~.nlil 8=11MILVO, The &,!4-
ppr!siono were prepnrnr~ In ball millit, in niLlist and t1j, mmins or a vlbrmtll.~:i
The kinotic nnl~ ngrqre-:ritf~ 3tm.11411"'~ 0-1 lb-he
roninnte nn~ lli-~n]xnnnl diwporiil(mo v! lt~'~i did ilot, v~111iii,nt* J%nr, mmrCl. ~4tyn~
"ho oil -~7m!!I"on Wns 7-re-pstred vita 1he aid of itii,tiric mejAd illwl
7he car'-on blnclc divnerniTn jas mixed 41-hi~ Ititax of rilh~vr
Card 1/2

~-(j j
ACCESSIM NR: AP3001425
and into it was introduced the oiLlemAsion. The 004' :or use *~A
achieved by pouring it into a 9% 8~1-atlon of soditm 4e dork Aq 'A suit lat, ~l
acid at 400. It was found tho' the introductlon i).'&' a egh &ek U41 the, lAtmx,
prayio,~s to comoulation hmd a frrvor.M-1i erfect on the
tha vulcpnizate3 a~d F-3rmitted the process.1mr, of vibberA mi~tllj a hirijilir molocliL#
we!~.ht. -he WF,4-rAnd of carbon Nlack and the Ulre of potoll(rum lVdilinitte am (lltqjql~
fier produce_d_;U_cRn4_zed rtil-bers of superior mt.rerolth and In-:)t,:er-Ues0 ~lth
a M.-ther modulus of elasticity and with a better adhesion t,t) $110 (!mrd-pmay4nk
N. Bondaryev, A. Ye., and_~jerSa evicha4 lpatiod' In 0!111 irork.-I-M
IL_ J. partic
art. ha3: 3 telles.
ASSOCIATION: Voroneshakiy savad sittetithes3colo k, ILUAUkA '%lrr*HhV3t4 shl*~
zavod (Voronezh Svnthetic Rubber Pl*mt aM VaoonanN Tirb mj"Int
SUBMITTED: CIO DATE AM 301myCo
SUB CODE: 00 110 REP SOYs 002
Card 2/2

L- 4UZ9 1--tk-
ACC NRo AR6014589 (A) SOURCE COM UR/0O1W65/0O0/022A*91AO91
:5..,/1
AUTHORS: Gostev, M. M.; Artemov, Y. 1~4o Xovrishko L* F*
J
TITIZ: Development of a method for the preparation of petrolmum-blAck fM~4
.atereaspecific cis-1,4-pojLbutad~qM ru~bsrg Report 1. StabilizWon of the bydra-
carbon dispersion of carbon black
SOURCE: Ref. zh. Xhimiya, Abe. 21S566
REF SOURCE: Yt. Labor. khimii vysokomlokul, soyedinenty. Voronez;ask. uxl-t" v7p. 3,
1964, 209-M
TOPIC TAGS: rubber chemical, chomical disparslonp oil, stabilizer, carbon black,
synthetic rubber / HAF carbon black, M-6 oilp OP-10 stabiliver
ABS"MACT: Conditions for the preparation of stable dispersions (D) cf carbon black
(type HAF) in benzene, p-.Vlene, ethylbenzene, isorxopylbenzen", c I h xane, and
"bontol" (nixture of 301% benzene, 66% toluene, and 4% ethylbonzenerwoorce studied.
Resin and its soaps, fatty~acids, OP-10, cis-1,4-polybutadisno (I), drying oil,
(TH), and oil P11-0 were employed as stabilizers for D, Synten of 20 parts
by weight of TIM, 10 of -resin soap, 10 of I, and 15 of drying oil (calculated per 100
parts by weight of carbon black) yielded a kinetically and agpegatively stablej,
mobile bydrocarbon D of carbon black which doos not separate vithin 2,4 hours. With
increased concentration of carbon black, crons-linking of D is incroasod. Consider-
Card 1/12

L 4C-21;,7-6~`-
ACC NRj AR6014589
able increase in viscosity of D results from a swil Inersame in awcentrationo,
Mechanisms of D stabilization vith TH and rosin soaps are tho camoo consisting of
formation of an adsorption layer of the stabilizor an the awface of the carbot
black particle. Stabilization vith I consists of preventibg the secUmentation !2f
carbon black partial" along with long polymwlo chains of rubber, F, Kantor LTrww-l
lation of abstrsot7
SUB COIEs 3.1 01

WT"' ji,
ACC NR; AR6016971 (A) SOURCE CCD-";': UR/0081/65/000AA/SOWS077
WTHOR: Gostev, F4, H. Arlamov., V. M.; SbAtqjov,-Y,-,?,;,PUnk0v- N., T.-i
VITLE: StabilizinE aqQaous dispersions of carbon b1fieewith tallow oil
~soap, and properties of carbon black-oll filled butadisne styrene rubbers
;based thereon
!SOURCE: Ref. zh. Khimiya, Abs. 243546
iREV SOURCE: Tr. Labor. khimii v)rsokomolakul. soyedinoniy,
-un-t, VYP. 3, 1964, 181-185
PIC TAGS: butadiene styrene rubber, carbon black, fillorp chemical
spersion
ABSTRACT: Aqueous d"persions of carbon black stabVized with the
IX-soap of tallow
_Q"W(I) blend well with SKS-30 ARK11atex, oil emulsions
!and their nlxturos. Mixtures of carbon bYack-oll rilled rupl)ora
.obtained by coagulating mixtures consistine of latex ~N-60'oil emulsions I
U wel + I pi-rulons of carbon
(17-~ ght/parta of oil on the polymer), aqueous d'i
.b1Dzk NAF stabilized with 1 (50 parts by Weight of wbon black on oil
filled rubber), havo better propertios In comparlson to carbon block-4i
fillad rubber in which the carbon blacic to added on the rollis.
'D. Krasteleva, LTranslation of abstraeg.
SU-1 ."ODE; 11 U1

MYCH", S.T., red.; ARMOT, T.I., red,; TARIW,--T9.J-*-t telthmore&*
11 . 10, 1''. - ,
[Progress of Vhits AmbeIis '. du,ring 40 years; 0 statistloal =mail
Dostishenlia govetgkoi Solor"Sii S& 40 16%; statistloboskil
sbornik. Musk, 1958. 203 p.0 32 dj&M.
(URA 12:6)
1. Vbits anal&. ftstigtjohaskop upraylealyo ISOMIegft
Statintichaskogo upravlonlya Jejorceskor 00 ifor MaIpbov).

red. red. b.. :-Yt~.Ecv , I . A
rji~ U Illy A . F . , red. ZlIff A Yl,,V , V. rwl
r
LDevelopment of the nationai ecoziaq of thm White humiloul
S. S.R. during the 20 years, 10,44,1963; a statisfAINLI nbs,;ractl
Ruzvitie nar-odnogo khozialet-va Beloruaskol. SSR im Al le-t
(1944-1963 gg.); statistichoskii abornik. Yirul:, lzd--v~
'Belarusl," 1964. 214 p. (XLlA 1'7:8)
1. Aite Ruvola. 3tatisticheakaye upravleniye.

ARTEMVP V. R.: IMeter Geolog-Mnerelo sel (4188) -- "Mtj-nbas-jte,j% of the
eastern slope of the southern Vrelm and thatr asbestos content". Leningrad,
1958. 18 PP (All-Union Bei Red deoloff Tinot Min aeolM SO Protoot1cm of
Natural Resources USSR), 100 copies (KL, No 2, 1959, 119)

ARTJIMDV, V.I.
Chryntoile-asbostos potential of the sast4ru slops d the nouthers
Uials [with a--ry In ftlish]. Sov. cool. I noolOP100-1111 0 158.
(IONA 19t))
lJossoyUsayy muchno-11sleUvatel'skir polotick4skir lustitst.
(Ural Rountalus-Asbestos)

ARTMOV, V.R.
Structural features of the main bed of the Dshetygars. *ku!yvctj2,s-
asbestos deposit. Inform. *bar* TS1011 me.905-96 159,
(MMIA 13322)
(Dshetygara ragion-Asbestos)

ANW- v-R-; KUZNETSOVI, V.S.
Basio obaracteristice W the distributlak of chrywtils-
asbestos deposits In the Kiya6tayerskWo asbestos-olmaring
ow, Zakonme 2%=, 1polimme iskcpd 6:228-236 062,.
OURA 1&6)
:
. V8680YUSIVY geologioboskly institute
(Ureaburg Proviace-Ambestom)
(Orenburg Provinee.-C*ysotils)

Mmova,LR.
Wow-,"-
Idthologioal factor of *~ localization of rhoftsits sn4
rhodusite-asbestos, Zakebm. rasm,, polioss. imk 63292-~32
162. Ub 16t 6)
1, V8080yusmy geolokicheskly Issutut,
(AoWstas) (Miodusite)
I ~. t

I I HU !I I " I I f - I I I I ~ I
A"Ll"EMVP V.R.
Origin of "opa,lized* rWusite. Inform. Star. VMMI no.551
83-93 162, (KN 17 1)
11! 1 1 1 '11 IL I 1111 Ili III I 10111' 12~-

UMMvp V.A.1 DOROVIKOV, F.P.; RMICYIST, D.V.; PAVUWA, T.G.;
ALYAVDIN, V.F.; VOLOSTIUKH, G.T.1 ROZIMOV, R.I.; $HMGW', A.D.1
IVANOVA, A.A.1 KORICELITSYN, V.S.1 SHCHWLOVt A.D.1 ARTPW
RYTSK, Yu.Te.; GINZBM, A.I.; DWMAX, N.B.; "Piftws" ~41.;
TRUNINA, V.1a.; YAKOVLZV, X.X.; BOGDANOVA, L.A.t W99MA, L.M.
Problem of the geolqq and characteristics of the distrikat4on
of mineral dePosiU, LtruArl VMSI 92153-~ 10. (XMA 17%O

AR i m -- - ~ ~, -f - ~ - %, Kii".7 -, .:-,.
1 11
- .. .. . -1 , , - - : tes, duni tes , and serpentini, tes. "&:;).
jses. uLn. ci,-va 93 no.3039-342 164.
(MIRA

ARTEMOV V.R.
w - .
Conditions governing the formation of rhodusite axd rhod%,,site-
asbestos veins In sedlmentai7 rocks. Trudy MM 118:3-~6 164.
(WRA 18g2)

TATAIR UM p P.M.; ART-WUy- IU KHATWVI, K.F. t HUMUNVILVIA, II.A-;
SERGIrEVSKff~-4-.-A.;
SW.Rwv, Tu.
Basic and ultrabasic rook forratims In the 'Urm~s; critto*l
observations on an article by S.V# Moskaleva. I",o AN
Ser. gaol. 30 no-5t135-W Wy 16%
Ow
1. Voesoyuznyy nauchno-Issledmtel'skly gaolqSiOhmskiy
institut, Imningrad.

ARTf " .~. I
-wr the fisallity of rhodualto in fibers. ZJL Yams.
*An. nb-va. 94 no.4,069-382 165. (61 m19)

KOTOV, V.T., prof.; GERMAN, L.S., asaittvnt,, ARTEMOV, va., asskstent
I I ;~ -, ~ If-
Ring test with tkoad sorm for diagnoising brwellosia. Yetarinariia
37 no.3t84-86 Mr 160. (KRA 164)
1. Voroneshokiy sootekhnIchasko-Werinarnyy lutitut.
(Brueellonte)

F,-- 7 ;"n UIL-E r I F I IT~ rT~xw F- y j
TU91 Ir
vibration thno
rl

AL;'.IiOR: Artemov, Ye. A.
ORG: none
!TITLL: Vibrations of an unbalanced rotor with hydraulic datapors on elastic supports
::SOURCL: IVUZ. Aviatsionnaya tekhaika, no. 1, 1966, 100-107
ITOPIC TAGS: turbine rotor, compressor rotor, vibration dampir%, forced vibratiom
',ABSTRACr: A method is proposed for using the natural freqvanoles and fat of vLbra-
'tions to analyze the amplitudes and forms of forced vibrations with friction in a rotor,
.with arbitrarily distributed dampers an n elastic supports. Tho effWs of rotor con-
figuration, arbitrary loads and gyromosents are considered. It is assuned that defor-
mation of the rotor shaft is linear and that hydraulic dampers are used with friction
1
proportional to rate of vibration. Analytical equations are derived both for externa-
:loads and for loads due to natural vibration, assuming (frcm tha standpoint of dynamic
iequilibrium) that viscosity during rotation of the system is an external force. For
ithe case of forced vibrations with 6iction, this expression reducts to a system of vi-Pol,
iload equations in planes x and M. The relative error of the method depends an the aecu~
fracy of calculating the natural forms and frequencies of the vibratime during dyna"P.
1/2
UDC: 629.194.03 1 6$4.1

ACC NR. AP6011790
0
lanalysis of a given systvm. Orig. art. has: 1 figure, 23 fomulas. 1
I-Stm CODE! 3.0.131 SIMM rAITt nAnse-fial ADIM Orr. Mbi

M
~ 1,
AMAN, Yu.; USILIMM, N.
Hidden potentialities for Improving and lwaring tbo cost of the
ad-iinistrative apparstus& ToV.~~ n. no.6:136-141 Jo
(tau 1;1391~
(Industrial Management)

%RTINOV Tu
ff.
Potentials of labor soommy in auctIttiry vork. Sots, trod 6
no. 1:32-35 J& 161* (MINA 14:1)
(If f toisnW, Industrial)

AUMOV, TuX 9 kwW. oko"001, naukj CALMIN 1 1. S. l buld. okon. immk; =XN o
okon. mkj ggovo V.N.p k=d. abut muki OCWo N-P-
kand. okon. nauk; O==Ts V-P-9 mWWy skolmodatl BAF2WL'ST0#,8*9*q
dotoonto kuA# skoo UVAI SIBMUOTI L.10.1 1100TO p+X.1 am" coo
M A 9 skopertl LIPSITS9 V.D.p kaM. 6kon. vm*I'VOInTo .0.1.9 kmAl
9Q. US41 Imt"Ap yo.pop Aspirsatkal Hmno S.M.$ VOAO; 7"Al is*
red.; TEXMNA, T.o tokbn. rods
[PUmnlug wA calauUUM Via doot of indmmUial pv4uctim) voirm Oa-
n1rovanlia i kallknWaYWI& sobootoianti proW~b2mWl pro& &Us X*-
*was Goofinillat, 1961* 183 N (=A 1416)
1. Moscov. Nauebno-loolobytWI-Ody flommooM institut. 2* SotraOmW
Hauabno-isolodovatiollikogo finamovep ia*tituU (for Artmovj, adJOperimp
Oubin, Zbukov, Oobk*vo Onk6r4w). 3. VoommoVy saftbM fintumorO-okonow.
inotitut (for Barngoltto).4.MoVy PWdigalter lJoBkovokkogo elmktmomo4a
(for Sibiryakov). 5. Starabiy kooftlItaut VprivUrAyo b*hpltmrd*V
ucbota Kinloteretva finansov, SMS (f4m I"awo 49dwnpb). 6, No"Isift
podotdola obWobiM okoamiobookikb v*prosov tmwobraWmiya Dp" torm
yri Go lane SM (Lipsits). 7* Kookovskiy skorAmiko-OWUstiobAddy li-
stitutifor lorolova)
(Coortoo Induetrial)