SCIENTIFIC ABSTRACT BAYKOVSKIY, V.M. - BAYKOVA, V. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204030004-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BAYKOVS'K!Y, V.M. (Moskva)
A
~ccumu2ation of error in telemechanical
r-tion transmiasion usIng an increment
lam. 25 no.8:12C,3-1209 Ag 164. -
systems during infor-
te-ohnique. vtom. I to-
(MA r, :10)

BAYKOV, U.M.
Quality requirements imposed upon the waters
injected in the
Shkapovo field. Nefteprom. delo no. 3:6-9 164.
(MIRA 17:5)
1.'Uf-'m.-,kiy neftyanoy
nauchno-issladovatellskiy institut.

hen&'-~ dIagram of 1,1-i~ or
S
Arlan oil -field for inj~~cttnn. Neft--rur., dt-1c,
(1-2, RA
1. Uflmskly neftyanoy nuuchno-15slelovatt-I'skly
neftepromyslovoye iipvivlemyt, 1".

LANDAj, V.A.; KANTOR, M.M.;,,BAYKW.,. -V.A, ~
X-ray diffraction control of the quality of
surface grinding
and sharpening of a tool made of high-speed steel.
Zkv. lab.
30 no*6t731-73Z 1164 (KIRL 17 t8)
1. Vaesoyuznyy nauobno-inaledovatellskiy
InstrumentalInyy in-
stitut i zavod.87rezera.

RkYKOV V.F.p inzh.
Changing the diagram for switcbing-on the current,-,f the MZP-75
machine. S*ar.proizv. no.609 A f6l.' (MIM 14: 6)
(Electric welding-Equipment and supplieo)

VASILMKIIS K.F.- BAIKOV V.I.
Infrared spectrim of lithium fluoride vapors, OptA spektr. 11
-no.l.-41-45 A 161. (MA 14:10)
.(Uthium fluoride-Spectra) (Infrared rays)

J. "... Cand Tech 0"ci
Dissertation; "Torsion in the
Constructions
of Rainforcad Concrete.tl
27/11/50
All-UniGn Correspondence
Folytechnicel Inst,
1
J'Anistry of Illighor Mucation,
USA.
90 Vecheryaya Moskva
SuM 71

':kAyxov, V.N kand. tekhn. nauk.
Itsing precast reinforced concrete in constructing
industrial
installations. Diul. stroi. tekh. 14 no.9-1-6 S 157. (MM
10:12)
1, Noskovoicly Institut Imbenerov gorodakogo stroltallstva
CNIIGSI
Mosgorispolkom.
(Precast concrete construction)

PAYKOT, V.S., dots.
Designing prestressed bout reinforced concrete elements
for crack
resistance. Bet,1 shol.-bwto no~7;330-331 Jl 160. (MIRA
13:7)
(Strains aA stresses)

S/124/62/000/003/043/052
D237/D302
AUTHOR: BaykoV, V.N.
TITLE: Stress calculations for sloping, convex shells of
constant double curvature with a rectangular plane
PERIODICAL: Referativnyy zhurnalp Mekhanika, no. 3, 1962, 12 -
13
abstract 3V72 (Stroit. mekhan. i raschet soorush.
1961, no. 3, 't - 12)
TEXT: It is prop~,sed that during the calculation of tangential
stresses in computating sloping shells of constant double
curvatu-
re with a rectangular plane by the method of V.Z. Vlasov,
utilizii~g
expansion of known and unknown functions intodouble
trigonometric
series (Obshchaya teoriya obolochek i yeye Drilozheniya v
tekhnika
(General Theory of Shells and its Technical Application), M.
-L.t
Gostekhteorizdat, 1949)t some intermediate functions, obtained
from the expressions for the stresses in question by double (or
n-
tuple) integration with respect to corresponding coordinates in
or-
der to imDrove the convergence of the series, should be
determined
in advance. Ylith values of these functions fixed at some
points,
Card 1/2

3/124/62/000/OU3/043/052
Stress calculations for sloping D237/D302
the subsequent nu:~erical differentiation with variation in these
fwnctions in the corresponding directions taken into account,
Leads,
for some chose;i, fixed va'lues of these functions, to
determination
of the sought stresses from few terzms of the series. An example
is
given, and necess-ry formulas quoted. In 23q. (1) ~ misprint
occurs:
The coefficient 1~(j _ y2)/h2 of the term ~V-2k V kF is seDarated
from the latter by a minus sign. 5 references# (Abstractorls
note:
ComDlete translationi.
Card 2/2

YAURASHEV, Vasi-liy Ivanovich, doktor tekhn. nauk,
prof.[deceased];
SIGAUYV, Emu=il Yevoeyevichp kand. tekbn. nauk, dots.-
.. aAMM4,
aliy Nikolayevi -jW. tekhn.mkp doto.PrIsdal uobadW
fp~ ~010 ll~
l,. s ;j, kuds - te4me'unk; PASTEMAKj, P.L. I
= NMM~ doktor t-ekbn*
nauk, prof., red.1-TRETtMIKOV, M.., kand. tekhn. nauk,
dots.,
nauchnyy red.; BEGAK, B.A... red. izd-va; MOCHALINA,
Z.S., tekhn.red.
(Reinforced concrete elements)Zhelezobstonmye
konstruktsii; obshchil.
kurs. Pod red. P.L.Pasternaka. MosWa. Gosstroiizdat.,
1962. 658
11
(P~reeast concrete) (MIRA 15:14

;774-M
9R--AX017467 SOURCE CODE: UR/0097/65/000/007/0049/0049

AUTHOR: &jkovg..Vq-.,L. (Organization committee chairman)

ORG: none

TITLE: Inter-republic conference on the usage of pre-stressed
reinforced concrete

constructions for industrial buildings

SOURCE:
Beton i zhelezobeton,, no. 7. 1965t 49

TOPIC TAGS.- reinforced
concrete, construction, civil engineering conference

ABSTRACT: 1he
reinforced Concrete Conskructions Section of the Central

'Administration of the Construction Industry Scientific and Technical
Organi-

zation, together with the Kuybyshev Oblast Administration of
the Scientific

iand Technical organization, Is planning a three-daX
Inter-republic conference

In October 1965, on the theme "Pre-stressed
reinforced concrete constructions

_&o% industrial bulldlngse" 7he task
of the conference will be to clarify the
i

:opinion of the scientific and technical society o
n the state and prospects

for development of pre-stressed concrete
constrdctions for Industrial building

The reports are to combine the
experience of plannings,,research and pro-

ductlon organizations in
the constructions production.and installation of

P
arts made of this materials The conference's organization committee
Invites
~

W~r~e
r
s in the field to take part in the, conference

SUB CODE: 13 SUBM
DATE., none

Card IA POW

B/148/60/000/007/005/015
A161/iO29
AUTHORS: Osadchiy, V.Ya.; Fomenko. Yu.Ye.; Yeriklintsev, V.V.;
Baykov, V.P.
TITLEs Metal Pressure on the Piercing Hill Rolls
PERIODICALt Izvestiya vysshikh uchebnykh zavedeniy. Chernaya
metallur-
giya, 1960, Wr 7, PP 103-110
TEXT: An experimental investigation at Nikopol'skiy
Yuzhnotrubnyy zavod
(Nikopoll Tube Works),is described. The purpose was to study
the dynamics
of the process, which is important for full utilization of the
power and
mechanical strength of rolling millsoas well as for
establishing an
optimum rolling process technology. The "400" installation of
the plant
used for experiments consists of two continuous heating
furnaces; two
piercing mills (with 960-860 mm diameter rolls and 2,350 kw
motor); one
reheating furnace before the spreading mill; an automatic
spreading mill;
two rolling-over mills; one sizing mill, and a cooler with a
straightening
machine. Both piercing mills ai~re operating only when rolling
large-
diameter and -thin-walled tubeallotherwise the piercing mill Nr
2 operates
alone. It produces billets in a single piercing. Metal pressure
on the
Card 1/3

S/14 60/000/007/005/015
Metal Pressure on the Piercing Mill Rolls A161YA029
piercing mill rolls was measured with dynamometers placed
between the
screwdowns and the work roll bolster (Figure 1), in especially
prepared
casings (Figure 2). Pressure oscillograms are shown (Figure 3)
and
"decoded" (in Table 1). No sufficiently accurate theoretical
or experi-
mental data are yet available on the dependance of specific
metal pressure
on the basic piercing process parameters, and data obtained by
experience
are usually being employed in calculations of the piercing
mill parts and
technology. In the described investigation, mean pressure was
determined
by dividing the experimentally determined full metal pressure
on the rolls
by the contact area between the metal and the rolls: P 2
A.I. Tselikov's method /Rat 31 was used for p . a kg/mm
determining the contact area, taking into account the ovality
of the
billet. The mean specific pressures are given in a table
(Table 2). It 2
was stated that for alloy steel the mean spegific pressure is
10-14 kg mm,
and for carbon steel it reaches 7.5-12 kg/mm , which matches
the data
obtained in other investigations /Refs 1, 4 and 5/. The
following con-
clusions were drawn: 1) In the two piercing mills studied the
pressure
was 33-9z ton, which is not high for this type of mills. In
rolling
Card 2/3

S/148/60/000/007/005/015
Metal Pressure on the Piercing Mill Rolls A161/AO29
stainless and alloy steel the pressure is higher than
in-rolling carbon
steel, provided that axial slip has no dominating effect as is
the case in
rolling 168x8 mm tubes of X 580 (Kh5VF) and 168x1 0 mm tubes
of X 5 (Kh5)
steel tubes. When rolling tubes of equal diameter but
different wall
thickness, the pressure curve has a maximum. 2) The pressure
on the inlet
side screwdown is higher than on the outlet side screwdown: by
2-3 times
in the piercing mill Nr 1, and 2-4 times in the Hr 2. Load on
the outle t
side bearin s being much lower, their rated life time may be
increased 2-
3 times. 3~ Only slip (lag) of metal was observed in the
deformation zone,
lead was absent. The axial slip coefficient was between 0.48
and 0.90.
There are 8 figures and 5 Soviet references.
ASSOCIATION: Moskovskiy institut stali (Moscow Steel Institute
SUBMITTED: June 24, 1959
Card 3/3

ov r P T,-. r t1i r-- r; a. r i ra t, i r c

RWANOVA.. Zinaida Ivanovna; DANILEVICH, M,V.p
doktor ekon. nauko
otV, rsd,L B
"Y p ,red*$,
[Problems of eoommia integration In Latin Ameriea]
Problemy -
skonomiobaskoi integrateii v Latinskoi Amerike.
Moskva
);auk&# 1965. 249 p. (MIRA 16:51

- --BAYKCrV-, V-4- S.- - - -- - - - -- --- - - ----
9,
NGas Content Determination In Steel and Ferroalloys."
paper presented at Second SyaTosium on the Application of
Vacuum Metallurgy.
i-1, 4ull-tirv. INAoscacd

BAU", T. S. _..
Determining the hydrogen content in steel.
Top.prolsv.stall
no.5:71-79 '38. (MIRL 19:5)
(Steel-Hydrogen content) (vacuum apparatus)

BATIOV, V. S.
Hydrogen content in stool and slags during electric
smelting.
Top,prolsy.stall no-,5t8O-87 '38. (KIRL 12:3)
(Stool-Hydrogen content) (Slag-Analysis)
(Xactrometallurgy)

SOV/1 17-59--2--2656
Translation from: Referativnyy zhurnal. Metallurgi,)a, 1959,
Nr ?, p 55 (USSR)
AUTHOR: Baykov, V. S.
-Tthe Technology of Structural- steel Smelting in Electric-
T IT LE: Investigation o
arc Furnaces With the Use of Oxygen (Issledovaniye po
tekhnolog'.i
vyplavki konstruktsionnykh staley v elektrodugovykh pechakh s
pr:,--
meneniyem kisloroda)
PERIODICAL: V sb.: Vopr. proiz-va itali. Nr 5. Kiyev, AN
UkrSSR, 1958.
pp 88-91
ABSTRACT- The investigation was carried out on 40-ton
electric-arc iurnaces
during the production of 18KhGT, 30KhGT, ShKh 15, U I OA, and
oLhe r
grades of steel with the purpose of accelerating
dephosphorization and
decarbonization of the metal. Upon the mciting of the bharge
the slag
was not drawn off and 02 was blown through the bath for 15 -
ZO min
until the needed [ C] was obtained. The followirg results were
at -
tained in the experimental smeltings- The effervescence period
was
shortened to 15 - 20 min, 02 and electric --energy
consumption. as well
as the loss of Fe in burning, were reduced. The author points
out the
Card 1/2 Lnexpediency of adding Fe ore during the process of
tusion because it

SOV/1' 37- 59 - 2 - 2656
Investigation of the Technology of Structural- steel Smelting
in Electric (cont..)
increases the amount of slag and introduces additional
amounts of C into the charge;
and thus increases the amount of harmful impurities in the
mixture.
A. Sh~
Card 2/Z

BAYKCIV, V.S.; PAVIM45KIY. I.hI.
Usovershenstvovanie metodiki opredeleniya
vodoroda v zh!Ldkoy stali.
report -,;uW tted for the 5th Physical Chemical
Conference on
Steel Production.
Moscow 3 0 JUN 1959

-:,'Ylxvj V.S., G-~.nd Tcch "Lci-G'i--.-- of
,ur thn of 9,~scn in mct~d!~ tli~,, -;tuL'.y of the bc~h-%.vior
~c '1 11 Dac-.-ro-
cf in tho :~roccz,s of
T?Ql nwll

El P.
ttg
fa
q

(- BhYKOT, V.S.; PjtVLINSKIY, I.N.
Determination of lWdrogen in steol. Yop.proizv.stali
no-7:
63-73 160. (MIRA 13;8)
(Steel--Hyftogan content)

S/137/62/000/003/183/191
A154/Aioi
AUTHORS: Baykov, V. S.; Pavlinskiy, I. N.
TITLE: Examination of methods for determining hydrogen in steel
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 3. 1962,
5, abstract 3 Y 20
(Sb. "Piz.-khim. osnovy proiz-va stali". Moscow, AN SSSR, 1951,
279 - 286)
TEXT: When determining the-H content in steel by the
vacuum-heating
method, other gases, mainly water vapors and Co, are also
extracted. A diarram
of equipment for full analysis of the gases is given. It was
found that the
total content of H and water vapors In the extracted gases
varies from 80 to
96 %, the amount of water vapors in the examined gases was up
to 0.9 ml per 100 g
of steel. The Co content of the extracted gases hardly depends
on the C content
of the steel. Adsorption of moisture on the analytical
equipment introduces a
considerable error into the analysis for H, therefore moisture
absorbers with a
low vapor pressure must be used. For determining H for
industrial purposes. it
may be recommended to use a moistureless prevacuum heating
device and to take
Card 1/2

CODE:
AUTHOR: bykov, V. S.; Vasillyev, Yu. N.
ORG: none
4~V
TITLE: The feasibility of increasing the effectiveness of the
gas ejector stage
SOURCE: Lopatochnyye mashiny i struynyye apparaty
(Vanemachinery and jet apparatus)
sbornik statey, no. 1, Moscow, Izd-vo Ma-Iiixiostroyeniye,
1966, 235-249
TOPIC TAGS: combustion gas 4namics, gas ejector, flow field,
nozzle flow,
flow analysis,, GA's %7-Er
ABSTRACT: Two new types of,gas ejectors are considered and
described. One has
sudden expansion of a high-pressure gas jet (see Fig. 1), and
the other has a

ACC NRj Xr6028563
divergent high-pressure gas nozzle (see Fig. 2). The
computations of the two
Fig. 2.
nozzle
Ejector with divergent high-pressure
I - High-pressure nozzle; II - low-pressure
nozzle; III - mixing chamber; IV - diffuser.
gas-flov patterns in the initial section of the mixing
chamber(Presented graphically)
were made by the method of characteristics, in order to
determine the limiting
values of the compression ratio and pressure drop in both
ejectors. A comparative
study of the results presented in graphs for a conventional
ejector and both ejectors
described here shows the advantages of the ejector with sudden
expansion of a high-
pressure jet over a conventional type, and of the ejector with
a divergent high-
pressure nozzle over the former. The limiting values of the
compression ratio c
cwj 2/3

1 42808-66
ACC MRs M026563 0
T~rsus the pressure drop a for both ejectors are give in Fig
3. Orig.
Fig. 3. Limiting values of pressure ratio
versus pressure drop
10
I - Ejector with a divergent nozzle; II Ejector
TITJ Vith sudden expansion.
10
29 to 80 lop 120 J#O .6
art. has: 17 figures and 9 formulas.
SUB CODE-12 ,20/ SUBM DATE: 06Apr66/ATO.i?,R,-5,~tS-,16C-
[ABI
3/3 ZC,

GRECREV, M.A., kand. ekon. nauk; XLESIET, O.G.,
kand.ekon. nauk;
TARASOV, K.S., kand. ekon. nauk; DA11ILEVICH, M.V.,
doktor ekon. nauk; YURLOV, A.F., kand.ekon. nauk;
ONUFRIM, Yu.G.j ROMANOVA, Z.I., kand. ekon. nauk;
SHERDWIYEV9 I.K.., kand. ekon. nauk; SHULIGOVSKIY,
A.F., kand. istor. nauk; KALININ, A.I., kand.
iurid. nauk;
AVARINk, V.Ya., doktor ekon. nauk, red.; XAIKOV
V.S.,red.;
I L:Z' -
KOVALEV, A.P., red.izd-va; KASHINA, P.S.# tekhn,
red.
[Econonomic problems of Latin American countries)
Bkonomi-
cheskie probleW stran Latinskoi Ameriki. Moskva,
Izd-vo
AN SSSR, 1963. 511 P. (MIRA 17:1)
1. Akademiya nauk SSSR. Institut mirovoy ekonomiki
i mezh-
dunarodrykh otnosheniy.

BAYKOV,, V.T.; BOLKHOVITINOVp V.F.9 prof., retsenzent;
TRAPEZIN, I.I...
retsenzent; RWASHMM, A.Yu,,, oty, red.; IZRMOVv
M.M,p tokbn* red,
[Structural meebanics for air lanes) Stroiteltnaia mekbanika
sa-
moleta. MoeWaj MAI. 11tol, Statically determinate rod
systems]
Staticheski opredelinye starzbnevyo siotemy. 1950 228 p,
iKM 15tl)
(Structuresp Theory of)
(Airplanes--Desip and construction)

Y. T
R&YO Imndidat takhnichaskikh nauk [deceased]; LOPOTOX. B.N.,
1-Midst takhnichesk1h nauk; TRAMIN. I.I.. Imndidat takhnichookikh
nauke
Bending of oblique-angled pl&tee* Trudr MAI no*69:3-10 156*
(MM 10:1)
(Ilastio plates and $hall$) (Flomwe)

M
BRAUN, E.D. ',~~qkvfj); CIITCHINAVLE, A.V. (146skya);
SMIRNOVA, Ft.G. (Moskva);
BAYKOVI V.V. (Moskva)
SimiLlation of the braking process on the IM-58 fricticn
machine.
Mashinovedenie no.21105--n5 165,
(KRA ISO)

IONSTANTIBOT, B.P.; ta~v, ~Tux. -,~RYSKIN, G.Ya.
7lotation method-for measuring compression
coefficients of solids
and liquids. 71so tvar. tole. I no.6:963-969 Jo 159.
(WRA IWO)
1.Leni W adskiy fisike-takhnicheekly institut AN SSSR.
(Compressibility)

B/o8lj62/000/006/069/117
B149/B108
AUTHORS: Obolentsev, R. D., Timofeyev, V. 'D., Ratovskaya, A. A69
Baykova, A. Ya., Rafikova, L. G., Gavriloval L. D.
TITLE: Group-oomposition of organic sulfur compounds in petroleum
from the Bashkirskaya ASSR
PERIODICALs RiferativrVy zhurnal. Xhimiya, no. 6, 1962, 527, abstract
6M135 (Sb. "Khimiya seraorgan. soyedineniy, soderzhashchikhm-
ya. v neftyakh i nefteproduktakh. v. 4", M., Gostoptekhiz-
dat., 1961j 103 - 112)
TEXTj The total sulfur, sulfide and elemental sulfur content of crude
petroleum from various deposits were determined, the former by double
combustion, the two latter by anode polarography with solid
electrodes.
In additionp the distribution of.organio sulfur compounds accordinir,
to
fractions with onset of boiling at 120, 120 - 200, 200 - 250, and
~50-300%
from a series of petroleums was studied. The sulfide sulfur in the
fractions was determined by the iodine complex method, the meroaptan
sulfur by the Grimme method. Elemental sulfur was found in only one of
Card 1/2

ACCESSION NR: AT4040448 S/2933/64/006/000/0014/0025
AIJIHOR: Obolentsev, R. D.; Baykova, A. Ya.; Rafikov~# L. G.;
Timofeyev, V. D'.
TITLE: Group composition of sulfur organic compounds In crudes
from the Ural-
Volga oil bearing region
SOURCE: AN SSSR. Bashkirskly filial. KhImlya scraorganicheskikh
soyedinenly,
soderzhashchikhsya v neftyakh I nefteproduktakh,*vo 6, 1964, 14-25
t
TOPIC TAGS: Bashkir crude, Tatar etude, crude sulfur content.
sulfide s0fur
content, mercaptan sulfur content, elemental sulfur content,
sulfur organic
compound thermostability, sulfur organic compound, petroleum
analysis
i ABSTRACT: Oouble combustion, anode polarography on solid
electrodes and polaro-
I graphy on a dropping mercury electrode were used to analyze,
respectively, the
contents of total sulfur. sulfide sulfur, mercaptan sulfur and
elemental sulfur,
In 155 samples of crudes from various Bashkir and Tatar deposits.
Fractions to
120 120-200, 200-250 and 250-300C were distilled on a TsIATIM-58
assembly, tem-
per;ture In the column being maintained either above or 20-30C
below the upper
thermostablilty levels of the respective sulfur organic compound.
Results are
presented In severalkables and Indicate total sulfur' ranging from
0-72 to 4,93%-
Card 1/2

ACCESSION NR: AT00448
1. Sulfide sulfur ranged from 15 to 40% of total sulfur, mercaptan
sulfur from 0.1
to 15.1%, while elemental sulfur was found only In crudes from the
Sakmaro-
Artinsk levels of the Ishimbay deposits. Distillates contained
mainly sulfide
sulfur (30-90% of total S). Mercaptan S was present primarily In
distillates
(to 200C) from four levels and ranged from 8.8 to 72-79% of total S.
Elemental
S was absent or present In small amounts (0.01 - 8.9% of total S).
It Is con-
cluded t6at the thermostabillty of sulfur organic compounds
contained In crudes
depends on the age of the crude and the composition of the oil
bearing formationse"
Orig. art. has: 7 tables and 3 graphs.
ASSOCIATION: Institut organichaskoy khImII, Bashkisskly filial AN
SSSR
Institute of Organic Chomistryl.Bashkir Branch, AN SSSR)
SUBMITTED: 00 ENCL: 00
'FP 10
SUB CODE: NO REF S. V: 007
OTHER: 006
or 2/2

EW-1M 1, -WE
L =W4A
ACC N14 AP6001880 SOURCE CODE: UR/0065/65/000/012/0022/0024
AUTHOR: -Obolentsev, R. 0.1 Daykova, A. YA,
ORG: TOXh Banbstonualvessiteta
IrITLEs Croup composition.of organovulfur compounde.present In.crude
oil from
the Harkov field
SOURCE: Khimiya I takhnologiya topliv I masell no. 12,*1965, 22-24
TOPIC,TAGS: crude petroleum, organic sulfur compound
ABSTRACT: The composition Qf organosulfur compounds present-in crude
oil from
the Markov field in the Irkutek amphitheater has been determined.
Tota,", sulfide,
mercaptan, and elemental sulfur was determined in four fractions in
the tailing
rangd from the initial boiling point.to 300C.' The data, presented in
tabular.
form in the original article, Indicate that mercaptan sulfur is the
principal
constituent (51.7-77% ;tervaptanehotal. organosulfur compounds). This
suggests
that Markov crude is a good source of mercaptans as well as petroleum
products
and therefore should be refined by alkali treatment rather than
hydrofining.~
Orig. art.'has: 2 tables,' ism)
SUB CODE-. l1/ SUBM DATEt none/ ORIC REFt 011/ OTH REP: 003/ ATD
PRESSvi
Cmd I III f;4;1-j1q'fiAS,S(571ji)

goo* 0
*006 **goo** 0090
I I It a U M TS b
o
is Ar a )0 a 31 V a Is a 7A V a P a A; a d) a *'to
LA.
165,
Defonotlone and Stress*& In latemittent Welding. V. 0, Ckerblom
and L P.
0*2 DqUM. (Aytogennom Del*# 1948, No. 12, pp. 16-20). 11a
ftasiq. 'he
004' i _
!: -; results of a theoretical inveaOSatich of the deformation
and streams* produced
004 during the welding of short, seems are appUW to the
conditions of intermittent
00 J
arc-,&vldin4 with welding currents of 150 amp., voltages of 20,
and welAing spas
of 0.12on./sec. Calculated 6004 isothems as drawn and the
variations In
site and shape of the sones at higher tomperatures are
considered. The effects
040
of the relative dimiensions of bead, stripp wd intorbead
interval an defornatic
43
and stress for the case of latersittent, bead-welding along the
Wgo of a strip
are examined, and the significance of fluctuating temperature
conditions Is
discussed for various methods of depositing the seam.-S. N;.
to-ILA 0ITAU O"ICAL LITIOSIA019 C1.41WICATOR
%,W.,
t
14
U 0 to 11
0 0 0 0 6 a 0 0 0 0 0 0
000000000000000000000 000 some
00 0000 me e 9 As 0 0 0 0 0 0000,0--- 0 0 0 0 0 0000000 0 000000
-00
.
*0
-06
060
goo
604
goo
000
woo
500
goo
woo
wool

W 0
4 1 4 1 0 0 N a

I F
it A 9

OWISSIS AN* 04408MIS =0

of dw Dreffftj

Pledge al" sovv%ws. I In vh~-i-- )

1. P. 5xilcova, Aptagramm
M16 (Wekimz). Feb. IQW.
--
IF
p. 44

id
A simpEkW rmhod of defermininf rewtul deferim-
i b
w
h
f

g

ar
i
tions and Streme causm
e WW o
y t
!njg ~W
d f
h
d
l

**a
or mairmix in
1swc
rwr
ar or mifing was
ope

whivis am-tural tmusfaimiatkm avew in the tan-
0:

Perature MkZO CGfreapanding to the metars puoic

state. 71KOW"I
oo~ are gnph"lly intertiretca
4141AAAW"AL 1.111ASTWE CL&UMATIN
4*1443 oil 4"v let GBL&" 411&81 dd OW jLts
.0 All; 9 Aft I a #W 0 a a I W go
0 sees 100 1:0*00 as *is *see 000,4
0 s 0 so 0 # 0 0 0 0 a- I as 1 0 0 0 0 0 * 0 .0 A V 0 ffi-
0.111A

P- KOVA ~ 1 rnd CKMTOW,
Gazovaia v,~rezks tochnykh detalei. (Vestn. Mash, 1951, no-
5, P- 54-59)
Includes bibliography.
Gas cutting of precision parts.
DLC: TN4V4
SO: Manufacturing and Mechanical Engineering in the Soviet
Union, Lil-rM of
Congress, 1953.

471

SOV/137-57-11-21634
Translation from: Referativnyyzhurnal, Metallurgiya, 1957,
Nr 11, p 140 (USSR)
AUTHORS: Okerblom, N.O., Baykova,_ I.P.
TITLE: The Effect of the Shape and Depth of Penetration of
Parent
Metal on the Magnitude of Angular and Transverse Deforma-
tions (Vliyaniye formy i glubiny proplavleniya osnovnogo
metalla na velichinu uglovykh i poperechnykh deformatsiy)
PERIODICAL: V sb.: Probl. dugovoy i kontakt. elektrosvarki.
Kiyev-
Moscow, Mashgiz, 1956, pp 39-52
ABSTRACT: Theoretical and experimental methods were
employed in
order to determine how the depth and shape of the zone of
pene-
tration (ZP) in a metal sheet affect the magnitude of
angular
(AD) and transverse deformations (TD) during bead welding.
The following was established: a) The magnitude of AD is a
function of the ratio of width and depth of the ZP to the
thick-
ness of the metal; b) the AD vary depending on the contours
of
the ZP; the latter considerably affects the magnitude of
the AD
when the ratio between depth of penetration and thickness
of the
metal approaches unity; c) regardless of the contour of the
ZP,
Card 1/2 maximum values of AD are observed in the case of
incomplete

SOV/137-57-11-21634
The Effect of the Shape and Depth of Penetration of
Parent Metal (cont.)
penetration; d) as the amount of energy per unit length
is increased, the AD
increase initially and then become smaller again; e) the
TD become greater
as the ratio of depth of penetration to the thickness of
the metal and the
linear energy is increased; f) when the values of the
penetration -depth/m etal -
thickness ratio are sufficiently large, the variations in
TD are directly pro-
portional to that ratio; g) the bhape of the ZP
influences the magnitude of TD
only at small penetration depths and limited quantities
of energy per unit
length. In the case of short beads, the angular and
transverse deformations
may be evaluated approximately without taking into
account the deformations
resulting from heating and cooling of the parent metal.
In order to evaluate
the angular and transverse deformations present in welded
joints of consid-
erable length, time differences connected with the
deposition of the bead
weld must be taken into account.
V.S.
Card 2/z

F_-~ Ir i'~-! ,- - -! V, -J/
Y---7 T . TV- r--
123-1-549
Translation from: Referativnyy Zhurnal, Mashinostroyeniye, 1957,
Nr 1, p.87 (USSR)
AUTHOR: Baykova, I.P.
TITLE: Formation and Development of Angular and Tranxverse
Def ormations in Welding. (Obrazovanlye i razvitiye
uglovykh i poperechnykh deformately pri evarke)
PMODICAL: Trudy Leningradsk.ftlitekhnich. In-ta, 1956, Nr 183,
pp. 78-93.
ABSTRACT: Results of the experimental inveotigation in formation
and development of angular and transverso deformations,
which appear during bead welding on the,surface of-
sheet metal. The results of investigation are compiled
in charts and tables.
Ye. B.G.
Card 1/1

BUBJECTs USSR/Welding
AUTHOR: Baykovas I,P,9 Candidate of Technical Sciences.
TITLEj Welding Deformations in Seams Welded in Separate Sections
Ovairoohnyy4 deformataii pri, vypolnenii shva otdel*nyal
uoheatkazi).
PERIODICAL: "Overochnoyo Proinyodetvo", 1957t Ot pp 11-14 (USSR)
ABSTRAM The experimental investigation described has been carried
out with the purpose. of confirming the assumption that welding
deformation caused by long seam$ can be reduced by welding seams
intermittently with subsequent welding of the remaining gaps,
instead of welding the entire seam in one continuous pass.
The technology of the experiments is described In detail.
The conclusions were that splitting a long seam into separate
short sections has no practical effect on angular deformation,
Replacing a long continuous seam by an intermittent seam of
lease length reduces angular deformation which decreases with
increasing intervals between the short seams and vith-decreas-
Card 1/2

SOV/1 37-58 -8-17060
Translation from: Referativnyy zhurna I, Meta I I urgiya,
1958, Nr 8, p 123%: USSR)
AUTHOR: Baykova, I.P.
TITLE- ---T7e-rtain Peculiarities in Deformation of
Bean-is Caused by
Superimposition of Transverse Welded SearnE- iNekoloryye
osobennosti deformirovaniya balok ot nilozhenjya poperech-
nykh shvov)
PERIODICAL: Tr. Leningr. politeklin. in-ta, 1957, Nr 189,
pp 34-42
ABSTRACT: Bending deformation of welded I beams (JBi was
investi-
gated after transverse welding scams were sul)crurposed on
the beams in a direction from the neutral axis of the
131toward
the flange. 2.3 rn long IB, made of steel St 3 employed in
(.on
struction of welded bridges, consisting of 12.xZOO rnrn
flanges
and a 10x250 mm web, were employed. The degree of length-
wise bending deformation of' the IB was measured b\, means
of
7 gages mounted in jigs and distributed along the flanges
of the
beam. 17 bead welds, produ(ed witli UONI -13/45 electrodes
6 mrn in diameter, were deposited in three groups as
follows
(the distance between the seams being IZO mi-n- Tht ~srst
Card I/Z group, composed of three searns, was deposit(.d
in the c enter

SOV/ 137-58-8-17060
Certain Peculiarities in Deformation of Beams (cont.)
of the beam; the second group consisted of six scams,
three each on either
side of the first group; group three consisted of eight
seams evenly divided
on both sides of group Nr two. The line of deflection and
the sag were de-
termined by computation at the center of the distance
between reference
points, The measured and calculated values of the
deflection agree closely.
The shape of the experimental lines of deflection differs
from that of the
lines obtained by calculation; this is attributable to
the fact that transverse
deformations occur throughout the length of the 113. It
is shown that the
bending deformation of the flanges of the IB is a sum of
the over-all deform-
ation and the local deformations (brought about by a
reduction in length of
the transverse bead welds); the actual line of
deflections of the IB is deter-
mined only by the bending deformations of the IB caused
by the introduction
of the transverse bead welds along its length.
V. B.
Eciarass--l-lielding 2. Larms--Defomation
3. Welds--Stresses
Card 2/2

Damn, r. P. (Gand. Tech. Sci.) (Docent)
C- - - I --
"Calculation Techniques in Designing Manufacturing
Pro-
cesses for Producing Welded Structures," p, 112 in
book
Reports of the Interuniversity Conference on
Welding,, 1956.
Moscow, MashgIz. 1950; 266PP.

y/