SCIENTIFIC ABSTRACT ARKHANGELSKIY, Y.A. - ARKHAROV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102110004-2
• 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

ARKHANGELISKIY, YU.A. (Moskva)
On single integrals in the problem coneorning the notion
of a
solid body in a Newtonian field of force. Frikl. mat. i
makh.
26 no-3t568-570 Yq-Je 162, (MIRA 1615)
(Integrals) (Motipp)

8/040~62/026/006/010/015
D234/ '308
AUT11011i Arkhange11s---!yg YU~At (Moscow)
TITLE: A Poincarb theorem concerning the problem of motion of
a rigid body in Newton's force,field
PERIODICAL: Prikladnaya matematika i mekhanikat v. 269 no., 6p
19620
1116 - 1117
TEXT: The author proves that the system
A dp~ + (C - 8) qr - V611."if + (I (C - B) TY
dt
H A +'(A - C) pr - 47 3esy~+ ct C),t"y
dt
A) pq . x1,11, - VIOT + et (B - A)
dt +(a
dy n' - qT", d7o ,PT, - ry. qT L PT,
W dl
mgx*, jee - MM, 09 'Vest, aU
Y)
Card 1/2

AURM& I IY' eksandrovich; EELOTSERKOVSKAYA,
S.I.,
red.; GALANTIONOVA, Ye.S-.,tekhn. red.
I
(Safety measures in the production of Ithyl
gasoline]
V
Tekhnika bezopasnosti pri rAbote a
etilirovannym benzi-
nom. Izd.3, dop. Moskva, Avtotransizdat 1963.
33 P.
WRA 16-7)
(Gasoline--Safety measures)

---------------
S/040/63/027/001/022/027
D251/D3nR
MMOR; Arll~langel'aldy, YU.A. (Moscow)
TI'fLE: On algebraic integra :1s in the problem of the motion
of a rigid body in,, a. Newtonian f orce f ield
PERIODICAL: 1rikladnaya matem atiltai melchanij~a, v. 27, no. 1,
1963, 171-175
TM' M V*V* BOletskiy (DjW SSSR, 1951, ~'. .113, no. 2)
showed that the approximate equations,of motion of a.rigid body
about a fixed point as above have three independent algebraic first
integrals: the via viva integral, the integral of areas and the tri-
vial integral.. Since the approximate equations of motion do not
contain the time explicitly and have.the last Jacobi multiplier
equal to unity, it is evident that the existence of a fourth alge-
braic inte5ral would permit.the problem to be reducod to a quadra-
ture. It is shown that -such a fourth integral exists only in the
cases analogous to Euler's case and Lagrazige's case in the theory
of the motion of a rigid body about a fixed point in a homoctencous
Card 1/2

S/04 63/027/002/016/019
D251YD308
AUTHOR: Arkhangellskiy, Yu. A. (Moscow)
,TITLE. Periodic solutions of quasilinear autonomous systems
possessing first integrals
PERIODICkL-. Prikladnaya matematika i m'ekhanika, Y. 27, no. 2,
1963, 369-372
TEXT: The author considersl.the quasilinear autonomous system with
n degrees of freedom
n
(a
n)
1kxk + a1k xk
k=1
ere f bare analytic functions of their exgumente in some domaint
Card 1/2

'k;/040/63/027/002/016/019-
Periodic solutions of ... D251/D308
_~,u is a small parameterand all roots of the frequency equation
2 2
0ik ejaik 0
are different and commensurate, The solution will possess n fre-
quencies ol, ... t)nand will be periodic with some period To. Three
groups of conditions of periodicity are established, and the pars,
meters of the problem may be evaluated from these. It is supposed
that (1.1) possesses 1( 2n) independent first integrals. Pollow-
inf Poincare's method, these:integrals are expressed as finite-
difference equations, and the problem of determining the conditions
of periodicity is reduced.,to the.problem of ascertaining the pro-
perties of a Jacobian.
SUBMITTED: November 1, 1962
Card 2/2

ARUAVOLISKIY, Yu.A. (Iloakva)
Algebraic and univalent integrals in t1e problem of
motion of a
solid body in a Newtonian force field. Prikl. mat,
i mokli, 27 no.
4t697-698 J1-Ag 163. (MII~A 16-91)
(Integrals) (Gravitation)

ARKnNGELISKIY, Yu.A. (Moskva)
Motion of a balanced gyroscope i~ a Newtonian force field,
Prikl. mat
i mekh, 27 no,6:1099-1101 N-D Os NLRA l7t15

I
ARMIANGELISKY,, Tu.A. (Noscow)
"Motion of a heavy solid around a fixed point in the
New+~onian force field"
report presented at the 2nd All-Union Congress on
Theoretical and Applied
Mechanics,, Moscow., 29 January - 5 February 1964

ARMUNGELISKUS.. ?N.~t .(Moskva)
Algebraic integrals in the problem of the motion
of a
po4d body in a Newtonian field of force. Prikl,
mat, i
nekh. 27 nosl:171-3.75 Ta-F 163. (MIRA 16: 11)

ACCESSION XR'; AP4015972 3/0040/63/027/005/0864/0877
AUT1101I.- Arkhangellskiy, Yu. A. (Moscow)
TITM: Motion of a heavy solid body set into fast rotation about a
fixed point
SOTACS: Priklo matem. i mekhan., v. 27p no- 5, 19631 864-877
TOPIC TAGS: fast rotation,fixed point, equation of motion, heavy
solid body,
angular velocity, initial condition, small parameter, periodic
solution, regular
precession
ABSTRACT: Motion of a heavy solid body about a fixed point which
has been imparted
with large initial angular velocity has been studied in the
Goryachev-Chaply-*gin
Cate. There are certain restrictions on the center of gravity, on
the moments of
in"tia, and on the initial conditiona. Using the small parameter
method, the
-FV'4
auth i ti too tho periodic solution of tho equations of motion of
a hoavy
,,jr n
go bo(~e:bouat a fixed point whioh han boon aotuatod into fnat
rotation relative
to 4 e of the main axes of the ellipsoid of inertia and studies
the motion of the
booi In particular he shows that any solid body, for z. / 0 -xill
have a pseudo-
re lar precession about the vertical axis already in the first
approximtion. Of
Vt6 Bix initial codditions, At least four are arbitraryt Orig.
art. hag.
Card

ARKHANGELISKIY, Yu,A. (Wskvx)
Motion of the Hove-lovskii gyroscope. Frikl. mat. i
m9kh. 28 no*3;
521-522 MY4064 "'ICRA 1737)

Y1.0114.
Motion of U'dia-'I ill u fitfAnnlsil of ~'IIVJO
mat., i
mokb. 28 no-0759-r,6) JI-1194-' (WRA 2,728)

P -1
158 2, 1 f) 4 2 - 2'4
SMIWF AN Doklady', v
TOPIC TAGS~ Euler Poisson equation, heav.v body rotation.
periodic solution,
solid bodY vt)lation, anal-vtical mechanics
ABSTRACT: The paper deals with the application of the
Fuler-Poisson equations
which can be, under cer-tain circurnstancPs. rf-diit ed t i)
--i qim!;Oine~;r autonomic
E~'~~tprl i-A;) dvjzvvf~s of freedom. to thi, h- (4v xv i t
h a f i x c d
V

L
NP AP-W-1562~
ASS( Y-I A Tl( ) N N Ylf-
1~1 , B V I'l I I I ) , b \ t, 1, 1, 1
-:!.!I - -~-):)T- AO Ni i-
FN (' i f) 1)
N C) T, I , T- , - " -7 " , -~ I I ,
' ~ T 1 ' T - T ? " n 4

ne appi i v s ns rosultr to the Yovalevskay case.

wo

ARKHANGFLISKIY, Yu.B.;,GIIUGUY~.V, G.P.
Power-. mVply f r relay systems operating on a time p#ae prAnciple.
Sbor. rab, 00 slaktromakh. no.9:70-'r) 163, (MIRA 17:2)

ACCESSION NR: AT4015857 S/2673/63/000/009/0079/0087
AUTHOR: Arkhangellskiy,-Yu. B.
TITLE: A dlgi~l ;~ie`grator FwI ~errflto-transistor elements
SOURCE: AN SSSR. Institut elek-tromekhaniki. Sbornik rabot po
voprosam elektromek-
I haniki, no. 9, 19G3. Avtomatizataiya, telemekhanizatslya I
priborostroyonlye (Auto-
mation, tolemechanization and Instrument manufacture), 79-87
TOPIC TAGS: astronomy, telescope, automatic control system, digital
integrator, digital
differential analyzer
ABSTRACT: The integrator described is part of a Digital Differential
Analyzer, used for
precision conversion of equatorial coordinates to azimuthal
coordinates in tha automatic
control of astronomical instruments. The Integrator works at clock
freq-.,,cneies of 300-
500 kc and was designed at the Institut olelctromakhaniki AN SSR
(Institu't-.- ol'Electro-
mechanics). The thrco-bit-input integrator consists of a
bi-directional couater, a cum-
ulative adder and the interconnecting logic circuitry. The adder
logic Is the same as the
counter logio since a bi-directional adder is analogous to a counter
with an Input of -1
for all digits, no inte&ator is entirely constructed from the
ferrite-transistor logical
Card 1/4

ACCESSION NR: AT4015857
elements shown in Fig. 1 of the Enclosure. The element consists
of a ferrite toroidal
transformer, a semiconductor triode and an emitter resistor.
The same elements are
used in the timing pulse generator except that the transistors
are in common base con-
figuration. The design of the for rite- tran's is tor elements
for the clock and the integrator
is given In dotall. 71c clock pulses are 15 volts high, I psec
in duration and drive 20
elements. Ile ferrite core is a VT-1 with the following
properties: change In magnetic
flux during pulse duration = 0. 132 gauss/crn2, lengtb of
central magnetic field line
0. 535 cm; coefficient of magnetism reversal - 1 4 amp/cm. The
clock element windings
have 2-20 turns while the integrator windings hle 9-2)2 turns.
The minimum required
pulse width is 0.47 pace. and the transistor used is a P16B.
The elements perform
satisfactorily with 1 - see. pulses at 0. 6 duty factor, 1. e.
a clock frequency of'500,kc.
Using a P403 transistor and a suitable ferrite core, the clock
frequency can be raised to
1.2~cm. The integrator Is considered very economical since It
requires only 50 elements!:
per digit and can be used in differential analyzerip,
intorp6lating systems, oto. Orig. art.:
6 figures and 16 fomulas.
ASSOCIATIOM InstibAt alektromokhanild AN SSSR (Electromechkntcs
Institute AN SSSR)
0
Card 2/4

ACCESSION NR: AT4016867
SUBMITTEDtOO DATE ACQ: 20Doc63
SIM CODEt AA, EC NO REY SOV% 002
Cnrd q/4
EXCLi 01
OT~ER-. 002

r T- _wr
AN s sp. In s

AC.C.ESSION NR: AT5003623
decim.al digit and ens~ires high speed
pr r lpa! ~r
ASSOCIATION: none
F ;n.

-L 5178-6 'Fl3D/EWTW GSIGWIWS-2
ACCESSION NR- AT-5021840 UR/0000/65/000/000/0136/0144
T7,
1
AUTHOR: ArLhanCRI IV -D.L; Stanishevskily- L A.
TITLE: An algorithm and a program for the specialized computer for
the control of
azimuthal radio tole
SOURCE: ANSSSR. Inatitutelektromekhaniki? ; edya-
Nvtomatizirovannyy elektroprivod 91
shchiye sTsTe-rayupravleniye I preobrazo~a_W1nyyc ustroystva
(Automated electric drive;
tracking systems, control and converter devices). Moscow, lzd-vo
Nauka, 1965, 136-144
TOPIC TAGS: radio telescope, special purpose computer, computer
application, compute
control system, algorithm
ABSTRACT: Universal digital computers capable of controlling
azimuthal telescopic de-
vices are,usually not sufficiently reliable due to the large number
of components Involved,
Specialized computers are relatively sloxv (500-1000 operations per
second) but can be used
succe,
asfully for azhnuthal control. The present article describes In
detail the pertinent
algol-ithm and the actual realization of the program on a
specialized computer. The pro-i
gram contains about 1, 000 commands and Is carried out hi 2 - 2. 5
see (dppending on the
possible inclusion of scanning). This does not cover the printing
time since the printing
Card 1/2

L 5177-66 - E4T(d)/FWT(l IJP(a)
ACCESSION NR: AT 502184.5 UR/0000/65/000/000/0167/0173
AUTHOR: ArkhangeI1s1dy,.Lu,,__R,; Zdanovich, V. V.; Chuguyev, G. P.
TITLE: Program logic methods for reliability Im tems
provement in.diotal control syst
SOURCE- An SSSR. Institut elektromoklaniki. --Aytomalizirovannyy
clektroprivod-,
-T
I sledyashc e slife-iny, upravi-en ye I preobrazovatelinyire
ustroystva (Automated electric
drive; tracking systems, control and converter -devices) Moscow,
Izd-vo Nauka, 1966,.
167-173
TOPIC TAGS: random process, computer control system, digital
computer, telescope,
computer application, computer program logic, automal;ic control
system
ABSTRACT: Computer errors are essentially randomin character, and the
present
authors discuss them from the point of view of the theory of random
processes. . For
the control of Information processed by computers, they propose
program logic control
based on the redundancy of the original and Intermediati) informaUon.
This differs from
other cases encountered in various branches of tochnol(igy where the
computer control
may be based on comparisons with appropriate standar6b. The
redundancy leads to
various control relationships connecting the calculated quantities
which may then be
-Card 1/2-
.. .... 0901 COM-

GERSHGORN, M.A.; SVIRIDENKO, F.F.; WARNOW"KIYj D.S.;
XTIO."I'SIOVA, I.P.;
POPOVAA A.N.; FRADINA, M.G., Prini=li uchastiye:
11'rdFTr0,, 0.01.;
RI]DOLISKIYj, N.L.; SLEPKANEV, N.P.; FLTSKANOVSKIY,
S.T.; MRRAV~i*V,
Ya.S.; BULISKIYj M.T. (deceased]; AJ;JU1tMFj,,cK1 _ 0
_ i Y. _y"j_*, ; sliAR V,
B.A.; VISTOROVSKIYj N.T,; RAKHANSKIYj B.I,;
SAPO1'11KOVt V.Ye.;
RYABININ, N.G.; KARARULINAp R.R,; FADEYEVA, A.M.;
7VFTJ,V, D.A.
Improving the production of high-strength rails by
alloying
them with granulated ferrochromium in the ladle. Stall
25
no.5-408-411 Mq 165. (MIRA 18:6)
1. Ulrainskiy nauchno-issledovatellskiy institut
metallov i zavod
"Azovstall".

-,. LEPORSKIY, V.V.; SLEFKMV, P.N. - AMM14GEL �J;.,IY.Yu,g,-;
PODOLISKAYA,
G.A.; GLINNOV., G.M.; KAPULT1411 Ye.A.; EALOSHIN) N.A.;
KRIWNK0, P.T.
uperazion of large tilting open-hearth furnaces with natural
gas,
Stall 21 no.10:883-889 0 161, (MIRA 14:10)
1. Zavod "Azovetal'N,i Zhdanovskiy metallurgicheskiy institut.
(Open-hearth furnaces)

! 7?,"! 1 :tTY) Yll 9 .1, 0
Use of vrar resistant. beaterc in shnft millc., Rab.
energ., 2, no. 3, 1952.
17,11A, Mv 1952

41L~L'. i ' $SKIT, Yu.S.-, inshener.
Improving the quality of welded joints of water economizer
tubes. Bnergetik
I no.2:23-25 J1 '53. (KLRA 60)
Oteam boilers)

AMItOIGELISKIY, Yu*S.; SHTYROV, A.I.
Calculation of the noise factor of an unmatched
microwave
amplifier. Radiotekh. i elekti-on. 10
no.12:2254~21257 D 165*
(MIRA 19-1)
1. Submitted February 8, 1965.

USHAKOV, G.N.; ARKHANGMISKm,,.YU.v., red.; T-AIRIONOV, Gje.,
teldut.red.
-r.,
I ~ `
(First atomic power plant; experience of construction and
operation] Parvain atomnsia slaktrostnntaiia; opyt stroi-
tel'stva i ekepluAtatsii. Monkva. Goa.energ.izd-vo, 1959.
223 p. (MIRA 12:12)
(Atomic power plants)
i

POPOV) A.F.; LR!~ red.; 1ARIOVOV, G.Ye.,, tokhn. red.
(Nuclear reactor control systems for atomic power
plants] Slatemy
upravleniia i kontrolia iadornykh reaktorov atorinykh
elektrostanteii,
Moskvap Goo.energ.izd-vo, 1961. 215 P- (MIRA 24t12)
(Nuclear reactors) (Atomic power plants)

SARKISOV, S.A., red.; KUKUYEV, L.A., red.;
POLYAKOV, G.I., red.;
PRF,ObltAZHENSKAYA, N.S., red.; STANUVICH, I.A.,
red.;
1110FIMOVp L,G,, red.; ARKIIANGELISK.TY, Yu.V.,
red.; LYUDYUVSYAYA,
N*Io) tekhn, red*
(Structure and function of the analysors of man in
antooenesis)
Struktura i funktsiia analizatorov cheloveka v
Qntogeneze,- tru-
dy. Pod obshchei red. S.A.Sarkisova. Moskva,
Kxlgiz, 1961.
296 p. 041RA 15% 12)
1. Rasshirennaya nauchnaya konferentsiya instituta
mozga, 1959.
2. Doystvitellnyy chlen Aktademii meditainskikh
nauk SSSR (for
Sarkisov). 3. Institut mozga Akademii medtisinskikh
nEuk SSSRI
Moskva (for Polyakov.. Kukuyev).
(SENSE-ORGANS) (ONTOGENY)

am
MUSH., Dimitrly Vaai:.Ilyevich; NIKOLAYEV, Boris
Nikolayevich;
KORSUNENK0, A.A.,, inzh.p retsenzent;
inzh.p reteenzent; SIVINTSEV p Yu.V., kand. teklins
nauk,,
red; VIASOVAI Z.V., red.; SHISHKOVA, L.M., tekhn. red.
(Dosimetric control on atomic ships] Dozimetricbeakii
kontroll na
ato=Vkb sudakh. Pod red. 1M.biviniseva. i4nlngrad, Bud-
promgizj, 1962. 130 p. (MIRA 15:6)
(Atomic ships-Safe measures)
(Radiation-Dosagie

SARKISOV, S.A.j prof., red.1 ADRIABOV, O.S.., red.;
KRYZHANOVSKIY,
RA., red.; FARIN, V.V., red.; POLYAKOV, G.I.j red.j
FOPOVA, Ye,N.j red.1 PORTUGALOV, V,V,l red.;
RABINOVICH,
M.Ya., red.; TROFIMOV, Lr-G[decoesed], red.;
ARKHANGELISKIY,
Yu.V., red.
1--
[Structure and function of the nervous system;
transactions
of a scientific conference, December 10 - 14, 19601
Strukture,
i funktsiia. nervnoi sisterW)- trudy nauchnoi
konferentsii
(10-14 dekabria 1960 g.) Moskva., Medgiz# 1962. 358
P.
(MIRA 17:12)
1. Deystvitelirgy chlen ANN SSSR (for Sarkisov).

1u.
V- A
"International cooperation in the development of nuclear reactor
projects."
report submitted for 3rd Intl Conf~ Peaceful Uses of Atomic Energy,
Geneva)
31 Aug-9 Sep 64.

MOROKHOV. LD.~ KANDARIT.SKIY, V.S. [deceased];
ARKWIGEVSKIY, YU.V.
International cooperation and the design of nuclear
reactoro.
Atom. enarg. 17 no.4:252-258 0 164. (MIRA 17:10)

ARKWIGOROMKIY. A., kandidat tekhnicheskikh nauk, dotBent.
- .
Approximate relationships between the component elements
of ribbed strip
profile. Mor.i rech.flot 13 no.6:24-26 0 '53. MRA 6:io)
(Shipbuilding)

AIRMUNGORODSKIY, A. 0.
Some Questions in the Planning of Bulkhands
T
the author discusses the question of choosing the most
suitable
kind of steel for the bulkheads of ships and also for
intermdiate decks
and platforms whose permanent dimensions are not
determined from condl-
tions of the general stability and strength of the
hull. He presents a
formula for determining the proper distance between the
supports of the
bulkheads. (RZhMekh, No. 6 1955) Tr. Ni-knIftygynk,
KgrAhlogtrnIt- In-ta,
No. 79 1954, 33-48.
SO: Sum. No. 744, 8 Dec 55 Supplementary Survey of
Soviet Scientific
Abstracts (17)

kVKHk doteent, kandidat takhnichookikh nauk.
Requiresionts for high-strength steel used in ship hulls.
Mor.i rech.
flot 14 no.12:23-26 D 154. (XLPA 8:1)
(Wle (Naval arohitecture) (Steel--8peoifioations)

YRAWffiamly A.G., ic&ndidat tekhnicheskikh nauk.
Some problems of reducing the vaight of freighter deck
platings.
Trudy VN1TOSS 6 no.2:3-48 155. (HLRA 10:5)
(Hulls (Naval architecture) (Plate@, Iron and steel)

iiR4tL~IWURWSK I Y ~ 4 t i h kandidat taki-michoskikh
nauk-,
10 1 J'IWAr-(i&.A"Oryev c 0
""NOMI MIUMV - Oleg Leont' Y-emer, lilzbener;
IIJ~Lb:li -KIY, loonid
lfikheylovi;h, 1whener. BRYAUT53YA, V.?.. iuzhe-.er,
vedushchiy
redLL,ktor-. ZAYTSNV, G.Z., inzhener, reAAVIor;
?U,vL'XX'%iizV, V.A.,
takhatcheakiy rudaktor
(Instruments for disclosing static irAeterminatenezu
of -ir-iersl
PrIbor7 dlia raskryliia staticheekoi mopredeliziouti
ballok. Hov'-va,
Aka,l.nauk 46~A, 1959. 13 P. (Pribary I stendy. Tom 2,
no,?-56-.525)
(TeBtIng -iscainee) (Girders) (HUh 10:10)

SHRVANDINt Ye.M.. )cand. tekhn. nauk: KOZLYAKOV. V.V., kand.
tekhn. nauk;
MAKSIMADZHI. A.I., Inzh.; BYKOV, V.A., kand. tekhn. nauk;
MCVSTiYBYAV, V.A., kand. tekhn. nauk; DIMIN, V.P., doktor
tekhn. nauk; RUNITSKIT, L.Ya;, kand. tekhn. nauk; PUTOVo NoTe.,
prof.; SHIMANSKIY, %,A., akademik,- GURRYIV, V-A-t insh';
VAKHARLOVSKIY, GJL'., Inzh.; MMIGHEV, V*H*; XVASHUK, N.7.0
inz'n*; HOGID, L,M,, prof.: RIVZYUK, G.A., inzh.;
ARKHANGORODSKIY,
kand. tekhn. nauk; THEMOV, inzh.; OS)4010TMnT.- =--I
kand. tekhn. nauk.
General disoueeion. Trudy NTO sud. prom. 7 no.1:112-152 156.
(MIRA 10:12)
1. TSentralInyy nauchno-Iseledovatel'skly Institut im. A4N.
Krylova
(for Shevandin). 2. Uzing~r~nAskty korable3troiteilw Institut
(for Koslyakov, By1cov, Putor, Nogid). J. TSNIISTICI' (for
Maksiiadzhi).
4. TSontrallnoye kon'struktorskoye byuro Hinisiterstva.
sudostroitall-
noy promyshlonnosti, g. Gor'kiy (Tevatifeyev, rvashuk,
Revzyuk).
5. TSantrallnoye-proyektuo-konstruktorskoye byuro MinisteretvA
morskogo flota (for Reznitskiy). 6. Ministeretvo
sudostroitellnoy
proryshlennosti (for Gureyev). 7. Gosudaretyennyy soyuznyy
proyaktrqy
institut (for Vhkharlovskiy). 8. Zavod "Krasnoye Sormovo"'(for
Kerichev). 9. HKI (for Arkhangorodskiy). 10. Ministerstwo
rechnogo
flota (for Yefremov). 11. T%ntral'W nauchno-iseledovatellskiy
institut mor6kogo flots. (for Camolovskiy).
(Shipbuilding)

SOV/124-58-7-8103
Translation from: Referativnyy zhurnal, Mekhanika, 1958,
Nr 7, p 113 (USSR)
AUTHORS: ALWapzgazodsktiy~1,A.G;', Chernyshiv,O.L.~.
TITLE: Mechanical Calculation of Statically Indeterminate
Beams
(Mekhanicheskiy raschet staticheski neopredelimykh balok)
PERIODICAL: Tr. Nikolayevskogo korablestroit. in-ta, 1956,
Nr 8, pp
3-Z4
ABSTRACT- A description is given of an instrument for the
mechanical
calculation of continuous beams resting on independent
elastic
supports. To determine the support moments and the amount
of sag which the supports undergo, the span loading is re-
concentrated force the magnitude and distribution
placed by a, ,
of which a~~ so selected that the angles of rotation of
the sup-
port sectio4!Are the same as those produced by the actual
span loading. Additional concentrated forces are applied
to the
elastic supports, such that the pressure of each span on
the
elastic supports is the same as it would be in the
presence of.
the actual load. With the load thus transformed, the
bending
moments and amount of sag remain unchanged. The instrumeA
Card 1/2 in question is a uniform continuous beam
subjected to

SOV/124-58-7-8103
Mechanical Calculation of Statically Indeterminate Beams
concentrated force loads along its spans and at its
points of support. When
a stepped variable - section beam is calculated, the
spans are made to vary
accordingly. All necessary formulae are given for
determining: a) the
concentrated forces needed to replace a given load, b)
the requisite analog
span lengths, and c) the requisite stiffness of the
analog's elastic supports.
The bending rnortient in the support sections of the
analog is expressed by
the curvature (measured with a curvature meter); the
displacement of the
supports is determined with an indicator. Formulae are
included for trans-
lation of the analog data into data applicable to
full-scale conditions. A de-
scription of the instrument is given, and a photograph
of it is shown. There
are examples of calculations.
A.A. Kurdyumov
1. Beams--Mechanical properties 2. Beams--Mathematical
analysis
Card 2/2

SOV/124-58-7-8146
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7,
p 118 (USSR)
AUTHOR- Arkhangorodskiy, A.G.
TITLE: The Design of Compress !on-stressed Coverings
Reinforced by Longi-
tudinal Bulbous-strip Deck Beams (Proyektirovaniye szhatykh
perekrytiy s prodollnymi balkami polosobullbovogo prof ilya
PERIODICAL: Tr. Nikolayevskogo korablestroit. in-ta, 1956, Nr
8, pp 25-28
ABSTRACT: The author seeks to determine the elements of a
least - Weight
covering iubjected to compression. The compressive force, the
relationship between the Eulerian stresses present in the
planking
and in the longitudinal framework and the yield point of the
material,
and the safety factor are all given. The author overly
complicates
the problem in that he would determine the area of the
longitudinal
connections from the strength properties applying in the case
of a
flexure of the ship as a whole, and the minimum-weight problem
can
be stated relative only to the transverse frameworl~ [
Kurdyumov, A. A.1
ProchnosV korablya (The Strength of a Ship), Sudpromgiz, 1956,
Card 1/1 250 pp]. A. A. Kurdyurnov
1. Beams-Design 2. Mathematics- -Applications

SOV/124-58-3-3377
Tyanslation from: Referativnyy zhurnal, Mekhanika, 1958, Nr
3, p 116 (USSR)
AUTHOR: Arkhangorodskiy, A. G.
------------- ------
TITLE- The Dependence of the Optimal Yield Strength of the
Steel Upon
the Principal Dimensions of a Ship (Zavisimost' optimal' nogo
predela tekuchesti stali ot glavnykh razmereniy sudna)
PERIODICAL: Tr. Nikolayevskogo korablestroit. in-ta, 1956,
Nr 8, pp 58-64
ABSTRACT: The value of the optimal yield strength of the
steel for ships of
various dimensions is determined; a sole starting point
therein is
the relationship between the weight of the compressed
plating and
the yield strength of the material of which the plating is
made.
Reviewer's name not given
Card 1/1

137-58-1-1769
Translation from: Referat;vnyy zhurnal, Metallurgiyu, 1958, Nr
1. p 241 (USSR)
AUTHOR: Arkhangorodskiy, A
TITLE- Effectiveness oi Employment of Hi8h-strcn8th Steels in
BuI,1-~ng
the Hulls of Sea-going Vessels (Ob effektivncsti primenertya
sfley povyshennoy prochnosti dlya postroyki korpusov morskikh
sudov)
PERIODICAL: Tr. Nikolayevskogo korablestroit. in-ta, 1956, Nr
8, pp 65-70
ABSTRACT: Specific examples are cited to show the advantages
oi the
employment of hi8h-strength steels for medium-sized and large
merchant marine vessels. A graph is presented of the relation-
ship between the weight of basic metal in the hull of the
sh-*.p and
the (5s of the steel used, also a curve that shows the weight
saved when standard shIp plate (St.4) is replaced by
high-strength
steel. For all practictl purposes, the most advantageous steel
for merchant vessels of average payload is a steel having
(7s=35 k8/m"n Z, which corresponds to grade SKhLl steel.
When oil tankers and hulk carriers built by the combined method
of framing are involved, and SKhU1 steel is used in place of
St.1,
Card 1/2 the metal requ,red for building the midsection of the
hull can be

137-58-1-1769
Effectiveness of Employment of High-strength Steels (cont. )
reduced by approximately 27 percent and for the hull as a
whole by 22 percent.
The greatest lightening of the hull due to the use of steel
of higher strength is
obtained when the combined system of framing is employed.
When the transverse
system of framing the bull is used, the employment of the
high-strength steel
is less effective. For the hulls of vessels of larg It (10,
000 t and more)
it is profitable to use not only a steel with (5-
s 1; 35 kg mm2, but also a stronger
steel, in which Crs is 40 kg/mm2. The small increase ;n the
cost oi the steel
does not significintly raise the cost of the building of the
shilp.
A,S.
19 Ship hulls-Materials 2, Steal-4pplications
Card Z/2

1 -1.1- - --.. - . -. I - I - .-- - I - - I- -- -
, . .1 1- . .1 i
. 23WI II- -
I )I 1-_ . - -- - r .

ARKHANGO)IODSKIY, A.G., kand. tekhn. nauk; TAIJBIN,
G.0e, kand. tekhn. nauk,
', -
'affect of mechanical properties of steel used for
construction of
hulls on structural bull frames for merchant vessels of
various
types. Tkudy NTO sud. prom. 7 no.lt75-92 156. (HIM 10:12)
(Steel-Tesing) (Hulls (Naval architecture))

SOV/124-58-5-592Z
Translation from- Referativnyy zhurnal, Mekhanika, 1958,
Nr 5, p 140 (USSR)
AUTHORS- Arkhangorodakiy, A.G., Belen'kiy, L.M.,
Chernyshev, O.L.
TITLE: A Device for Design Calculation of Beams on
Flexible Sup-
ports on a Continuous Flexible Foundation (Pribor dlya
rascheta balok, lezhashchikh na uprugikh oporakh i splosh-
nom uprugom osnovanii)
PERIODICAL: V sb.: Issledovaniya po teorii sooruzheniy. Nr
7. Moscow,
Gosstroyizdat, 1957, pp 575-586
ABSTRACT: Description of a. device serving for the
mechanical calcula-
tion of statically indeterminate beams lying on free
flexible
supports. The basic idea of the calculation with the aid
of this
device consists in the following: The original beam is
replaced
by a similar model; the loads and the coefficient of the
rigidity
of the supports ki are simulated; the sagging of the
supports fi
is measured, and their reaction is calculated on the basis
of
measurements thereon by the formula Ri = kif,-. Then the
re-
sults obtained from the model beam are extrapolated for the
original beam. A continuous flexible foundation can be
simu-
Card 1/2 lated by the simple device of increasing the
number of flexible

SOV/124-58-5-5922
A Device for Design Calculation of Beams (cont.)
supports. Examples of calculation are given wid the
possibility of extended
field application of the described device is commented
upon.
P.1. Klubin
1. Beams-LIesign 2, )3eam,,,--Te.;tJn,,, equlpmenL
3. lInthematics
Card 2/2

ARKHANGORODSKIT, A.G., kand.tokhn.nauk; ENLICNIKIT9
L.M., inzh.
Increasing the specific volume loading capacity of a
cargo
vessel. Sudoetrosule 24 n0-1:1-3 A '58. (MIRA 11:2)
(Ships--Gargo)

AMMANOMMIL-49"andi'Grigorl vich; BIMIKIY, Leonid Kikhaylovich;
COVINOViii-TTd.-S. # -ueic&rY-yr-rea-.;' KAZAROT. Tu.S.. red.:
FRTAMO
F.S,, tekhnorede
[Analytical method of designing ship hulls] Analitichaskil
metod proektirovanlia k rpu*a oudias Leningrad, Gos.soiusnoe
Isd-vo sudoetroit.promyshl,: 1959. 207 PS (KIRA 120)
(%Ila (Naval architecture))

AREXUTGOROSKIT, A.G.; BRUNIKIT, L.M.
Problems of nongeometrical similarity In structural
mechanics.
Nauch.dok1.vys.sh1coly; mash. I prib. no.l:3B-62
159.
(MIRA 12:8)
I. Statlys predetavlena kafedroy "Stroltellnaya
makhanika
korablv.a" litkolayevokogo korablestroitelinogo
instituta.
(structures, Theory of)

-ARMNGORODSKIY, A.Ge (Arkhanhorodalkyi, O.H.] (Nikolayev);
RXMIKIT, L.M.
(Nikolayev)
Problems of the similArity of thin-walled profiles. Prykl.
mekh.
no.4-.421-427 '59- MU 13:3)
1.Nikolayevski3r oudoetroitelluyy Institute
(steel, Struotural)
(Strength of mteriitls)

ARXIWIGORODSKIT, A.G., kand.takhn.nauk; POPOV, V.G.,
aspirant
Stability of cylindrical shells reinforced with
inclined
lAteral stiffening ribs. Izv&vys.ucheb.xuv ;
mshinostr. no.6t
61-61 159. imak 130)
1. Hikolayeveirly korablestroitellnyy Instituto
(Alastio plates and shells)

8/145/60/000/003/001/010
D221/D301
AUTHORS: A~r~ a�r Candidate of Technical Sciences
and Popovp V.G## Engineer
TITIEt Strength of cylindrical shells reinforced by trans-
versal and longitudinal ribs
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Mashino-
stroyeniyep no* 3, 1960, 3 - 13 ,
TEXT: The article refere to the work of Kafedra stroitellnoy
mekh-
aniki korablya, Nikolayevskiy korablestroitellnyy.inatitut
(Depart-
ment of Structural Marine Mechanics at the Hikolayevskiy Marine
In-
atitute) during 1952-1953, Its purpose was to determine the
possi-
bilities of strength increase of cylindrical shells by
longitudinal
ribs* On the assumption that bending is small when compared to
thic"i[nesep then the linear solution is given by
N
ny
V = sinm"X~7"a sin
1 _, n
Uard 116, ncl

S/14y6rOOO/003/001/010
Strength of cylindrical shells ... D221 n3 I
where designations are indicated in Pig. 1. 'With the joe of
Ritz's
method the author finds expressions for the pojpntial energy of
de-
formation and bending of the shell, as well as the work of
external
forces. After defining forces in the meridional sections due to
transversal loadp gt the function of stresspeg C~ as the
integral
of combined deformations is found. TjLs leads to the equation of
the system's energy. In the case of all-round u61form pressurep
it
is possible to write with good approximationg Mat
PX = g R ; and py = &AR
211 h (10)
where px and py are the compressive stresses$ This results in
simp-
lified expressionso The minimum critical pressure is obtained
when
m - lo Special instances of reinforced ribs are then
considered# A
set of equations is evolved for six-equidtfistant ribs. The
limit of
an%e 20Y0 will be between 0 and 300. When the shell is rein-
R
forced by seven ribs, then this angle varies between 0 and 260,
and
Card 2/X
V

5/145/61/000/003/001/010
-Btreingth of cylindrical shells D221/D301
maximum El is taken for each of these values. Vinallyp the author
discussed nine ribs. Experimental investigation was carried out
to
supplement the theoretical work. Although the ribbing different
from above recommendationsp results were used to determine the
effect of ribs on critical pressure. The dimensions of models are
tabulated, and illustrations given of them. 3hiring tests knocks
were observed which corresponded to formation of dents in the
shell,
and when pressure aid not failt contrary to shells wi%hout ribs
The character of waviness in the shell is markedly changed at t~e
instant of dent formation. A detailed description is given of
these
deformations. For comparisonp results on shells without
reinforce-
ments were also tabulated. The model in these cases was subject
to
deformations in an axial direction after the appearance of dents
and without pressure increase* On the basis of theoretical and
ex-
perimental investigationst the following deductions were made.
The
longi-tudinal ribs ensure a general increase of strength.
Deviations
from the correct shape of the shell affect its stability to a
les-
ser extent than in the case of non-reinforced W-ts. It is
expedient
to mount ribs with higher strength on bending and torsion for the
Card 34,

S/14Y60/000/003/001/010
"Strefigth of cylindrical shells D221 D301
rational use of the material of the shell. The carrying
capacity of
shells reinforced by cross ribs o;%ly is determined by the
shell
when subject to all-round external pressurep whereas in
instances
of longItudInal and cross rIbs It depends on these
reinforcements.
There are 5 figuresp 2 tableal and 5 Soviet-bloc referenoee*
ASSOCIATION: Nikolayevskiy korablestroitelInyy institut
(91kolay-
evskiy Marine Construction InBtitute)
SUBMITTED: May 16y 1959
Card 4/1,/

350,'14
S/145/60/000/010/002/014
D262/D304
AUTHORS: Arkhan oro Candidate of Technical Sciences
an ochanov, Yu.P., Engineer
TITLE: Modelling the stability of flat decks
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Mashino-
stroyeniyet no. 10t 1960, 48 - 55
TEXT: The purpose of this study is to examine the possibility
of
determining the . stability of decks on s,.pecially built
modelling in-
8tallations. The principle is based on the known relationship
bet-
ween loads and deformations of rods at the moment when their
Btabi-
lity is disturbed. The utilization of the installation is
based on
the theory of similarity, The phenomenon of the loss of
stability
Is described by the general equations
Ei 84V+ 82v 0 (at y = y
M 4 % 7 m
ex
x
.
Card,1/4

S/145/60/000/010/002/014
Modelling the stability of flat docks D262/D304
as VX"+O
b.EI.2'v =Elm kn v X_XnI (2)
UY& I
dX3 IXn-0 ly - Yin
at
Ip V 'dv i" X X"
U,EIO CuIrl, OY
-a Y2 y (Y=o u y = Ll'
Ct+
and U.El, Lis V dv (4)
for the case shown in Fig. I (v - areat i sectional moment of
in-
ertia of a longitudinal beam, I - sectional moment of inertia
of a*
transverse beams T - contracting force of a longitudinal beamo
U -
coefficient of yieldingness of elastic and fittings of a beam;
in-
dexes: m - successive number of a longitudinal beamp n -
successive
number of a transverse beam) the constants of similaxity are
given
by
Card 2/4

B/145/60/000/010/002/014

Modelling
the stability of
flat decks
D262/D304

C'. L
CK kmn

VO
pill ~~Olnn

C1 - I
Um
Cj:
Ulm

10
M
UOrn
U01M

C1. -

C' -LM
CT

M 10,
#n
TO.

c1n

Ion

the condi
tions of similarity, derived f

rom equations
(1 - 4) are al-

so given
in equation forms
The maximum
size of the
installation can

be 1600 mm x 900 mm. The results obtain

ed from
a test show that the

errors do
not exceed 10 % in comparison

with
the theoretical calcu-

lations.
It is stated that
this method
can
be used on an equal foot-

ing with
the existing methods of
calcul

ations and also could be

Card 3/4

S/145/60/000/010/002/014
Modelling the stability of flat decks D262/D304
used to solve more involved problems, for example when
longitudinal
and transverse beams are not equidistant and their moments of
iner-
tia vary. There are 3 figures and 4 Soviet-bloo references.
ASSOCIATION: Nikolayevskiy korablestroitelnyy institut
(Nikolayev
Shipbuilding Institute)
SUBMITTED: December 26, 1959
Pig. 1.
Card 4/4

ARKHANGORODSKIY, A. G.
Doe Tech Sci - (diss) "Several problems of designing
chassis
designs." Gorlkiy-Kaliningred,1961. 26 pp; (Gor'kiy
Inst of
Water Transport Engineers); 150 copies; rice not given;
list
of author's works on p 25-26 (10 entries~; (KL, 6-61
sup, 210)

S/145/62/000/002/005/009
D262/D308
AUTHORS:
TITLE:
z�rodiskiy, A.G., Candidate of Technical Sciencesp
and Kochan_o_V-,--7_-u-.F. -,Engineer
Modelling of bending of frames with fixed joints
PEIRIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Mashinostroye-
niye, no. 2, 1962t 86 - 95
T-EXT: The work PrinciDle of the new device designed by the
author
is based on the relationship between angles of rotation of
joints
and moments about the points of support of the frame rods. The
condi-
tions of similarity are studied and a detailed description of
the
device is Given. IL numerical example is given of design of a
stati-
cally undeterminable flat frame. ~he error in design does not
exceed
5 %. The device can be used in calculating ship frames and is
recom-
mended for laboratory work. The-re are 5 figures and 2 tables.
ASSOCIATION: '-Tikolayevskiy korablestroitellnyy institut
(Nikolayev
Shipbuilding Institute)
SUMITTED: December 26, 1959
Card 1/1

ARKHANGORMSKII, A.G,-[Arkhanhorodalkyi., O.H.]
(Nikolayev); POPaV, V.G.
jFbpov.-V.H.) (Nikolayev)
Effect of the rigidity of torsion of the framework on
the
stability of the sheathing of a cylindrical shen.
Fryklemekh6
8 no.2:178-185 162. (MIRA 15:3)
lo Nikolayevskiy korableotroitel'W institut,
(Elastio plates and shells)

ACC NR. AP60.36879 UR/
-Arkhang 04'yj -'Alqkppp~Lr..Qx!igoi~lyey~!;4;,.:Belenlkiy$
Leonid Mikhaylovich; Litvin,
fe"kiancIr Bor sovich
Collapsible pad ngs in shipbuilding and ship repair
(Sminayushchiyesya prokladki Y
sudostroyenii i audoremonte) Leningrad, Izd-vo "Sudostroyeniye",
1966. 130 p.
illua., bibli . 2700 copies printed.
TOPIC TAGS: Col. Iapsible paddinEr, shipbuilding engineering,
shock absorber
POPOSE AND COVEMGE; This booklet is intended for engineering and
technical staff
engaged in theiconstruction and repair of,seagoing and river
vessels, and in
other fields o~ technology. It can be used by students of higher
technical
schools and In.stitutes. Utilization of collapsible padding in
shipbuilding and
shiprepair plants is discussed, and the selection of materials,
their mechanical
properties, an~ the design and construction of collapsible
paddinga are described
in detail. Thpre are 52 references,, 51 of which are Soviet.
TABLE OF CONTENTS: (Abridged]
Foreword -- 3
Ch. 1. Field.of Follapsible padding application -- 5
Ch. 2. Materialejueed for manufacturing collapsible paddings and
their mechanical
prol7rties -- ?4
2 UDC: 629.12.002.3
Card

~kt'E--Nk~-AY6636R~
-Ch. 3. Engineering design of collapsible paddings -- 52
Ch. 4. Special d6sign features of structures vith
collapsible paddings -- 68
Ch. 5. Testing full-scale structures with collapsible
paddings -- 100
Appendix. Numeriej~al values of HI-H5 functions -- 127
i
Bibliograpby -- 12�
suB com., 13..11/ suBm Dm.. oBkpr66/ ORIG MW: 051/ OTH
PM: 001/
2/2

ARKHANODRODSKIYO L., Inshnner; ZUBOVSKIY, G,, Inshow.
Construction and assembly of a drying and cleaning tower.
Mak.-nlov.prom, 23 no,2:6-9 P '57. (HLRA 10:3)
1. VessoyuzzW spot stalizirovanrqy moiitazhnyy treat
Spets-
elevatormal'stroy.
(Orain alavators)

VITI
WMOOODD LI I LIS, N.Y. (doesaOsd]s- GRIOMOY31VA,X.P.0
inzhener,
r
re
M*03
e or; E;URBVSKIY, L.I., redaktor; IABUS, G.A..
takhnicheekly
redaktor
CAusembly of elevators] Montazh elevatorov. Pod red.
K.P.Grigorieva,
Moskva, Goes izd-vo takha, i ekon. lit-rr po voprosam
zagotovok,
1951. 479 p. [Hiorofilm) (HLRA 10-1)
(Grain elevators)

ARXRLNGMODSKIT, Le n1 Al inthener; MMNDMXIT, S.N..
K!&ZKEX=v 00 W-4naff-Itl6r;daktor; KRIVTAKIN, B.I.,
redaktor;
GOLXTXOVA. L.A., takhrodaktor
(Repair of elevator equipment) Remont oborudovaniia
elevatorov. Pod
red. B.N.Banderskogo* Moskva, Izd-vo tekhn. i
skonomicheekol lit-r7
po voprosan zagotovok, 1954. 224 p. (Microfilm] (KLU
8%3)
(Graln handling machinery-Repalring)

SKVIIRCUK, D.; ARKHAMORODSKIT, L.[A')
Using tower cranes in pouring concrete for grain
elevators.
Muk.-elev.prom. 21 ne.11:25-27 N 155. (KLU 9:4)
I.Trest TSextrozagotstroy,
(Concrete construction) (Cranes, d6rricks, ate.)

ARK7(AIQ.ORGDSUY,.,Xskqnid Aleksandrovich- LAIMA-DALRY,
Inv Hironovich;
PISAK. 3.7a. 's'pe;too'"'ii(t'.'i"WSOTSKAYA. R.S.. red.;
GOIXMX:OVA, L.A.,
0' r
tekhn,rede
(Rapid assembly of prefabricated elevators and
drier-cleaner
towers3 Skorostnol montazh zagotoviteltnykh elevatorov i
sushiltuo-
ochistitellnykh bashen. Moskva, Izd-vo teklm. i skon.
lit-ry po
voprosam mukomollno-krupianoij kombikormovoi proqvahl., I
elevatorno-
skladskogo khoz-. 1958- 266 p,. MRA 11:5)
(Grain elevators)

"HANGOAODSKIY,. L.A.; BIJKSHTEYN, Ya.A. ;
VOYROBIYEV, S.V. ; GAYMO,
P.A.; DOLGOV~ Ye.N.; ZHIGLIN, A.A.; ZUBOVSKIY, G.P.;
ISHROV, I.G.; )MYZHANOVSKAYA, G.L.; LISTAATOV, A.A.;
LUR'YE,
R.I.; MOROZOV, N.P.; OSTROZETSM, A.S.; PAVLOV,
N.A.;PETROV,
L.M.; POPOV, V.N.; TAIITAKOVOKTY. A.A.; TAUBE, D.N.;
KWIN;
L.T.; SHAPIRO; TS.S.; SHV;-YTSBURG,3.A.; SHEVTSOV,
V.D.;
DENISENKOVA, L.M., red.
(Assembler's handbook on performing mechanical
assembly and
special work on grain elevators and grain processing
enter-
prises] Spravochnik montazhnika; po proizvodstvu
mekhano-
montazhnykh i spetsialtnykh rabot na elevatorukh i
predpri-
iatiiakh po porerabotke zerna. Noskvi, TSentr. in-t
nauchno-tekhn. informatsii i tokhniko-okon. issl.,
1963. 519 P.
(MIRA 17:7)

BAUM, , leksondr Yeflmovirlh;. kand. tokhu.
nauki GEHZIIOY, A.P,,
laureat Gosudarstvenrwy premll,. kazid. toklin.
nauk,
spots. red.,; PTITSYN, S.D., kand. tekhn. nauk,
retsenzent
lnzh., red.; VOLKOV,
P,N., red. 'w- ~
[Grain drying] Sushka zerna. Izd,3.. perer. i
dop. Mc-
skva~ 'Al'sINTI, .1963. 2167 p. (MRA 17:llj

TUL'CIIINSKIY, Yefim MolseYevich, inzb.;
inzh., retsenzent; ROZRANSKIY, S.V.j, inzh.,
retsenzent;
KUDIAN, L.M. p red.
(Elements and assembly of equipment for
elevators and
grain-receiving stations] Konstruktsil i
montazli obo-
rudovanila elevatjro,i I khlebopriemnykh
punktav. Mc-
skva, Kolos, 1965. 295 P. (MIRA 18:11)

AUTHORS.
TITLE:
355
S/198/62/008/002/008/Ull
D299/D301
Arkhanhorods1kyy, O.H., and Popov, V.11. (Idykolayiv)
Influence of torsional rigidity of the wall on the
stability of a cylindrical shell
PERIODICAL: Prykladna mekhanika, v. B# no, 2. 1962, 178 - 184
TEXT: The influence is considered of the elastic clamping of the
edges on the stability of a closed cylindrical shell under
uniform
pressure. Th(.,-obtained results are used for determining
Buler's
load (pressure) for a llt stiffened by equally-spaced ribs. The
problem is solved by t energy method. The normal-bending
function
is taken in the form
W=f (I-x)sinT!!!+xsin'j!n-x sin~y M
R'
where R is the shell radius, h the wall thicknessp 1 - the
length
of the shell (or distance between ribs)# it the coefficient of
the
resistance pair, n - the number of waves, m the number of half-
waves, The nonlinear terms in the compatibility equation are ne-
Card 1/4

S/19Y62/008/UU2/008/011
Influence of torsional rigidity ... D299 D301
glected. After calculations, one obtains the equation for
the total
energy of the system. The pre-critical stressed state is
considered
to be a membrane state. The equation for Buler's load
(pressure) is:
Fh I a&
qe Im I _W, (C,1t'+C2tx'n'+ C3n') +
5 a " on 1(a2+n')'(4at-r#Sj (12)
hi 0
(CW + C&aW + Con') + 2 _C7 (12)
T2 (I --I 0),R 1 12 (1 - pt) RI I I
where ilie coefficients C involve expressions in )(. By
settingt in
Eq. (12),:K = v, one obtains von-Mlises viell-known formula.
Tho Eu-
ler load (pressure) of an elastically clamped shellt is
(N( qe - Kq,,, (14)
where Eh 1 U4 ht Y
q0. ff 0.5U1 + n2 I Pa--+rOY + 1-2 -(1 (u, + n] -_'P
is Euler's pressure of a freely supported shell, and K is a
facior
which takes into account the influenoe of the elaotio
clmping of
the edgest on stability. The values of Kv as a function of
the
Card 2/4

S/198/62/008/002/008/011
Influence of torsional rigidity ... D299/D301
0
shell parameters a, R, lit and -it* are listed in 2 figures.
The clamp-
ing of the edges has a much greater effect in comparatively
short
shells. The par,". eters A and n are interrelated, V,
depending on the
elastic cuid geometric properties of the shell and of the
reinforc-
ing ribst and n - on the degree of clamping of the edges on the
ribs. ~Iurlher, the differential equation is considered of the
de-
formation of a sheil, clamped along the linep joining Ine ribs
and
wall. The clamping is considered as rigid with respect to
bending#
and as elastic with respect zo rotation, One obtains:
IM3 (22)
1 +
n
3 (1 -tA')/ ( _'kW (I + I) Id
_( n)
where IW and Id are moments of inertia of the rib
cross-sectiono.
The above solution is valid within the limits of accuracy of
the
adopted assumptions. More accurate results would require a
nonline-
ar treatment of the problem, Finally, a numerical example is
consi--k
dered; thereby the critical pressure q e was found to have
increasedt'(
Card 3/4

5/198/62/008/002/008/011
Influence of torsional rigidity ... D299/D301
by 45 % as a result of the torsional rigidity of the ribs.
There
are 2 figures and 5 Soviet-bloc references.
ASSOCIATION: ~~vkolayivslkyy korablebudivnyy instytut
(Yykolayiv
Ship Building Institute)
SUBMITTED: October 19, 1960
Card 4/4

-i- and-YU'vL-'U;EV-Vjj-
L. T.--
Aerodynamics. Defense Publishing House
(1952) p. 209

WHAIWI YE, P
N
i~coviini,io Light and Shade," Ye. P. Pkikhanov deals with a
method of
the equalization of aerial film y means of slant illumination
~,-df the film under which are imbedded fine threads of a
thickness of 0.02
bind 0.04 =. The resultant width of the photographic image of this
"wav0s~
.-ieflects the magnitude, by several hundreds of times, of the
deviation of.
Vle F-11- from the level. Thus the relationship between this
dimension of
'46flection and the width caused by tho "wave" is obtained, and
the degree
4f equalization is then easily evaluated.
The method can find application in laboratories studying the proc-
"see; and methods of equalization of films in aerial cameras)
since it
'gives the most complete and graphic picture of euqalization which
it is
possible to observe immediately; in aerial camera flying tests;
and in
the fulfillment of the production of aerial photographs for the
periodic
control. of the equalization of film by making special photographs
at the
6nd and beginning of the courses, or during the interval between
photo-
Graphitig.. Thig control of the negative can also aid in
subsequent photo-
9rV=WtrIC work. (06aftiYa i ft#WOO", ND 1) JbU 5T9 014-27) (V)

AR M ROV, A.M., kand.tekhn.uauk
-
Centrifugal rectifier for air separation.
Izv.vvs.ucheb*zav.;
mashinostr. no.4:106-124 '59. (MIRA 13:4)
1. Hoskovskoye vysaheye tekhnicheakoye uchilishche
im.Baumana.
(Gases--Separation)

GMSH, S-Ya. Ideceneed], doktor tokhn.nauk.prof.; ARKHAROV, A.M.,
kand
tekhn.nauk.
Fxperimeatal Investigation of a centrifugal rectifier for air
separation. Ixv.yVs.ucheb.zav.; mahinostr. no.4:125-140 159.
(MIRA 13:4)
I* Noskovrkoye "aheye takhnichaskoye uchilishche in.Baumana.
(Gaseo-separation)

UwPagineering - wChanics
Card Vi Pubo 128- 6/35
Authors I Arkharov,, A. H., Engineer, and Hironov.. G., G.p Engineer
Title i On. computing the vork of machines
I vest. mash.'35/3p 13 24 Mar 1955
-Abstr--a-Ct--------$-----A-0-tudy-ia--mad6--cif the -various- mathods
of- computing the work- done,by a.
machine, such ast number of revolutions nadep distance In kilometers
traversed, number of completed pieces of work and the number of hours
of operation.. These several methods are taken up separately and their
advantages or shortcomings pointed out. 132ustratione.
Institution I

it qqX~Sh- HIROHOV, Georgiy Georgiyevich; ZAVARTSEV,
'A
A.M., inzh., retsenzent; BERZIN, B.O., kand.tekhn.nauk, red.;
TAIROVA, A.L., red,izd-va; BLIKIND, V.D., tekhn.red.
(Automatic recording of the performance of machines]
Avtomaticheskii
uchet raboty mashin. Moskva, Goa. nauchno-tekha.lzil-vo
mashino-
stroit. lit-x7, 1957. 113 p, (MIRA 11:3)
(Hachine-ebop practice) (Recording instruments)

and M/Olecular physics - Heat D-4
Abs Jour : Ref Zhur - Fizika, No 1) 1958, 754
Author : Arkharov, A.M.
Inst :4
Title : Stabilization of the EW of Thermocouples.
Orig Pub : Izmerit. tekhnika, 1957, No 3) 54-55
Abstract : A method is developed for preparation of clad
thermocouples
which results in their high stability. It becomes possi-
ble, in the manufacture of a large number of
thermocouples,
to calibrate only several specimens and on the basis of
this to plot a single calibration curve for the entire
se-
ries, with resultant high measurement accuracy (up to
O.Or
C, depending on the scale of the calibration curve) for
all the thermocouples in a given series.
Card 1/1

AUTHORS:
Gersh, S. Ya. ' Professor, Doctor of SOV/67-11-5-1/18

Technical Sciences (Deceased), Arkharov, A. M., Engineer
TITLE:
Horizontal Centrifugal Rectifier (Corizontallnyy sentrobezhnyy

rektifikator)
PERIODICAL:.
Kislorod, 1958, Vol 11, Nr 5, PP 1-10
(USSR)
ABSTRACT:
The report demonstrates the !,,onstruction and
the mechanism

of a rectifier for the production of oxygen by
air liquefaction.

The rectifier
.~-i7 has a hcrizontal axis which performs

rocking motions,
with an inclination of the axis up to 70 degrem.

The capacity
of varioue reatification cells is experimentally

investigated,
namely, spi 'ral cells with plair and knotty inner

surface of
various spiral length and coaxial calls. As a

typical feature,
the, use of irriGated condensing evaporators

is mentioned. The
principle of the separation of the

atmospheric nitrogen ana
~xy6;sn is based on the following:

The air is introduced. into
the re.-tifier under 16 atmospheres

absolute pressure, partly
om,.densed on the condensing

evaporator and passed into the
center of the rotor by a

throttle valve. By centrifuge.l force
the'!-iquid air in the
Card 1/3
spiral is drawn out into a thin
filn, (0.2-0-3 mm). The vapor

Horizontal Centrifugal Rectifier SOV/67-11-5-1/16
flows through the spiral in the opposite direction. The liquid
leaving the spiral is vaporized on a condensing evaporator
and removed. By the turbulent countermovement of the phases
an exchange between them promptly takes place. Nitrogen passes
into the vapor-, oxygen into the liquid phase. The intensity
of the mass exchange depends on the surface of the turbulent
fluid film and on the hydrodynamics of the flow. The critical
equation for the coefffcient of the mass exchange for the
spiral cell resulted from the experimental data and
computations; K - X
47-P 41 (2)
Investigations wexe -oarried out-of: The depen-denc& of the
purity of the obtained oxy.;,en on the,inclinatio~ of the axis,-
whtreby for shorter spiral& a considerable improvement of the
degree of purity with an increasing angle of inclInation results
(Frayman, Ref 19). Also velocity of rotation influences the
degree of Intrity, Lk particular in coaxial cells. The thinness
of the fluid film prevents the liquid from falling through.
It is theoretically and experimentally suggested that by
suitable combination of rocking motions and velocity of
Card 2/3 rotation, by the use of many-way cells, apparatus having a

I Horizontal Centrifugal Rectifier BOV/67-11-5-1/18
capacity of 1000 and more kg per hour can be constructed.
in the investigated rectifier a maximal oxygen purity of
99-5 % at an extraction from the air of 57-62 % could be
obtained-The oxygen conten"i, in the obtained nitrogen is
9-10%. There are 10 figures, I table, and 19 Soviet
references.
Card 3/3

ARIDMV. A.M.; TASTROOVA. Te.D.
-
Performance of Crapb1te plates in a rotary
blower[with Summary
'in Inglish]. Iuzh.-fizahur. no.12:85-89 1 58. (MIRA
ID12)
Is Vyeeboya tokhnicbse6ye ucbillsbehe iment Baumana.
g.
Moskva.
(Graphite--Testing)

GOLOVNITSOVI A.G.# doktor te)cbn, neukq profop red.;
ARMMOV, A.M., kand*
tekhn. nauko red.;
(Summaries of reports made at the Scientific and
Technological
Conference on the Work of the Low-Temperature Research
Laborator7
During the Period 1957-19601 Tezioy dokladov
Nauchno-tekhnicheSkOy
konferentaii po itogam raboty problemnoi laboratoii
glubokogo kho-
loda za period s 1957 po 1960 gg. Pod red.
A.G.Golovintsova i
AAArkbarova. Moskva~ Yl-vo vyoobego i arednego
spetsiallnogo ob-
razovardia, RSM, 1960, 59 P. (MIRA 3J+tn)
1,, Nauchno-tekhnicheskaya konforenteiya po itogam
raboty problennoy
laboratorii glubokogo kboloda As period a 1957 po 1960
gg.
(Low temperature research-Congrese(os)

4q*~qj A.M,-. ".tokhn.nauk
Air separation in contrigugal rectifioation alTamtus.
Milm.rash.
no.318-12 MY-Je.161. (MI PA 1415)
Oases-49pmration)' -
, ~. II ;I
I

AUTHORS:
22988
3/184,/61/000/004/001/004
D041/1)112
GolovintAov, A;G., Doctor of Technical S6iences? Professor;
Arkharov, A.M., Candidate of Technical Sciences; Stolper, M*B.,
gineer
TITLEi Investigation of increased-pressure cycle-processes for
obtain-
ing liquid oxygen
PERIODICALs Xhimicheskoye mashinostroyeniye, no- 4, 1962.9
15-19
TEXT: Experiments with inoreased-preasure cycle-proodsses for
obtaining
liquid oxygen were carried out at the MVTU im. Bauman.
Increased-pressure
cycles have all the advantages of low-pressure cycles and are
more economical
Only turbodynamos are used in increased-pressure cycles. The
article deals
with the following 3 variantso (1) increased-pressure cycle
with one turbo-
pressure-reducer-valve, (2) increased-pressure cycle with two
turbo-pressure-
reducer-valves and (3) a variation of the latter. Calculations
of the sys-
tems, given in the article, were made by engineers N.
Kruglova, L. Rusanova,
Z. Kats, and L. Buchok tinder the guidance of the authors. The
technological
system used in variant (1) (Fig. 1) does not differ
essentially from the
P,L. Kapitsa cycle LAbstracter's notes The Kapitsa cycle is
not described in
Card 1/4