SCIENTIFIC ABSTRACT FILIPPOV, A.M. - FILIPPOV, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413110017-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Measurement methods for locating cable damages. Avt=., telem.
..:.i aviaz' 7 no.Ut8-9 N, 163. (MIRA 16:12)
1. Starshly inzh. Nauchno-issledovateltakogo instituta gorodskoy
i sel'skoy telefonnoy avyazi.

FILIPPOV, A.M.
The ULVA mechanical fertilizer spreader. Biul.tekh.-ekon.inform.
60. (KwA 13:6)
ofertilizer spreaders)
IS IM
R-- "R
ED I N;oI

,- FILIPM, A,H, inzh.j- OLESHKETICII, E.M., inzh.
UAVA ammonia water fertilizers Trakt. i sellkhozmash. 31 no,11:30
N :61* MTRA 14.12)
.14,
~,Gosudarstve.-moye seriyno-konstruktorskoye byuro po khlopku.
-1 (Ammonia as fertilizer)

ksude ekon, nauk,
_.- '"Pav- I,
-It,
Some problems of the further development of the mixed fied-
industry of the U.S.I.R. ThWy KTIPP no.7t66-72 157. (MI9A IWO
(Feeding and feeding stuffs)

--- ---o -- - - - - - --- --- -- - -- - -- - --
TUYINW, V.N. y inzh.; inzh.
ileleeting the diameter of a turret fepd ;3ocket.
12MDUSHO. 3:109-.U6 160.
(Power presses)
(Nauch. trud7l
(MM 14:1)

FILIPPOV, A.N.
Full utilization of production potentialities in mixed feed mills.
Izv. vys. ucheb. zav.; pishch. tekh. no.5:7-12 161. (KM 15:1)
1. Moskovskiy tekhnologicheskiy institut pishchevoy promyshlennosti.
Kafedra organizatsii i planirovanlya proizvodstva.
(Feed mills)

U-

SOV/137-58-11-22279
Translation from: Referativnyy zhurnal. Metallurglya, 1958, Nr 11, p 62 (USSR)
AUTHOR: Filippov,.A,,.&.--
TITLE: A New Process of Hot Compacting of Cermet Powders, and its
Future (Novyy protsess goryachego pressovaniya metallokeramiches-
kikh poroshkov i yego vozmozhnosti)
PERIODICAL: V sb.: Materialy Soveshchariiya glavn. metallurgov z-dov i in-tov
avtomob. prom-sti. Nr 5. Moscow, 1958, pp 43-47
ABSTRACT: Samples of an Al alloy containing 3.5-40/o Fe, 10/o Cu, 0.37o Mg
and 10/o Cr were used to check out the following flowsheet for
product manufacture: Cold compaction of the porous blank,
graphitizing (heating to 1100C and short-term immersion in col-
loidal graphite), hot compacting at 4000 and 7 t/cmz in 3KhV8 St
compacting molds withlexternal electric heating and minimum
holding time. Part dimensions are of Class II tolerance. The
method described may be used to make parts of Ni, Cu, and other
metals (Me), as well as of the so-called metal plastics (plastic .
powders infiltrated into a mechanical mixture of Me powders) and
Card 1/Z of products of alloy-steel powder. This method provides a high

SOV/137-58-11-22279
A New Process of Hot Compacting of Cermet Powders, and its Future
degree of homogeneity in the physical-chemical and mechanical respects.
A. M.
Card 2/2

18.6ooo 77163
SOV/129-60-1-11/22
AUTHOR: Filippov, A. N. (Engineer)
TITLE: Aluminum Metalceramic Materials
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
1960, Nr 1, Pp 36-38 (USSR)
ABSTRACC: As a result of preliminary tests on wear-resistant
Al-base alloys, three alloys, of the following chemical
composition were chosen for pre aration of powders:
~fl AN 2.5 ~2-5%.Ni ); (2) NAMI (P6 5% Sn + 1% Cu + 2% Si);
3 alloy with 3 5% Fe + 2% Cr + i% Cu + 0.3% Mg +.2% Ti.
The average size of'particles of all three powders ranged
between 0.2 and 0.4 mm. To improve the antifriction
properties and to prevent the welding of powders to the
metal die, -~% of pencil graphite A, with maximum ash
content of 176, was added. In the process of Investiga-
tion it was established that only alloy Nr (3) meets
the reouirements. Hot pressing of 11.3 mm diam and
15.5 mm height-samples was carried out at temperatures
Card 1/4 corresponding to the recrystallization temperature of

Aluminum Metalceramic Materials ~~16
V~~29-60-i-11/22
aluminum (300-4000 C). Figure 1 shows the changes of
hardness, compression strength, and contraction
depending on temperatures of' hot pressing. At 4000 C
the samples have maximum strength and contaction. The
time of pressing has practically no influence on
mechanical properties of samples. Figure 2 shows the
changes in hardness, strength, and contraction, de-
pending on the specific compacting pressure. As a
result of investigations the following rates were
selected: (1) Specific compacting pressure, 7.,000-8 000
kg/cm ; (2) Temperatiire of pressing, 400-4100 C; (3)
Time of pressing, 30 to 60 see (depending on size of
the product pressed). These rates allow production of
metalceramic materials as a result of sintering in
metal die at comparatively low temperatures and without
a protective atmosphere. The sintered material was
tested on piston rings (for the internal combustion
engine) designed by P. F. Zubets, A. N, Filippov
(Authors' Certificate Nr 80453). The selected alloy
Card 2/4 has good wear resistance and'a low coefficient of

Aluminum Metale-eramic Materials
is
75
26
- 71-
10
J00 J50 W QC

hl
65
77163
SOV/129-60-1-21/22
'C
Z- 26%
22 3
7
18
I'm 40X 6" AW "-
COPWrIV& PR-SSUP-
Fi~. 1. Dependence of hardness Fig. 2. Changes In hardness 0.);
(l ; campression strength (2~; compression strength (2);and the
and degree of contraction (3) degree of contraction (3), versus
on the temperatu e of hot press- specific compacting pressure.
in,3 at 1011cg/cm pressure
(pressing time, 5 min). 11Bis Brinnel hardness; 07c is compression
stress, Card 3/4

Aluminun.i Metalceramic Materials 77163
SOV/129-60-1-11/22
friction, 0.02 to 0.03. There is I table; 2 figures;
and I Soviet reference.
ASSOCIATION: State All-Union "Order of Labor Red Banner"
Automobile and Automobile Engine Scientific Research
Institute (NAMI)
Card 4/4

- -- - -- -- - - -- - -- -------- - -- - ----
?rL33??OVI A.N. (yaroslavll)j BASHLACHEV) A.A. (Yaroslavlt)
improving the system of revenue distribution and the principles of
price formation. Zbel. dor. transp. 47 no.9,.82-83 8 165. (MIRA 18t9)
1. Zamestitell nachallnika finansovoy slushby Severnoy dorogi
(for Filippoy), 2. Nachallnik finansovogo otdela Yaroslavskogo
otdoloniya Severnoy dorogi (for Bashlachav).

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MOCMINA, K.N.; IPILIPPOT, SeNe
Bleaching color-woven zephyr with hydrogen permide. Obm.
takh.opyt EMLPI no.10:4-7 1569 (KIU 11:11)
(Bleaching) (Hydrogen peroxide)
4

ARIFOV, U A.; KUYN G.A-.; ABLYAYEV, Sh.A.; VASILIYETA, Ye,K,; FILIPPOV, A.&I
SGI]COVAO 3'--1-; GWSONOK, B.I.; ZAUROV, R.10
. Studying gaima-ray effects in natural silk. Izv. AN Us. SSR* Ser.
fim--mat.nauk no.4:5-11 158- (MIRA 11:11)
i. Irisiko-tekhnichaskiy institut AN Uz. SSR.
(Silk) (Ga=a rays)

ARIFOV, U.A., akademik; KLEYN, G.A.; ABLYAYEV, Sh.A.; VASILOYEVA, Ye.K.;
:FILIPPOV, A.H., BLIPANOVA, S.I.; GETSONOK. B.I.; ZAUROV, R.I.
~Xffect of gamma rays on the ,properties and structure of natural silk.
Dokl. All Uz. SSR no.6:5-9 158. (MIRA 11:9)
LAN UzSSR (for Arifov). 2.lPiziko-tekhnichaskiv institut AN UzSSR,
Institut yadernoy fiziki AN UzSSR i Uzbeksk:i7 nauchno-issledovateliskiy
institut shelkovoy promyehlennosti.
(Gamma rays) (Silk)

S/166/60/000/02/11/013
AUTHORS: Arifov,U.A., Member of the AS Uz SSR, Kleyn, G.A., FijiPR2.VJA.N.1,
Slepakova, S.I., Zalutrov, R.L and Kordub, N.N.
TITLEs The Variation of Properties of Natural Silk in Different Media and
the Synthetic Nitron Fiber in the Air by Gamma Radiation 14
PERIODICALs Izvestiya Akademii nauk Uzbekskoy SSR, Seriya fiziko-
matematicheskikh nauk, 1960, No.21 PP-89-95
TEXT3 The authors communicate the results of the investigation of the V/
variation of several mechanic, physical andfohemigal properties of the raw
silk during a radiation with the gamma rays"'~of CobO in distilled water, benzoliq
hydrogen and air For a comparison the variations of the synthetic acryloniti e
~a *
nitron fiber\ re considered. It is stated that the synthetic fiber especially
for a strong radiation has a greater power of resistance than the natural
rax silk. There are 6 figures and 2 Soviet references.
ASSOCIATIONs Institut yadernoy fiziki AN Uz SSR (Institute of Nuclear Physics
- AS Uz SSR) UzbeksUly n.-i. institut shelkovoy p-r-omyshlennostil
7-Uzbekski-y Scientific Research Institute of Silk IndustrT)
SUBMITTE.0i February 16, 1959
Card 1/1

4
8/166/60/000/004/004/008
OM/C222
AUTHORS; Arifovj U.A.~ Academician of the Academy, of Sciences Vzbeks-
keys, WHI_-fl-eyn, G.A. Filippov, A.R.9 Amirove., N.Yu.,
Adilkhodzhaye a,_G.A.: Okun', G.S. and Osipova, L.)M.
TITLEz The Radiation-Induced -raft CopolymerizatioAlof Natural 51
LLk
Gaipron and '~iscooel
PERIODICAL3 Izvestiya Akademii nauk Vzbekskoy SSR. Seriya fiziko-
matematicheakikh nauk, 1960, NO-4, PP-59-64-
TEXTt Continuing the authors' investigations (Ref.1-7) the processes
mentioned in the title wereinvestigated, whereby it was stated: By
radiation it :is possible to obtain graft polymeres of natural silk,
of capron and of viscose for an immediate contact with the monomers
and their solutions. The reaction of the graft copolymerization of
the mentioned fibre materials with styren and methylmetacrylate is
more extensive than their reaction with vinyl acetate. The synthesis
of the graft copolymeres takes easily place in presence of metbyl
alcohol; often the reaction is accelerated by water; the role of the
water seems to be complicated. If the graft of styren and metbylmeta-
Card 1/2

S/16 60/000/004/004/008
C111YC222
The Radiation-Induced Graft CopolYmerization of Natural Silk, Capron
and Viacose
crylate takes place under conditions where no strong r-radiation is
necessary, then it improves the d;rnamometric properties of the
modified fibres. The copolymerization of the fibre materials with
styren and methylmetacrylate (graft 50-80%) takes place in the fibre.
There are 15 referencess 10 Soviet, 4 Polish and 1 Swiss.
ASSOCIATIONt Institut yadernoy fissiki AN Us SSR (Institute of Nucles.r-
Physics of the Acaden1v of Sciences tzbekskaya SSR)
SUBMITTEDs May 249 1960
Card 2/2

B/84 62/000/000/080/129
D423YD307
AUTHOR6 Arifov,~U* A., Klein, G. A I lippoVo A. N., Amirovat
T_
N. Yu.t;Adilkhodzhayev-a, G: KW., Okun', S. and Ouipova,
L. Kh.
)71
'TITLN'.f Radiation grafting of vinyl mono6ers to certain natural
and chemical fibers
SOURCE: Trudy II Vsesoyuznogo soveshahaniya po radiatsionnoy khi-
mii. Ed. by L. Polak. Moscow, Izd-vo tN SSSR, k9fi2y
470-475
TEXT: The 17resent work is a continuation of-previous investiga-
tions by Arifov and Klein, With the object of obtaining grafted
copol,imers of styrene, methylzethacrylate and vinyl acetate with
raw silk, cadrone and viscose. Irradiation was carried out with,a
60 5 6;-
Co source at a r dosage of 10 to 5 x 10 rep on solutions of the
monomers in various organic solvents. Grafted polymers of natural
silk$ caprone and viscose with styrene and methylmethaerylate were
-4ormed. more readily than with vinyl acetate,~ and grafting with sty-
Card .112
e
0~

5/844/62/000/000/OaO/129
D423/D307
AUTHUR6 Arifov,~U. A.t Klein, G. A*9 11 k. N., Amirova,
i
N. Yu.j,,Adilkhodzhayeva, 0. and Osipova,
'TITLE':* Radiation grafting of vinyl monoriers to certain natural
arid chemical fibers
SOURCE: Trudy II VBesoyuznogo Boveshahaniya pa radiatsionnoy khi-
mii. Ed. by L. ~i. Polak, Hoacow, Izd-vo tN 33SR, ~9,62t
470-475
TEXT: The -present work is a continuation. of previous investiga-
tions by Arifov and Klein, With the object of obtaining grafted
copolymers of styrene, methylmethacrylate and vinyl acetate with
raw silk, ca,)rone arid viscose. Irradiation was carried out with-a
Co 60 source at a 6- dosage of 105 to 5 x 1U 6: rep on solutions of the
monomers in various organic solvents. Grafted polymers of natural
silk, caprone and viscose with styrene and methy1methacrylate were
--formed more readily than urilth vinyl acetate,: arid grafting with sty-
Card 112

3/844/62/000/000/080/U9
Radiation grafting of ... D4.:.'3/ff3O7
rene took place on direct,contact of fibers'with pure styrene and
with a solution of otyrun6 'in rziethanol. Grafting with methylmutha-
crylate took, place by condftioning the fibers in the presence of
substances which dissolve golymethylinethacrylate, i.e. acetone and
acetoacetic eater.The extent oZ ~;rafting wa5 increased v.,ith increase
of dosage up to defined limits, after which 'it is sharply retarded.
klethylciethacrylate grafted .-to viscooe produced material which could
be dyed with basic dyestuffs arid by grafting styrene and methyl-
methacrylate to the various fibers it was found that their dynamo-
metric properties were improved. It was also found that copolyme-
rization of fibrous materials with styrene and riet-hylmethacrylate
with up to 50 _* 801,'j grafting, took place within the fiber. There
are.5 figures.
ASSOCIATION: Inotitut yadernoy ffziki AN UzbSSSR (Inotitute of
Nuclear Physics, AS Uz.;SR).
Card ~/2

KOCHETOVt M.N.; SHCHERBAKOV, G.V.; PILIPPOV, A.N.
Using various methods to determine the mean values of the Para-
meters of a layer. Trudy VNII no.36tl88-197 162. (MIRA 1511l)
(ijil sands-Permeability)

GOLOSKOXOVp Yo.G. (Kharlkov); FILIPPOV, A.P, (KharOkov)
Nonstationary bending and torsional-vibrations of the engine-
rotor system. Izv. AN SSSR. Mekh. i mashinostr. no. 2:153-
157 Mr-Ap 164. (MIRA 17:5)

"Vibratf.-ons of a beam under the action of moving loads".
iieport presented at the 2nd All-Union Congress on Theoretical and Applied
mechanics, Moscow, 29 January 5 February 1964.
j _T
Pr It
M
E.

.VOROBM., Yu.S,; FILIP.POV.9 A.P.Oharlkov)
nFree vibrations of rotating bars without the hypothesis of plane
sections"
report presented at the 2nd A3.1-'Union.C-ongress on Theoretical and Applied
Nechanicsy Moscow, 29 Jamwxy - 5 February 19611

-IT
MAI 6, "1 - m, 1`14~ m og-
P 04

FILIPPOV, A.P.
Use of the IKS-12 spectrometer for investigating spectra of gases.
Zav.lab. 29 no.]-ltl379-1380 163.. (MIRA l6tl2)
1. Lisichanskiy filial gosudarstyenhogo nauchno-49sledovatellakogo
i proy-ektnogo instituta axotnoy pronyahlennosti'i'produktov
organicheskogo sinteza.

SVINARKV, Georgiy Andreyevich; FILIPPOVI A.P.p otv, red.
[High-pressure axial-flow Kaplan turbines] Vysokonaporrqe
Povorotnolopstrye gidroturbiny osevogo tipa. Kiev, Izd-
vo AN USSSRj 1964. 134 P. WIRA 17: 5)
1. Chlen-korrespondent.AN Ujcr.SSR (for Filippov).

KANEVSKUY-Ye.A.; FILIPPOVp A.P.
Effect of the Ionic composition of solutions of iron (III) on the
dissolution of uranium dioxide. RadiokkLmiia 5 no.5.1'602-608 163.
(MIRA 17:3)

PETROVP HIP., kan44 tekhn. nauk; TROSHKIN, LT.,, inzh.;_Fl~~PBOV, A.P., inzh.
Heat treatment of 3OKhGSA, 3OKhGSNA,-38w, and 40KhNVA steels
in an endothermic atmosphere. Vest. mashinostr. 43'noolOt
61-63 0 163, (MIRA 16M)

7 i~W`q
S/0179 /64/,'000/002/0153/0157
ACCESSION NR-.- A~4035065
AMORt. Goloskokov.. Y~. G. (Khartkov); Filippov, A. P. (Xbarikov)
TIME:, 'Nonstationaij bending-twisting oscillations of a mo-Vor-rotor
system
SCUM' AN SSSR. ,Izv stiyao Makhanika i mashinoitroyeaiye) no.2,:.1964,s
153-157
TOPIC TAGS: rotor, inotori-Irotor system., flexible, shaft,, MPT-9 modelling
machine
ABSTRACTt -The nonstationary transition through*the critical state is
considered for a motor-flexible rotor i:,,ystem under the assump-
tion that the moment characteristic of the motor is independent-
of the acceleration and that its power is of the same or-der as
t6 power required by the system in the critical velocity 'zone.
The presence of an alastio'bond betwean the motor and the rotor
io-also assumed* This bond can yield to twisting,, but does not
Card

-PU-4 M(c~
AMESSION NR: 4PS001644-~ S/018616410061006/0732[073V
MMOR: Kanave,i1y, Ye~.,_A~; Filippovp D. 2,1
A
TITLE: ra ra determining ty of nitrLe acid during the re-!""-
ato
iAc~tion with uranium dioxide
SOURCE: Radi6khlbiya~ vi 6~': noq:::6W'_1964& MwW
TOPIC TAGS.,, uranit= dio.xidu# urahyl nitrate, uranium oxidation, nitric acid
oxidizing activity
ABSTRACT:- -.An -attempt wafr. mide-~,to:. imamine-the ~rincip~ai factors determining t e
~oxidizing acttvity of- -acid-- - in sulfuric acid solutions in the interaction
uith uranium dioxide and to offer an explanation for the regularities observed.
7he effect of nitric and sulfuric acid concentrz.tions was establighed. Teapera-
ture was found to be a decisive factor in enhan(ing the oxidative prr)?erties of
i,itric acid, and its effect was studied together -ri-th the rate of sUrzing of the
reaction mLxture. It was postulated that some of the products of deccmpositton
of nitric acid are strong oxidants. The authorn also studied the kinetics of
t-s-ablishment of oxidation-reduction potential& in the system L102- W(03 - P-2.S04
hzU and the kine-.Lca of the simultaneous dissolution of UG.. No direct relation
CUM

IFILIPPOV1_4j~_.., otv.red.; DEDUSENNO, Yu.M... red.; NAGORNAYA, N.K.,
red.; BULGAKOV, V.N.., redo; SYTNIK, N.K., red.; SHALAYEVA,
S.A., mlad. red.
[Operating processes in turbomachines and the stability of
their elements] Rabochie protsessy v turbomashinakh i proch-
nost' ikh elementov. Kiev, Naukova dumka, 1965. 172 p.
(MIIIA 18: 6)
1. Akademiya nauk URSP, Kiev. Instytut makhanyky. Kharlkov-
skiy filial. 2. Chlen-korrespondent AN Ukr.SM (for Filippov).

FILIPPOV.. A. P.,, Candidate Tech Sci (df..ss) -- "The solubility of nitrogen in
liquid iron and melts of iron and silinon". Moscow., 1959- 9 pp (Acad Bei
USSR, Inst of Metallurgy im A. A. Bsykov), 150 copies (KL, No 24,, 1959., 142)

FILIFFOV, A.P., kand.tekhn.nauk; PRMJ4V, Yu.Ya., aspirant
Mining of thick coal-Geam outorope in the area of Tom'-Usa mines.
Ugoll 35 no.qt2q--32 5 160. (min 13tio)
1. Glayny7 inzhener tresta Toimeaugoll (for Filippov). 2. TomekI7
politekhnichaski3r institut (for Privalov).
(Kuznetsk Basin--Coal mines and mining)
(Strip mining)

FILIPPOV;LA.P. telthn.nauk
Using the usual methods and equipment and hydromechanical,
means in looking for an efficient system of mining thick
flat Beams of the Tcm'-U,sa area. Izv* vyB. ucheb. zave;
gor. zhur. no.W2-30 161. (MIRA 15:5)
1. Kemerovskiy gornyy institut. Rekomendovana kafedroy
razrabotki mentarozhdoniy poleznykh iskopayemykh Kemerovskogo
gornogo instituta.
(Kuznetsk: Basin-Coal mines and mining)

FILIPPOV, A.P... kand.telchn.nauk
Hydraulio mining of a thJck flat seam in the ITomasinakala I -
Mine. Ugoll 36 no*5-127-31 My 161. (MIRL 14:5)
1. Glavnyy inzh,,tresta Timu augoll. ning)
(Kuznetsk Basin-Hydraulic mi

FILIPPOV A Fd)*and,tekbn,naukj, KUZTETSOVi S.T., kand.takchn.nauk.;
F.P., kand.tekhn,.nauk
Rock preasure manifoptations, in case's of mining thick seams in
the T.,ml-Usa depouit witla the chambor Ipillar mothod and use of
hydrt-ilic machinery. Ugoll 36 no,10:33-35 0 161 1. (MIRA 14:12)
1. ~ TTow%lV4=usa:ugol, '(for Filippov). A. Vsesoyuznyy nauchno-
issle7dovateltakiy mark6beyderovskiy institut (for Kuznetsovp
Bublik).
(Mu=tek Baoin.-Go-al mines and mining.~--Hydraulic ku#vmt)
-(Rock presaure)

YATSD43RSKTY) K*B,j FILLF1101, A#P.
Kinetics of molybdenum (VI)-catalyzed reaction of l?'-nuphthylEuUr*
oxidation with brcmatee Kin. i kat. 6 no,4:674-681 jl-Ag 165.
(MIRA '18:,?)
1. Inatitut obshchey 1 neorganlche--koy klilmIL AN UkrSSR,,

VsKryl yt).A,; TIMOFEYEVA, N.V.
FILIPPOV, A.P. KANE
c acid
Reaction of uraniun dioxide with nitrous acid in a m2furi
solution..Zhur.priklokhim. 38 no-3:658-660 Mr 165.
(MIRA 18.1.1)
1. Submitted May 24, 1964-

YATSIMIRSKIY, K.B.j FILIPPOVp A.Ps
Kinetic method foT determining microquantities of molybdenum.
Zhur. anal. khim, 20 no.80145-819, 065..
18: 10)
1. Institut obahchey i neorganicheskoy khimii AN UkrSSt, Xiyev,

PENTSOVP VX; FILIPPOVO A.Pe
- f a nonlinear system with one degree of
Passage through the resonance o
freedom. Trudy lab.gidr.mash.AN USSR no.1104-39 164. (MI RA 3.7 110)

FILIP?Crv, Anatoliy Petrcv-.L.,!h. Frirdirii., ,Y i v~-. G. '.
Mj,
[Vibrations of rie-:-,hanical systems] Kolebanlia. mekhaniche-
skikh sistein. I(Ievp flaukova dujr&ai, 1965. 713 p.
Oulu 18%-Al)

FILIPPOV9 A. P.
At the plenary meeting of the conference of the Power Establishments of the Academies
of Sciences of the Union Republics and of the Affiliates of the Acaderq of Science,,
USSR, the following paper was presented by Corresponding Member of the Academy of
Sciences, Ukrainian SSR, A. P9 Filippov em "The problems of precision in the parts
of gas turbines"o
SO: Elekrichestvo, No. 9 Moscow, Sept. 1947 (U-5534)

FILIPPOV, A.
Filippov, A. F. "The stres3ee in the revolving discs of turbines when
calculating creep," Sborn-ik trudov (Akad. nAuk Ukr. SSR, Laboratoriya problem
bystrokhodnykh mashin i m3khanizmov),, Issue 1, 19490 p. 75-103, -'Bibliog: p. 103
SOz U-4355, 14 August 53, .(Letopis 'Zhurnal. Inykh Statey, No. 15, 1949.)

- - - - - - - - - - - -

xi~-

Ir Filippov, A. P. 'T of an elllptic_pj~L'O WRIX
---ZU4rIY-
O~klr--vC !~"' der the action of concen-
trated loadi. A -id
- III-
IR. InIenernyl Sborni
'k 5,
7
no. 2, 1-
92 (19~ LIA., )
Analytically, tbw Lxi

thij,
nistia
er co
d
w PwhI- 'd ed
Lb ai~,panst er m
-
f IX
i
ti
l
alu
d
in
n
pap
'
'
' i --v
o
a. o
i al
na
rm
e
-
vk
~
--, Y) (d'J
aactiozi a
Aa
A kA ~': -
zu~-'--
La.~L
-A 044.4
" .0 U V
in the (.,y)-plane, su, th,i '
(,i) in thr",' in'teniorvf ~'the
cllipt~~ w satisfies, svw a I te numbex. of
points *it the
interior (where wncent ted -.4% norvW.IoAhe, plane,~ of
Ot plate are present.), i r pw A diffvr~nfiai,
d- 61-
w
Y

, '
'
'
whem Ax, Y) is a &i If o
M. tile dist6buted, load no
r
A
xl
to the plane of. the eil, --4r p I - -) and. D~W.an

at each of the ex c
AiDn' iti'. ,w aves r
;,Set of pop b6
Cr2logr plus u regular tinc: 'I.'wh4re.'C' 'As"a, givem rrL4
'

-number (proportion-ad :
t he emity of
th
e given ConC6---'
trated load at the twi, ~ an is the Eucli diirtaxibe.,
from the point, (b) Chi t - elli cal botindasy w"Batisfies th~
conditiovs (simply eupi 'tftj ?,w) W- 0.
+

D(I - 0 26~"-)-1-01

ere 1) and V al r 'tld
wh
j'. and 0 is the
Lta
tween the outer nor im tf, -tuidary and the positive.
x
axLi. The LK)uncU r '. .
-tem is first formulatod in
mal fkIllitiOn iS then IP:I
Ven.
cxpr(-i.~l as an i~ !in, X*I i whow corflici-ent3 uj7ay b~
deterrnined nurnei all y - i:ig hucar equations, in the
.CiII 'AsV of tM" -ef t, loiada, of equal magnitud
and dire( tio! i, oyn 1 c t 1., ndwt61 rr--spcu to
axia of tile ellipS4... ht L-1c; ase of a ConCentra*'~d J.OQd
at the c~ntrr of tti- I)l 11; j 1- wit4 numerically.
)miz- (college Park, Md')"
-7-
Ilk

FrLIPPOV, A. P.
!'Stresses,in Rotating Disks of'Turtomachines." by A. P. Filippov (Kharikov).,
Inzh Sborp Vol 9. pp 167-176., 1951
Gives method of calcg rvtating disks of turbomachines with help of integral
equations. The obtained integral eqs make possible the finding of stresses
in a disk of variable profile taking temp into account, and also variability
of modulus of elasticity - which is dependent on temp. Submitted 22 oct 48.
257T56

-) "-, 44 elo a - v -/A-P, --- - --
FILIFFOVO A.?. -
Deformations and stresses in cylindrical shells. Sbor.trud.lab.
probl.bystromanh. no.4:15-30 153. (KL.Rk 7:12)
1. Ohlon.-korrompondout AN DRSR.
(Mastic plates and shells)

FILIPPOV, A.P.
Forced transverse vibrations in turbine blades taking Into
account attenuation. Sbor.trud.lab.probl.bystr.maah. no.4:
3-14 154. (MLEA 7:12)
I.-Chlem-korrespoddent AN URS-R,
(Blades-Abrition) ' '

I- --I W
~f,,
-

FO
Yh
l
f
f
f
4
ca
-ccirf
o
coo,"Sgai.
ag capac
ty o
f
4
U
,
a VMS w I ,"l gal Tr Kb~k-wsl
c Ff
p4ifakbu in-4m 5, TGj:jTO, 1955. R.I. 71, li-6 19JA F V

4
Boom
Eft 116 Al", 1

FILIPPOV. &KURA
professor; PRO . G.F.. otvatBtvennyy
D.X., redaktor izdatelletva; KRYLOVSK&YA. N.S.,
tekhnichaskikh redaktor.
[Vibrations of elastic systems] Kolebaniia uprugikh siatem. Kiev,
Izd-vo Ahademli nauk USSR, 1956. 321 p. (MIRA 9:8)
1. Ohlen.-korrespondent AN USSR (for Filippov) 2. Daystvitellnyy
chlen AN USSR (for Proskara)
(Vibration)

SOV/124-57-4-3913
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 4, p 11 (USSR)~
AUTHOR: Filippov, A. P.
TITLE: The Forced Oscillations of Linear Systems During Their Passage
Through a Resonance Condition (Vynuzhdennyye kolebaniya lineynykh
sistern pri prokhozhdenii cherez rezonans)
PERIODICAL: V sb.: Kolebaniya v turbomashinakh. Moscow, AN SSSR, 1956,
pp 5-20
ABSTRACT: The author adduces a solution of the problem of the passage through
a resonance condition for a linear system with one or an arbitrary num-
ber of degrees of freedom; the computations are reduced to tabulated
functions. For the case of a system with a single degree of freedom the
author examines the equation
~!Y + ~Ay + w2y = HCos ( (L t2+
dtz dt 2 0
where H, M, c, and a are constants, and w2 = c/M. If the
Card 1/2 initial. conditions y(0) = y'(0) = 0, the solution of Equation (1) reduces

SOV/124-57-4-3913
The Forced Oscillations of Linear Systems During Their Passage (cont.)
to a Fresnel integral expressed in terms of Besset functions. Also examined in a
passage through a :resonance condition when the perturbing force has a variable
amplitude, e. g.,
H = P. ( a t/ W )m (2)
and it is shown tha?; in,such case the integral of Equation (1) can be expressed by
means of a Lommel function. The results obtaine'd can be applied for the investi-
gation of a transition through a ne-sonance condition in systems having many degrees
of freedom. Also investigated are transverse vibrations of bars.,*.hile passing
through a resonance condition with due account for damping.
Yu. A. Mitropollskiy
Card 2/2

124-58-9-10388
Translation from: R,!ferativnyy zhurnal, Mekhanika, 1958, Nr 9, p 141 (USSR)
AUTHOR: Filippoir, A. P.
TITLE: Influence of Creep on the Stress Concentration in a Plate With a
Circula:r Hole (Vliyaniye polzuchesti na kontsentratsiyu naprya-
zheniy v plastinke s kruglym otverstiyem)
PERIODICAL: V sb. : Issledovaniya po vopr. ustoychivosti i prochnosti. Kiyev,
AN Ukr,';SR, 1956, pp 58-69
ABSTRACT,-'. An examination of the -creep of an infinite plate with a circular
hole, subjected to one-directional tension by distributed forces.
The' deformation law assumed (theory of aging in the deformed
shape) takes into account the elastic component of the strain, but
does not include the strain represented by the first portion of the
creep curve. The "modulus of creep" ?, appears as an exponen-
tial function of the stress intensity *Cn and a linear function of
the time t:
A t T" P-1
n
Card 1/2

124-58-9-10388
Influence of Creep on the.Stress Concentration in a Plate (cont. )
The nonlinear differential equation for the stress function obtained in the work
is solved by the minor --parameter method. The parameter therein is rep-
resented by a quantity that is proportional to the time elapsed since the start
of the deformation. Second- approximation calculations of the stress function
(the first approximation corresponds to the elastic problem) are adduced for
values p=3 and p=5. EXamples of the calculation of the s tress -concentration
factor are given for some special cases.
1. Plates--Properties 2. Plates--Creep 3. Plates--Stresses
Card 2/2
A. G. Kos tyuk

FILMIM, A.P. (Khar)civ)
---raffe"W"VWMI-sat Igat, Ions on the theory of vibration in bars. Prikle
makh.2 no.2.6117-132 -1.56. (MIRA 9.10)
I.Laborat*riyja gidravliehnikh mashin Akademii nauk UM.
(G:Lrdera--V ibrat ion)

SOV/24-58-12-7/27
AUTHOR: Filippov, A.P. (Miarlkov)
TITIE: Forced Oseillations in a Linear System on Passing Through
a Resonance at a Non-linear Rate of Frequency Change
(Vjnt7Merriyye kolebaniya lineynoy sistemy pri
prokhozhdE,nii cherez rezonans s nelineyno
izmen7ayushcheysya chastotoy)
PERIODICAL:Izvesti-ya AkadLemii Nauk, Otdeleni e Tekhnicheskikh
Nauk, 1958, Nr 12,.pp 47-52 (USW
ABSTRACT: 1. The eq!aations are derived on the assumption that
the frequency p varies as at + bt2, where t is time,
and that vhe amplitude of th:3 forcing oscillation H is
consit-,ant. Eq.1.1 gives the perturbing force-, Eq.1.2 is
the differantial eq4ation for a system with one-degree o:~
freedom. The solution is Eq-1-3 or 1.4 to 1.6 .
2. The equations are transformed to a form suitable for
calculations; p/k is assumed amajLl and therefore its
squar-e-Is-i 1~110cted; attenuation coefficient;
k = 44_)T_._ILY4 where to, is a constant. c-cefficient in
Eq.1.2 . Eq.2.10 and 2.11 are obtained, with the symbols
Card 1/2 given by E(1.2.12

SOV/24-58-12-7/27
Forced Oscillations in a Linear System on Passing. Through a
Resonance at a Non--Linear Rate of Frequency Chenge
3. The integrals are -Ialciulatr-A using Lommel functions,
in their asymptotile form, i.s. Eq-3-5, or in the series
form of Eq.3.4 .
4. Eq-3-13 is -use& to ecnstruct amplitude vs. time
curves (Fig.,1-3). Fig,-'r' gli'les how P (the deformation
coefficient) -oa-cies with rate of frequency variation for
the first maximum. Fig.5 gi-i~es the +,!me when the first
irtillm is xeavhed.
5. The ampl.itude of the perturbing force is assumed to
be prorortional to the square of the frequency. The
effecto, no-ar rasoaance ai-_ sli.SL-t. There are 5 figures
and A referenc-is of which- 2 are Soviet and 1 a
translation from Engli3Eh int.-o Ruzsiar,
SUBMITTED: 23rd October 195?.
Card 2/2

mv/24-5a-10-33/34
AUTWR: ftnovko, Is. G.
TITIRt A Conference on Ilastic Vibrations at the Institute Of
ical Xnginearing of the Acade::y at 3clancez of the
Mec
Yet Sa (Boveshchamiye po vaprosam upruglkh koloban
=
li
t
a
v Institute xash1ncv#domLya Scademli nmuA LdLtviyacoy
PSRIODICAL: Izvestiya Akadenii nauk SSSR, Otdoloniya takhalche
namk, 1958, Nr 10, Vp 155-159 (USSR)
ABSTRAZTs This Conference tack; place on June 11-15. 1956, in Riga,
Altogether over ?0 people took part In the car-rerazee (*part
froa those morsally based at Riga). Sleven papers ware rem44
1 ) -The effect of vibration on systoza with dry friction", by
1 2. llakh- and G. Tu. Dthanslidze (Leningrad), ,
2 5 Two papers on dxnazic probla4s in the nonlinear theory of
late& and the shells by V. V. Bolatin arid A. a. Vollmi-r

,N) 'A qumaltativo study of the to-* and frequencies of
natural vibrations of t"a elastic shell2% by A. L. Gol9dem.
ve (Moscow),
*Sam* probleois in connection vica vibratLxw of elastic
rods is, the case of lane displacements". by Yu. S. Shkenew.
emit V2 (UOSCOW)
*Couilsd vibrations of noes and dimes In turbines* and
'Nssags through -resonance of a linear sy stoz with uca-
linearly var7ine frequency' by A P Fil ippor JKharlkav).
16) 'Soxat probjecs In the elaa-.10
stretched thread-, by V. A. 3ve-litskiy (
-
-
-r
7) 'O
ZhO si
ila
lt
of d Uo3--ow)
'
iLd b
di
I
n
m
r
a
z
n sa
d processes
o
es
yn
Y
.
b A. G, Uzarov (Yerevan).
3
8
-The Protlem ofronstructional hystor*zLel,by Ta. 0.
s7ko (Riga),
9) 'r CoaBtructl-5,mal hyxtertsts in resizz-astallic shock abs
rb-

*
by G. 1. 4jrAxbov
".
:
TU
..foreace was closed with a speech by U. ii. ]~~..ak
Sorod1ch (Moscow).
Card 212

80797

16,2300 SOV/124-59-9-9697
Translation from: Referativnyy zhurnal, Mekhanika, 1959, Nr 9, p 18 (USSR)
AUTHORS: Filiggov, A.P,_, Goloskokov, Ye.
TITLE: On the Problem of Passage Through Resonance in Elastic SystemsZ~
PERIODICK'j: Tr. Khartkovsk. poj'.itekhn. in-ta, 1958, Vol 111, PP 7 - 21
ABSTRACT: The problem of passiage through resonance for a linear system
having one degr e of freedom is described by the equation
+ p if + F (t) cos (1/2 a t2 + E
) (1)
0
where ),- is the atteneation cooffloient, W is the natural
frequency of the system, a t is the instantaneous frequency
of the perturbing force, P(t) is the amplitude of the per-
turbing force, Cp Is the'coordinate, Co is the initial phase
of the perturbing force; for the initial conditions ~p (0) -
- ,io (0) - 0 the problem is reduced to the determination of
th~ integr :
2
a V
e-1/2 /..~ (t- r) sin k (t- T) dr (2)
F
I P(t) Cos
~p (t) -
)
.
o
2
Card 1A

90V/124�9323-9697
On the Problem of Passage Through Resonance in Elastic Systems
where k2 _ C02 _ 1 -2
A,
It turns out that the determination of the integral (2) does not represent
diffioultiea when using e,tables of.functions in the complex domain
z
Wl(z) - e-Z2 1 + 2 1 f et2 dt W2(z)-'- e-Z 2 ~ at2 dt (3)
( . ~I_r 0 0
The passage through resonance of a three-mass system performing torsional
vibration s is discussed at an example. For this case, the following equation
of vibrations of a ~od is :
g1died t.17 into account the internal damping:
f t
E 1 (1 t i A-) 44, 4. _ij (5)
2r 1 4 ' m a t2 + R'. -0 t2 0
wherein EI is the rod rigidity, m is the mass of the length-unit of the rod,
Y is the coefficient of the internal damping.
Yu.A. Mitropollskiy
Card 2/2

KOYAIXNKO, A.D.; KORNOUMOV, M#V- [deceaned], akademik; PENIKOV, O-M-,-
PISARMO,,G.B. (Pyearenko, H.S.); SAVIN, G.M. [Savin, H.M.),
akademik; S]MMSEM,~S.V., akademik;_i9-zW--LP-
Development of the problem *Scientific fundamentals of force and
.plasticity* by the -institutes of the Academy of Sciences of the
Ukrainian S.S.R. Prykl. mekh. 4 no. 3056-358 158. (MIRA 13:8)
1. Institut stroitellnoy makhaniki AN USSR, chlen-korrespondent
AN USSR (for lovalenko). 2* laboratorlya gidravlicheskikh masbin
AN USSR, chlen-korreepondent AN USSR (for filippov)- 3. AN USSR
i Institut etroitellnqv makhaniki AN USSR (for Kornoukhov).
4. Institat metallokcramiki i spetasplavov AN USSR, chlen-
korrespondent AN USSR (for Pisarenko). 5. AN USSR i Institut mashino-
vedeniya AN USSR (for Serensen). 6. Institut gornogo dela AN
USSR, chlen-korrespor14ent AN USSR (for Penlkov). 7. AIT USSR i
Inatitut matematiki AN USSR (for Savin).
(PlasticiV)

1j j fl
if I
1
lIi i A I I -it
9. V
If :1, ail 1i is I
I a
i
1, 4 r!
V 13 1 55

DEWSMO, Yuriy )(itrofanoviolt; FILIPPOT,_A.P., otv.red.; REMENNIKe ILK*$
red.isd-va; LISOVITSj
[Regenerative networks and regenerators in gas-turbine systemal
Regenerativnye akhemy i regeneratory gazoturbianykh ustanovok;
teoriia i raschat. Illev, Izd-vo Akad.neuk USSR, 1960. 267 P.
(MIRA 14:4)
1. Chlen-korrespondent AN USSR (for Filippov).
(Gas tmrbines)

MUSHTARI, Kh.M.j redq ALUMYA-E, N.A., red.; BOLDTIN, V.V... red.;
VOLIMIRp A.S., red.; GAWIYEV, V.S., red.; GOLIDENMER,
A.L., red.; ISARBAYEVA, F.S., red.; KILIGWSKIY, N.A.,
red.; KORNISHIN, M.S.., red.; LURIYE, A.I., red.; SAVIN,
.G.K., red.; SACHENKOV, A.V., red.; SVIRSKIY, I.V., red.;
SURKIN, R.G., red.; F-LL1EEQY4-A-P-,-red.; ALEKSAGIN, V.I.,
red.; SEMENOV, Yu.P., -tekhn. red.
(Procoedings of the Conference on the Theory of Plates and
Shells] Trudy Konfereryteii po teorii plactin i obolochek, Xa-
W-14 .1960. Kazan', Alkad. nauk SSSR, Kazanskii filial, 1960.
Rep (MIRA 15:7)
1. Konferent-siya po tearii plastin i obolochek, Kazan', 1960.
2. Moakovskiy energeticheskiy institut (for Bolotin). 3. Ka-
zanakly khimiko-tekbno:logichoskiy institut (for Ganiyev).
4. Institut mekhaniki Akademil. nauk USSR (for Killchevskiy).
5. Kazanskiy gosudarst-vennyy universitet (for Sachenlcov).
6. Kazanskly filial Akademii nauk SSSR (for Svirskiy).
(Elastic Plates and shells)

83316
3/179/60/OOOAD'+/015/027
9191/B181
AUTHORS: .,Goloskokov, Ye.G.2 and Filippov,, A.P.-(Kharlkov)
TITLR: Forced Non-Stationary Oscillations in Linear Systems with
Periodically Varying Parameters-
PERIODICAL: IzvestiKaa Akademii nauk SSSR9 Otdeleniye teklmichaskikh
nauk, Mek nika i mashinostroyeniye, 1960 No If, pp 129-131
TEXT: The problem of find.ing vibration amplitudes in-passing
through resonance has been solved for linear systems with constant
coefficients for disturbing forces varying linearly or parabolically.
The vibrations of bars2 plates and shells excited by longitudinal
periodic forces are described by Mathieu equations. The behaviour
at resonance of such a system with a disturbing force is examined in
the present work. This covers the case wherein, apart from a
longitudinal force with a freqUency 2-irL, a transverse force of
variable frequency is acting on the bar, plate2 or shell. The
equation of a system with a single degree of freedom disturbed by a
force with a linearly varying frequency is stated. The disturbing
amplitude may be constant or a function of time. By substitution of
variables, a simplified form (Hq 1.2) is obtained. By the method of
variation of arbitrary constants, under the assumption of zero
Card 1/2

83316
S/179/60/000.40VO15/027
Hl9l/El8l
Forced Non-Ettationary Oscillations in Linear Systems with
Periodically Varying Parameters
initial conditionsg the solution is formulated (Eq 1.5) in terms of
the particular solution of the corresponding homogeneous equation.
By further substitution of variablesq the form of the solution is
modified for convenience of computation, distinguishing the two cases
when the period of auxiliary functions formed from the particular
solutions.is either 7k or 2 TC. As always, in systems with
variable parameters, there is an infinite number of resonancesr of
which only a, few have practical importance. The MPT-9 simulator V~
(analogue computer) was used to.obtain a numerical solution. ~For
this purpose, the basic equatlon was suitably transformed and the
variable parameter function was introduced by means of a low
frequency generator and a multiplying unit. The results of the
computation are given in the form of graphs of the dynamic amplitude
factor plotted against time when the system passes.through the first
few resonances. In a Tableg maximum amplitude factors are given for
five resonant conditions obtained by numerical computation and with
the simulator, showing good agreement.
There are 1+ f4gures, 1, table and 5 Soviet references.
SUEMITTEDs February.24., 1960 Card 2/2

11 EPPOV,-A..P, (Xharlkcn,)
Taugential vibrations of turbine blades taking into
consideration the disk vibrations in It@ plane. Pr:rkl,
makhe 6 no.3:251-262 160. (XIU 13:8)
1. Iaboratorlys, gidravlicheskikh mashin AN USSR.
(Blades-Tibrittion)

FILIPPOVt A.P- (Kharlkov)
Steady vibrations of an infinitely long beam supported by an elastic,
semispace W%Ier the action of a moving force. Izv.AN SSSR.Otd.-
tekh.nauk.ffWcbA masbinostre no.6;97-105 N-D 061. (MIRA 1411l)
(Beams and girders--Vibration)
A

FILIPPOV, A.P.
Passing through,resonance with nonlinear velocity of a system having
one degree of freedom. Sbor.trud.Lab.gidr.mash. no-9:37-47 161.
(KM 15:3)
(Oscillations)

ANDREYEVt A.0,; FILIPPOVj A-Pe
Bending of a cantilever sector-shaped plate with variable rigidity.
Sbor.trud.Lab.gidr.masli. no.9:58-63 161. (MIRA 1513)
(Elastic plates and shells)

32560
S/198/61/007/006/002/008
D299/D301
AUTHOR: Pilippoir, A. P. (Kharkiv)
TITLE: Vibrations of a rotating disc of constant thickne3e
with vanes
PERIODICAL: Prykladna mekhanikag v. 7, no. 6, 1961~ 6011-607
TEXT: The effect is considered of disc rotation on the frequency
of vibration of the vanes. The results obtained are compared with
those for a disc at rest. The effect of the pliabil4ty of the dist,
is also taken into account. The solution of the prob'4em is obtatned
in BeBsel functions. Setting
9 =TBin pt; V :-- v sin pt; p = R coe pt
one obtains the differential equations for vibrations:
Card 1/5

SA 61/007/006/002/008
VibrationB of a rotating ... D299ND301
of + _T9 + 2-f + 2ke .1 R =0,
y r
2 2 2 f
R" + RI + I + k _1 R + 2kp ry 0
11 r2]
where
2 2 1 (Y 2 2
k )L p p
~2 2 gG
P gG
0 = V/r is the angular displacement with respect to the di-
ter, V - the tangential displ :acement, p - the radial displac-emelit.
These equations are derived from Grammel's differential equa7ion~-,
I.ormed in~,o
(Ref. 5: Ing.-Arch., 22, 1954.). Eqs. 0-3) are tran-1
Card 2/ 5

32560
S/198/61/007/006/002/008
Vibrations of a rotating ... D299/D301
+ OL 2 22)v = 0, for k 2>.l
3
0,~,2)(A JB2)v = 0, for k 2 >1
(A + 1 3 (1-9)
where 0(-and 2 are given by expressions. The solution to Eq. (1.9)
is
v = AJ, (Ctr) + BN, ~(r) + CJ, (Dr) + DN, (f3r) f or k2~ 1
3
v = AJ (o(r) + BN b(r) + CI, 030 + DI, (13r) for k 2 1
1
Card 3/5

Vibrations of a rotating
32560
S/198/61/007/006/002/008
D299/D301
where I and K are Bessel fimetions. Theretpont the radial displaoe-
ments R and the stresses (f are found. Further, the boundary condi-
tions and the compatibility conditions are set up. For simplicity,
the effect of centrifugal forces on the vanes is neglected. After
computations, one obtains 'the frequency equation for a rotating
disc with vanes;
2 a S(B) 1 + ar Cafl + 2a sA(s
E(s) 1 - 2N k
a] X
X + 82 W(a) 0
211-hya
(2.16)
where E(s), A(s) and S(s) are tabulated functions, and T,Lrl and
R are determined from previous expressions. A numerical ex mple
is given for a disc with external radius a = 66 cm and length of
Card 4/5

32560
S/198/61/007/006/002/00,3
Vibrations of a rotating D299/D301
vane 1 = a/2. A table shows for comparison the frequency value-zi
for a rotating dise and those for a disc at rest. From the tab.;'i-
it is evident that disc rotation increases the vibration frequer,.-
cies by 20% approximately There are 1 table and 6 references: I
Soviet-bloc and 4 non-Soviet-bloc (including 2 translations). Th'i.,
reference to the English-language publication reads as follows'.
K. Yamada, Proc. Sec. Japan Nat. Congr. Appl. Mech.P 1.952.
ASSOCIATION: Laboratoriya hidravlichnykh mashyn AN URSR (Labo.,.-
ratory of Hydraulic Engines of the AS UkrRSR)
SUBMITTED: November 17,, 1960
Card 5/5

BULMOV, Vadim Nikolayevich; FILIPPOV, A.P otv. red.1 IABINOV,
S.P., naucbryy red.; YEMOVA, MH~,tekbn. red.
(Statics of toroidal-shells) Statika toroidallrqkh. Kiev
Izd-v6. AW. nauk USSR., 1962. 99 p. (MIRA 15:41
L Cblen-korrespondent Akademil, nauk USSR (for Filippov).
(Elastic plates and shells)

SAV III G.W.p otv,red.; ADAIVROVO R.A.j, red.; ALUI-IYAE , II.A., red.;
ARBARTSUWAII.. 8.A., red.; A1.11RO, I.Ya.., red.; BOL&TRI, V.V.j, red.;
VOLIMIR, AX., red.1 GOLIDENVEY&ER, A.L., red.; GRIGOLYUK, M.,
red.; KAN,~S.N., red.; WNISHIN, A.V., red.; KILICHEVSKIY, K.A.j
red.; KISELEV, V.A., red.; KOVALENKO, A.D., red.; YIUSHTARI, Kh.14,0
red.; NMZHILOV, V V., red.; UMSKIY,A.A., red.; F!~~P uOt-A.F.'I
re4.; LISOVETS, A .M:j tekhn. red.
[Proceedings of the Second All-Union Conference on the Theory of
Plates and Shells]Trudy Vsesoiuznoi konferentsii po teorii plastin i
obolochek.2dpLvovv L961.Kiev, Izd-vo Akad.nauk USSR, 1962. 561 p.
(MIRA 15-12)
1. Vsesoyuznaya konferentsiya po teorii plastin i obolochek. 2,
'Lvov, 1961.
(Elastic plates and shells)

37145
S/179/62/000/001/015/027
o C9
AUTHORS: Kantor, B. Ya. and FiWipam-,-~ (Kharlkov)
TITLE: Analysis of bending of a circular segment shaped
plate of variable thickness clamped along a portion
of its arcuate edge, utilising a fast computer
PERIODICAL*..Akademiya nauk SSSR. Izvestiya. Otdeleniye
tekhnichaskikh nauk. Mekhanika i mashinostroyeniye,
no.1, 1962, 12-1-124
TEXT. Jlaking the usual assumptions for a thin plate, a
plate of variable thickness is assumed to be subjected to a
distributed load, to be clamped along a portion of its arcuate
edge, and to be free over the remainder of the arcuate edge.
The potential energy of tho bent plate is expressed in polar
coordinates, and a set of oquations is derived in terms of the
local thickness and pressure. Three sets of functions have to be
solved, and the methods employed were specifically adapted for
use with the computer "Strola". The sub-pro,-ramme of
differentiation was framed in terms of powers of polynomials,
Card 1/3
1U,'*

-Analysis of bending of a circular ... S/179/62/000/001/015/027
B114/EI81
which led to exact solutions. Since it is convenient to express
the thickness of the plate and its loading in the form of a Table,
the programme included approximate integration over the area of
the plate utilising R. Cotes' formula. To obtain an adequate
accuracy of integration, ZL sufficiently fine gri-d was drawn by
dividing each of the three sections of the plate radially into
ten equal parts. By proving that certain terms are equal to zero
the computer time was si--
,nificantly reduced. The computer was
next used to calculate deflections and stresses in the plate by
feeding into it a matrix of the thickness of the plate and of its
loading, as well as the information about the coordinate
fuz~ctions. 'The programme was in three parts. The first part
calculated the top right portion of the matrix and the right part
of the system, and recorded the information on a magnetic tape.
Next, the computer solved systems of equations for each nodal
point of the grid. In the third part of the programme, the
computer calculated the deflections and stresses. With sixty
nodal points and a computer speed of 2000 operations per second,
the first part of the programme required one hour and fifty
Card 2/3

S/179/62/000/001/015/027'
Analysis of bending of a. circular E114/E181
minutes, the second six minutes, and the third four winutes.
it follows from a quoted example that sixty nodal points give
adequate accuracy, and that little or nothing is gained from a
finet grid.
There are 6 figures.
SUBMITTED: August 21 1961
Card 3/3

nLippov., A.P.
Developmaht of the study of hydraulic machinery and transmissions
in the Depirtment of Technology of the Acadeqr of Sciences of
the Ukraini,aft S.S.R. Prykl.mekh. 8 no-5:465-469 162.
(MIRA 1519)
(Hydraulict machinery) (Oil hydraulic machinery)

KANETSKIYO Ye.A.;,M]'PPOV A P ; TIKCFEIEVA# N.V.;
Prin' Mal UcQti~ Np M.I.
Composition of gases produced in the interaction between
uranium dicodLde and nitrio acid. Atom. energ. 13 no.5:484-486
N 162. (MMA 15:n)
(Raclear reactions) (Uranium dioxide)
(Nitric acid)

FILIPPOVS -A.P.; VORCU31YEV, Yu.S.
Freafending and torsional bibrations of natura.12 twisted blades
of,iurbomacldneve Sbor*trudLab.gidr.zaoh.AN U%~ no.10:3-18 162&
(MMA 15:12)
(Turbomachinea--Bladeo-Vibratio~)
~,I ~7
77, 7MM:

GOIDSKOKOV9 Ye.G,; FILIFFOVp A.P.
Steady vibrationo of,a beam on an elastic foundation due to uniform
motion of a load, SpbV.trud.Lab.gidr.mash.AN URSR no.10:19-24.162.
(MIRA 15:12)
(Beams and girders-Vibration)
----------

Using electronic digital computers for the solution of strength and
dynamics in the manufacture of machinery, Sbor.trad.Lab. idr.mash.AN
U135& no,10:44-57 162 ~MIRA 15&12)
(Electronic digital computers) (Machinery industry)
ZV
-SUR"N" Ryv
V

GONTKEVICH, Vladimir Sevaatlyanovich; FILIPPOV, A.P.j otv. redo;
GIIXLAKH~ V.I.p red.
[Natural -vibrations of shells in a liquid],Sobstvenr7e
kolebaniia obolochek v zhidkosti. Kievj Naukova dumka,
1964. 101 P. (MIRA 17: 11)
1. Chlen-korrespondent AN Ukr.SSR (for Filippov).
i~ 41M
, WOR

s ol ;a
ACCE9SIM NR.- AP4(Y
AUTHOR: Filippov. A. P. (Kharlkov)
till, I'M 50
'SOURM AN -MR re
I~v4s fy KeAhahikiti iahinturtt yerti-ei no-i I+i 196k. 14V_~ 2
TOPIC TAGS: motion m!chaiiicaf io~i distribution
14,batra--t: A method of solution is briefly proposed exid rczmal"u ar~_ giren of
C-1culations for the case of a heavy lmd mov-1-AF alonp n FPiF;-en~1eI -irvi
_r load martic;u along, aa woupported beam (6tokes casc). Data cal--ulated for
:a force (Krylov-Timaheitka caa6.) WV'prec*nted for carrpari&37n (TVM-
P. "-lebaniva V TIAZhenerneek 74'-M~tgl" ~11r_--~Ll-rxI
of the Stckes problem is ;r~ for 4L VIAP rqp!~~ -4' -+
Y-alue in Lhe Stokes eTuaticin V-hich Ir, -;I)
-_Lr:a Ioad and beam rigidity, fur thA purWase cf dewarmiaia~ ~he pre-
N
A MISS
N

INR
5
cision of results, in OOMParisOn vith the general case--load motioil over a suspend.,~
ej bean. Calculations for these Oases Of mOtiOB weve porformed on
a Ura-I electronic
iSCY-AT TON: none
3TIBM-TWE): O9JuI63 ENCL: 00 SUB CODE: ME
40 REF Sov.. 003

GOII'TK-7ICII. Uadlmir Sevastlyanovicb; FII!FPOV A.F.11 red.
- .11
[Natural vibrations of plrtes and shells; handbook!
Sobstvennye kolebaniia plastinok i obolochek; sprwroch-
nik. Kiev, Naukova dumika, 1964. 287 p. (MMI 17:9)
1. Chlan-korrespondent AN Ukr.SSR, (for Filippov).

FILIPPOV., A.P. (Kharlkov)
Dynamic action of a load and harmonic force moving with a
-constant opeed on a hinged beaw., lav, AN SSSR 14okh i mashino-
evro no.,4tl2O-l25 JI-Ag 164 (KM 17t8)

KANEVSKIY, Yeik; FILIPPOV, A.P.
c-1-vtty of nitric acid in the
Factors determl ing the Oxi"'ITAVP a
n K h M, 0 164
reaction with uranium dioxideo Radio' ija no.6:732--737 -
(11,11RA 18:2)
V7
R

GOLOSKOKOV, YO.O. (Kharlkov)i FILIPPOV, A.P. (kharikov)
Special casu of direct precession of W'hexible rotor. Prikl. makh.
1 no.60841 165. (MIRA 180)
1. KharIkovskiy filial Instituta makhaniki AN UkrSSR.

7~117 M, /EPFC /E-T- 17,,;A ~,C
A
F -Stud-y of reaction kinetics in the oxidation (If aIp-iar,aL)htbyj.-
-atalyzec' by niolybde-rium (VT) .11,1inf. wl-h