SCIENTIFIC ABSTRACT AKSELBAND, A.M. - AKSELROD, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100710020-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

DOLOOPOLISKAYA., M.A.; AKSELIBAND., AqM*
Effect of ultraconic om.llatiom on the organisms of mrrine
fouling and the procesB of fouling. Trudy SBS 17:309-324 164.
(IMU 18:6)

AKSELIBAND, A.M., dotsent, naudlinyy 8otrudnilq KRAVCHFNKO, N.A., inzh., nauchnyy
ASNER, B.G.j rabotni-k
Reducing the static electricity buildup of yarn made from rayon
and synthetic fibers. Tekst. prom. 24 no.4:7CL-?2 Ap 164.
(MIRA 17: 6)
1. OdeaskLy institut inzhenerov Morskogo flota (OIIMF)' (for Aksellband,,
Kravchenko). 2. Odesskaya tri.kotazhnaya fabrika j-meni NI.,"K. Krupskoy
(for Asner).

Periodical t ZhUr. t17 Khi m. Z 9-!10. 17
A r n 3

AKSELIDORF~ A.L.
Case of bilateral disgerminoma of the ovary in bilateral inguinal
hernia. Vop. onk 6 no. 8:8M9 Ag 160. (MIRA 14'.;l)
iOVARIES-TUMORS) (HEMIIA)

AKSEL.LD9BF.,-"-
Inflammatory tumor of the amentum at the site of a foreign body which
has perf6riated the intestine. Kaz. mod. zhur. no.6t6o- N-D 161.
FMIRA 15:2)
1. Kurbyshevskaya gorodskaya teentrallnar bollnitsa imeni, N.I.
Pirogova (&lavn~y vrach - K.P.Zhilltsova .
(MMNTUM-TLIMORS)

AKSELIDORFp A. L.; ORKIN., Ye. A.
Frolapse of a fibrowjxoma of the urinary bladder from the urinar7
canal in a 1-year-old child. Urologiia no.2:61-62 '62.
(MIRA 15:4)
1. Iz urologicheskogo otdeleniya Kuybyshevskoy tsentrallnoy
gorodskoy bollnitsy imeni N. I. Pirogova.
(BLADDER-TUMORS)

AKSELIDORF A.L.; GOLCIVASTIltOVAjK,V.
Chyluria and pyelolymphatic reflux. Urologiia no.6:56-58162.
(MIU 16:7)
1. Iz urologicheakogo otdoloniya (konsulltant - dotsent V.P.
Smelovskiy) Kuybyshevskoy gorodskoy tsentr&llnoy bollnitsy
imeni N.I.Firogova.
(CHYLE) (UlUNF,-ANkLYSIS AND PATHOLOGY)
(LYMPHATICS.-DISMES)

------- -- -- ----
AXSELIDORF, A.L. (Kuybyshev (obl), ul. Nekrasowa, 21, kv.2)
Epididymal fibroma. Vop. onk. 9 no*7:99-101 163 (MIU 16t12)
1. Iz rozhdestvenskoy uchastlcovoy bollnitsy Kuybyshevskoy
oblastie

AKSELIDORF, A.L.
Diagnosis of ureteral ectopia. Brologida no.4:54-55 164.
(MIRA 19:1)
1. Urologicheskaya klinika (zav. - prof. I.M. Epshteyn)
I Moskovskogo ordena Lenina meditsimskogo instituta imeni
Sechenova.

M t DO, A 0 1
3- rx,.I?~---54
krill RA 18.,U)
1. Wedra urolc4gij- prof I.M.E!vsh!,eyl-lj I
orderia Lanina meditsinskc.;---~

AHSELIDORF) A.L.; GLEYZEI-l, Yu.Ya.
Radlo-looLopic renogruphy In the dia.-nosis o1' a "oilerit" kLinf--y.
Sov. med. 28 no.8:52-56 Ag 165. 12:9)
1. Urologjchoska~N-a kllnilui (,.-P-v. - prol".
biofiyA-choslaiya laboratoriya (zav. - doktor :ned. r-mik.
S 1-0, 13 f3eVt) Dik1~11"B'--tS:-OV 'ILI ral-1-2-A 1
~'x;-3kovskogo ordem Lenina reditoinsk-ogo dxsstituta fmeni
Sechenova.

EPSHTEYN, I.M., prof.; SPESIVTSM, V.G.; GLBYZER, Yu.Ya.; AKSELIDORF, A.L.
Isotope renography in urological, prq/4tice. Med. rad. 10 no.11:
45-54 N 165. (MIRA 19:2)
1. Urologicheakaya klinika (zav. - prof. I.M. Epshteyn) i kli-
nika fakulltetskoy terapii (zav. - prof. Z.A. Bondarl) I Moskov-
akogo ordena Lenina meditsinakogo instituta imeni I.M. Sechenova.
Submitted November 11, 1964.

VELITMAN, R.P.; ZHUKOVSKIY, L.I.; PONOMAREV, L.Ye,; VEY-VAN, A.Zh.;
BENENSON, M.P.; ZALMANENOK, V.S.; KRUPENIKO, T.I.; BABICH, Z.Ye.;
GUTMAN., L.B.; ALIMOV, T.U.; YAKUNIN, P.N.; KRYZHANOVSKAYA, N.L.;
,AIL='DORF, A.L.; MUSINA, S.A.; KLEYF, A.D.; LUTSEVICH, E.V.;
TURBINA, N.S.
Brief reports. Sov. med. 28 no.10:14~-148 0 165.
(MIRA 18:11)
1. Kiyevskiy institut tuberkuleza i grudnoy khirurgii (for
Velltman, Zhukovskiy). 2. 3-ya kafedra khirurgii TSentraltnogo
instituta usovershenstvovanlya vrachey, Moskva (for Ponomarev,
Vemyan, Benenson). 3. Kafedra propedevticheskoy terapii
Grodnenakogo meditsinskogo instituta i 1-ya klinicheskaya
bollnitsa imeni Solov'yeva, Grodno (for Zalmanenok, Krupenko).
4. Ukrainskiy nauchno-issledovatellskiy institut okhrany materinstva
i detstva imeni Buyko, Kiyev (for Babich, Gutman).
5. Klinika gospitallnoy khirurgil Andizhanskogo meditsinskogo
institute, (for Allmov). 6. Kafedra voyenno-Dolevoy terapii
Voyenno-meditsinakoy ordena Lenina akademii imeni Kirova, Leningrad
(for Mitropollskiy, Latysh, Murchakova). 7. Kafedra urologli
I Moskovskogo ordena Lenina meditsinskogo instituta (for Akselldorf).
8. 4-ya infektsionnaya klinicheskaya bollnitsa Ufy (for Musina).
9. Chernovitskaya detskaya oblastnaya klinicheskaya bollnitsa
(for Kleyf). 10. Klinika obshchey khirurgii lechebnogo fakullteta
I Moskovskogo meditsinskogo Instituta imeni Sechenova i patologoana-
tomicheskoye otdelenlye klinicheskoy bollnitsy No.23 imeni
Medsantrud, Moskva (for Lutsevich, Levinson). (Cont. next card)

VELITMAN) R.P.; (Continued) Card 21
11. Gematologlobeskaya klinika TSentraltnogo ordena Lenina
instituta gematologii i perelivaniya krovi, Moskva (for Turbina).

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MARANTS9 A.G.; ZEGZIM , V.P.; TIMMOVA,, L.A.;. SOKOLOVp V.I.; RYBNIKOV, V.A.
[deceased]; DEREVYANCHENNO-p L.D,; KARKLITv A.K.;AKSEL-1RADA__g.A.;
SMINIA.P.; FELIDGANDLERp G.G., red.; MESIMOV, Ye.I.t red. fia:;va
KARASEVt A.Eit tekhn. red.
(Handbook of refractory materialsy productsp and raw materials;
compiled accoridng to state standards and tecbnical specifications]
Spravoobnik na ogneupornys izde3iia, materia3,v i syr1e, Sostavlen po-
gosudarstvenxWm standartam i tekbnichoskim usloviiam. lad.2.9 ispr.
i dop.* Moskvaq Goo. nauobno-tekhn. izd-vb lit-ry po chernoi i tsvet-
noi metallurgiiq 1961. 338 P, (MIRA 14:9)
1. Sotrudniki Vsesoyaznogo instituts, ognsuporov (for all except
Fq%ldgindler, Miksimov, Karwpv).
.(Refre~ptory materials-Standards)

PHASE I BOOK EXPLOITATION SOV/5863
Zcgzhda, V. P. ,L A. Tikhonova, V. 1. Sokolov, A. G. Marants.
V. A. Rvbnikov Neccased), L. D. Derovynnchenko, A. K. Karklit,
E. A. Aksel' rnd, and A, P. Sarmin
Spravochnik na ogneupornyyc tzitellya, materinly I syr~ ye. Soutavion po jjonudar-
stvennyin standartain I ickhnicheskim usloviyanx Olnndbook of Refractory
P-oducir, Aliterials and Raw Materials, Compiled According to State Stand-
ards and Technical Specif icat Ions) 2d ed. rev. and.cnI. -Aloscow, Metn1lurgiz-
datt, 1961. 338 p. Errata slip Inserted. 12, 500 copies printed.
Supervisor: A. 0. Marants; Ed. : G. G. Fel' dgandler; Ed. of Publishing House:
Ye. 1. Makaimov; Tech. Ed. : A. 1. Karasev.
PURPOSE: This manual 1B Intended for technicnI personnel working in ferrous
and nonferrous industries and In other branches of industry and construction,
for planners, designers, and personnel of technical supply administrations,
Card 1/8

Handbook of Refractory Products (Cont.
and for specialists in refractory manufacture and application.
COVERAGE: The manual doals with State standards and technical specifications
for refractory ware), materials, anti stock used in the construction and re-
pair of furnaces used for smelting, heating, calcination, and distillation,
and of fire chambers for boilers and dryers. The specification,; al-,io Cover
other thermal units used for processing under high thermal conditiono, but
do not IneWde all refractory materials ainee approximately 1076 of them have
never beer stmidnrclized. This edition tins been enlai,ged by the inclusion of
data on cast refractories and carbonaceous ware as well as additional data
on refractory stock, magnesite ware,, forsterite ware,, and metallurgical
filler powders. The lists included in the manual contain State standards iind
tqjecificationa approved as late as Mar IOGO. No personalities are mentioned,
']'here are no references.

I landbook. of Refractory Products (Cant. SOV/5865
TABLE OF CONTENTS [Abridged,':
Foreword (Marants, A. 0. 10
Introduction (Fell dgandler, G. G.) 11
A. REFRACTORY AND HIGHLY REFRACTORY WARES
1. Chamotte and Semincid Ware, (Zegzhdn, V. P. 15
11. High-Alumina Ware: (L. A. Tikhonova) 107
III. Dinas Ware: (Sokolov, V. 1 125
IVt Lightweight Refractory Ware (Zegzhda, V. P. 158
Card 3/ 8

Handbook Of Refractory Products (Cont. SOV/5865
V. Fired MI.apnesite, Chrome-Magnesite, and INIagnesite-Chromite
Ware (Marants, A. G. 161
V1. Unfired Magnesite, Chrome-Magnesite, and hingnesitc-
Chromite Ware (Rybnikov, V. A. , Deceased) 191
VII. Forsterite and Talc-Magnesite Ware: (Ilybnikov, V.- A. ,
Deceased) 201
VIII. Mullite, Zirconium - Mullite. and "Bakorovyye" (basically
of.corundum, baddeleytte, and vitreous substances)
(Blectroamelted, Cast Wares) (Marants, A. G. 2066
IX. Ware of Pure Aluminum and Zirconium Oxides (Marants, A. Gi',
and L. D. Derevynnchenko) 210
Card 4/ 8
A

Handbook of Refractory Products (Cont. SOV/5865
X Carborundurn Warer (Rybnikov, V. A., Deceased) 215
M. Carborundum Electric Heaters and Resistors (Ohmic)
(Gavrilov, A. 0. 217
MI. Carbonaceaous Ware: (Derevyanchenko, L. D. 224
B. REFRACTORY AND HIGHLY REFRACTORY GROUND MATERIAL S -
POWDERS, MORTARS, COATINGS, AND PASTES (Karlit, A. K.)
1. Mnlinesite Baked Powder 244
If. Dolomite Powder 247
111. Mortars 249
Card 5/8

N,
Handbook of Refractory Products (Cent. SOV15865
IV. Various Ground Coatings, Pastes, and ?daterials
C. LUMP CHAMOTTE AND REFRACTORY SCRAP (Marants,
A. G. , L D. Derevyanchenko. and E. A. Akscl' rad)
D. REFRACTORY RAW MATERIAL (Sarmin, A., P.).
I. tie-fractory Clays
11. Knolins
111. Bauxites
TV. Quartzites, Quartz, and Quartz Sands
V. Magnesites
Card 618
1.53
270
281
284
286
289

Handbook of Refractory Products (Cont. SOV/5865
V1. Dolomites 2q2
VIT, Chromite Ores 295
VIII. Dunites 297
E. SOME MATERIALS USED IN REFRACTORY MANUFACTURE
TECHNOLOGY (Marants, A. G., L. D. berevyanclienko, and
E. A. Akscl' rad)
F. . RULES FOR RECEIVING. STORING, AND TRANSPORTING RE-
FRACTORY WARES (Marants, A..G., and L. D..Derevyanclienko)
Appendix No. 1. LRA of Standards. for Testing Nlethnds zind Labelfill!
14-fractury Ware, -md (Marant~3, A, alir! J_ 1). Dcrcvyan-
chl"nho) 329
Card 7/0

Handbook of Refractory Products (Cont. sov /50c5
Appendix No. 2. Basic Conditions of the Instruction on the Order of
Adjustment and Approval of Toohnical Specifications for Ferrous
Metallurgy Products (Marants. A. ~G. and L. D. Derevyanchenko) 331
Appendix No. 3. List of Standards and Technical Specifications Used in
the Manual 333
Appendix No. 4. Organizntions Apportioning Funds for Ware and
Materials Listed in the Handbook (Marants, A. G. , and L. D. Derev-
yan0enko) 337
AYAILABLE: Library of Congress (TNO77. S67) JAIrsniljk
Card.8/8. 1/22/G2
4,
NE 21-

EWP
77F-__ M7)/BD AFFTC/iSD JD/JTG
-AT3002323 2928/62/000/00-1
ACCESSION MR S/1 _,/0003/0028
AUTHOR: Akseltrad N. V.,.
--------------------
TITLEv:-Composition and various properties of basic chloridep-and
hydroxides of rare-earth elements
SOURCE: AN UkrRSR. Institytut,zahallnoyi ta neorhanIchmi-khimivi
Raboty -po khImil- rastvorov 1- honipleksnykh soyedineniy., no, 3., 1962.
Khimiya rastvorov redkozemeltnykh elementov, 3-28.
TOPIC TAGS: rare-earth element, hydroxideo basic chloride, activity
product, isobaric potentialo quasi-equilibrium system
ABSTRACT: The rare-earth 61ement~(REE) hydroxides and-basic chlor-
ides were-investlgated-with respect to their composition, method, of
preparation and-properties.
1. Composition of basic.chlorides. They have the general formula
M(OH)2Cl-an-d M(OH)2'sCio.s. _,Ce(OH)a ,.sClo ,t and Prl(OH)V.~.610
# - . *3
are also known.- Decrease in activity of m;tal ion and aging cause
formation of more basic salt, i.e., salt approaching M(OH),,.
2. PH of precipitation-of basic chlorides and hydroxides, 'PH of
Card

__~.13359~6j ..... .
ACCESSION M s AT3002323
-n+
the heterogeneous systems M -OH--Cl--HgO was established; its,de-
pendence on nature of-the, ions, their activity, concentration aInd
condition of solutions and precipitates is discussed.
3. Activity productd and isobaric potentials of REE basic chlor-
ides and hydroxides. Original and literature data are summarized
Dependence of activity product on concentration and activity of Ions:
in quasi-equilibrium systems. The greater the concentration the
greater the rearystallization,, the activity product is loweredand-
isobaric potential increased.
Changing Tra of basic-salts and hydroxides in the aging process:
activity product deareaSes with aging.
Dependence of Tra and AZ of.REE:basic chlorides and hydroxides on
periodic number: AZO generally decreases; Ig Tra.generally increases~
with atomic number in the scandium. and lantanoid subgroupso The
second periodicity in the lantanoid group is discussed.
4o Basic properties-of-REE hydroxides. REE are the most basic of
all trivalent elements a 'Ithough some, e.g. scandiumo also show acid-;-
ic properties. With increase in atomic number the pHo of the basic,.-:,...
chlorides and hydroxides decreases, The various positions of ihe
central qlements of the REE series, especially Y, in the alkalinity
Card -2

SOV/124-58-11-13027
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 167 (USSR)
AUTHOR: Aksell rad, E. L.
TITLE: A Method for Computation of Shells With Nonhom08eneous Thermo-
elastic Properties and Application of This Method to Bin 'ietallic
Elements Employed in Instruments (Raschet neodnorodnykh po
termouprugim svoystvam obolochek i Vego primeneniye'k bimetal-
licheskim elementam priborov)
PERIODICAL: Tr. Leningr. in-t aviats. priborostr. , 1957, Nr 24, pp 41-96
ABSTRACT: The method.presented takes into account th;5t appearance of thermal
stresses and permits computation of bimetallic tAements having the
shape of strips or surfaces of revolution. In the beginning of the
article, the author reduces the general problem on the deformation
of a shell with varying elastic constants, with due allowances for the
effects of temperature, to the problem of the deformation of a
homogeneous and uniformly heated shell which is subjected to a
certain load. The second part of the article is devoted to the solu-
tion of specific problems dealing with ihe determination of strcsses
Card 1/2 and strains in bimetallic shells and plate5. The computations are

SOV/1 24-58-11-13027
A Method for Computation of Shells With Nonhomogeneous Thermo-elastic (cont. )
substantiated by experimental data.
Ye. F. Burmistrox,
Card 2/2

SOV/ 124- 58-8-9329 D
Translation from: Referativnyyzhurnal, Mekhanika, 1958, Nr 8, p 136 (USSR)
AUTHOR: Aksellrad EL.
TITLE: The Calculation of Thermoelastically Nonhomogeneous Shells
and Its Application to Bimetallic Instrument Parts (Raschet
neodnorodnykh po termoupyugim svoystvarn obolochek i yego
primeneniye k bimetalliche skim elementarn priborov)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Technical Sciences, presented to the
Leningr. in-t aviats. priborostr. (Leningrad Institute of Air-
craft -instrument Construction), Leningrad, 1958
ASSOCIATION: Leningr. in-t aviats. priborostr. (Leningrad Institute of
Aircraft-instrument Construction), Leningrad
Card 1/1

--
Deformation of a cantilever bimetallic plate subjected to .
heating.,Izv. vys. ucheb. zav.,- prib. no.4:108-116 '58.
(MIRA 12;?)
l.Vessoymnyy zaochnyy lesotekhnicheakiy institut.
(Elastic plates ana shells)

SOV12_1~-58-6-1XI35
AUTHOR: AkseLlrk
ad)
. ..... (~-Pningr
TITLE: On the Theory of Inhomogeneous Isotropic Shells (K teorJ-'
neodnorodnykh izotropnykh obolochek)
PERIODICAL; Izvestiya Akademii Nauk SSSR Otdeleniy6 Tekhnicheskildi
Nauk, 1958, Nr 61 Pp 73-76 (USSR)
ABSTRACT: It is shown that the theory of homogeneous shells can be
applied to shells having an arbitrary variation of the
modulus of elasticity through their thickness (for bi.-
metallic shells the problem has been solved in Ref 2).
The thickness of the shell is assumed constant and small..
The material of the shell follows Hook's law for elastic-
Ai6e. -The displace-
constants which vary through the v0
ments and deformations in an inhomogeneous shell are
defined by displacements and deformations of some initial
surface just as for homogeneous shells these quantities
are defined by the deformations and displacements of the
mean surface. Exprassions for the deformations of the
Card 112 initial surface of the inhomogeneous shell coincide with
the corresponding expressions for the homogeneous shell.

SOV/2L~-58-6-11/35
On the Theory of Inhomogeneous Isotropic Shells
The equilibrium equations for the element of the shell.
are identical in form with the corresponding equations
In the theory of homogeneous shells. The position of the
initial surface is determined so that the potential
energy is obtained in a simple form which is similar -to
that for a homogeneous shell.
Thore are 1 figure and 7 Soviet references
SUBMITTED: March 10, 1956
Card 2/2

AUTHOR: Aksellrad E L. (Leningrad)
SOVI/24-58-8-8/37
TITLE: On Temperature Deformations in Non-uniform Shells
(0 temperaturnyl-Ji deformatsiyalch neodnorodnykh obolochek)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye Telchnicheskikh
Nauk, 1956, Nr 8t pp 4.8-52 (USSR)
ABSTRACT: The author determines the load causin6 the same deforma-
tion as a given variation of the temperature for a shell
with elastic properties and the temperature distribution
coefficient arbitrarily variable (in volume). Since the
problem of the defoi:,jaation by an external load of a sbell
with non-uniforw elastic properties through its thiclu-1ess
leads to the correspondinL~ problem of a uniform shell
(Ref 1), the temperature problem for a shell which is
non-uniform through its thickliess leads to the static
problem for a uniform shell. The important practical
case is considered when:
P = OEt P(Z)
1 -2
where 0 is the coefficient of linear expansion,
Card 1/3 E is Young's modulus,

On Temperature Deformations in Non-uniform Shells SOV24-58-8-8/37
t is the temperature
1 is Poisson's coefficient and
z is normal to the surface.
It is thus shown that if the temperature expansion and
the elastic properties of the material vary only through
the thic1mess of the shell, then, under the influence of
the temperature variation, the shell has uniform
expansion defined by the equation
Vc Tp = const
E h
where 'Vel Ec are the Poisson coefficient and the
modulus of elasticity for the shell in tension and
compression, and
T p pdz p = PEt/(l
Z-
Card 2/3 on which is imposed a deformation due to the action of a

On Temperature Deformations in Non-uniform Shells SOV/24-58-8-8/37
moment M p applied at the free boundary of the shell
and to the supporting reactions. It is important that
the above is true for a shell of any shape and for the
case when the displacements due to external loads and
temperature variations are not small.
There are 2 figures and 6 Soviet references.
SUBMITTED: March 10, 1957
1. Elastic shells--Deformation 2. ElgLatic shells--Temperature
factors 3. Elastic shells--Mathematical analisis
Card 3/3

AKSELIRADJ, E. L.J. Candidate Tech Sci (diss) -- "Some problems in the theory of
membranes with heterogeneous thermGelastic properties ". Leningrad, 1959. 15 PP
(Min Higher Fiduc USSR, Leningrad Fblytech Inst im M. I. Kalinin), 150 copies
(KL,, No 26, 1959p 124)

OOV/179-59-1-25/36
AUTHOR; Aksellrad, E. L. (Leningrad)
TITLE: Bending of Thin-Walled Beams with Open Sloping Profiles
Under Large Elastic Displacements (Iz-ib tonkostennykh
0
sterzhney s razomknutym. pologim profilem pri bollshikh
uprugikh peremeshcheniyakh)
PERIODICAL-. Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 1959, Nr 1, PP 150-153
(USSR)
ABSTRACT: The paper is a continuation of earlier work (Ref-3). The
beam is end-loaded, and there is a temperature gradient
throucgh the thickness of the wall. It the elastic proper-
ties vary through the thickness of the wall, it is necessar-
to use the effective Young's moduli and Poisson's ratios -J*---
tension (E', ))') and in beAding (El', J") (Ref .7) The r~,d4 a-
displacements and the bending moment caused by the ta-npera-
ture gradient are determined mathematically atid the deflect-
ions of beams with different profiles are sho,,-,ra
The stability of a beam under a beiidinS moneni; at ir's C-ud i.:3
Card 1/2

SOVA79-59-1-25/36
Bendin- of Thin-Walled Beams with Open Sloping Profiles Under Large
Elastic Displacements
also discussed. The results are ap.'Plied 44--)
thermal deformation of bimetallic s-Grips and si:_Jz~als. 11here
2 Eng-lil"A
are 3 figures and 7 references, 4 sovie**' c".11d
German.
SUBMITTED: April 14, 1958.
Card 2/2

SOIT/122-15 9-2-3/54
AUTHOR: Aksellrad, E.L., Engineer
TITIZ: Cont~ibution to the Problem of the Des-gn Anal-
L ysis of
the Geneva IVIechanism. (K voprozs~u ras--heta mekbanizma-
malltiyskogc k--esta)
PERIODICAL:Vestnik Mashinostroyeni-ja, 1959, Nr 2~~ pp 11-1.4 (USSR)
ABSTRACT: In the practice of machine tool applictations of geene-va
mechanisms, the case of loCking due to delayed withdrawal
of a tool, the sticking of the workpisee in loading or
unloading or the accidental presence of other objects
miLst be considered. Previous stre.,zanal- Ls was based
,y s I
on the resistan,~e loads in normal operation. The p.-,-,esent
paper deals with the stressing of geneva me~-hazlsms in
the case of wedging. The analysis leads t~ a fomiila
(Eq 5) for the ratio of the geneva cam torque. and t-he
driving arm torque. This formula Contains the aotual
clearances between the roller and t---he alo4.; . A
simplified formula (Eq 51 ) f:an la ased in wc-st- instances,
Numerical ex-arnplss ave- gi-ven., It follows t-hat ttLe
wedging case needs a speclial stress and may call
card 1/2 for a load limiting devioe :)r a baG6d on the

SOV-1 22-5-9-2-3/34
Contribution to the Probae,m of the DraSign Analysis of the Gene-va
Mechanism
maximim drd.ving to~rqaa. Tb-ere- -- f.igaras and
11
2 Soviet xeferences,.
Card 2/2

AKM'RdD. H#L. (Leninvad)
~-'.
Bendtng.of thin-walled rods having an open flat profile at
high elAstic displacements* Ikv.AN S=.Otd.tekh.hauk,xekh-
i mashinostr. no.2:150-153 Ja-7 159.. (MM 1215)
..- (Elastic rods a6d wires)

67611
sov/179-59-5-37/41
AUTHOR: Aksellrad, E.L. (Leningrad)
TITLEt Small Deflections of an Isotropic Plate Having
Inhomogeneous Thermal Properties
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 1959t Nr 5,
pp 176-177 (USSR)
ABSTRACT: The paper is a continuation of previous work (Ref 3).
The deflection is discussed of a thin plate in which
the elastic properties vary through the thickness, for
example a bimetal.Using the previous results of the
author and other workers, the governing differential
equation is derived and solved for a plate with free
edges. The equation appropriate to clamped and supported
edges is also given. There are 4 Soviet references.
SUBMITTED: October 13, 1958
Card 1/1

24(8)
AUTHOM Akselfrad, E, L.# Engineer BOV/119-59-9-4/19
TITLE: The Exact Calculation of the Deformation of Thermobimetallio
Strips and Spirals
PERIODICALt Priborostroyefiiyet 1959, Nr 99 PP 11-14 (USSR)
ABSTRACT: According to the opinion of the author, the formula for the
d0formation of bimetals generally used in publioations deviates
considerably from experimental data. This is generally knowng
but no explanation has been found hitherto. The formula in
question has the following form: 2 t, where
(1-mn2)_2 1 1 R R 0 2 hK mn
K 1+' - and - denotes the curvature of the
In 4 mn(l+m) 2 t R 'HO
stript A- ~2 the-coefficients of the linear thermal expansion
of the bimetal strips, t the change in temperature, m - h 2/hl
Card 1/3 n = E2/El , the ratios of the thickness and of the modules of

Exact Calculation of the Deformation of SOV1119-59-9-4119
2"ermobimetallic Strips and Spirals
elasticity of the bimetal layers, h the thickness of the strip,
and b the width of the strip. The reason for the discrepancy
between experiment and formula is to be sought, according to the
author,solely in the variable values of the quantities m, n,
91- ~2 for bimetal strips of one and the same make. In the
author's opinion the above formula does not take into account
the influence of shape, width, and fixing method of the strip
ends on the amount of the deformation of the strip. Thanks to
the development of the theory of shells consisting of 2 layers
in the papers of Soviet scientists, especially by the
Corresponding Member of the AS USSR E.I. Grigolyu-k it was
possible to define and solve some of the main problems of bimetal
strips of finite width. The author then reports on the causes for
the deviation of the curving of real strips from that of a narrow
strip (which is described by the above formula). Formulas and
diagrams are given for the calculation, without derivations. The
author calculates the deflection and torsion angle at the end of
a thermobimetal plate only fixed at one side with a variation in
temperature. Under certain circumstances a broad strip is
Card 2/3 deflected more than a narrow one. The reasons for this phenomenon

The Exact Calculation of the Deformation of SOV/119-59-9-4/19
Thermobimetallic Strips and Spirals
are given. A strip which cannot alter the form of its Cross
section, is subject to an additional elongation of the layers
compared with narrow strips, which additionally increases the
longitudinal curving (by the 1 +eA6 fold amount). Formulas for
the correction of the influence of the attachment on the
deflection are given. The variation in form of the transversal
cross section of a wide curved strip is limited by the
longitudinal strain occurring in the strip. The transversal
transformations are all the slighter, and the longitudinal
curving of a long strip therefore all the greater, the broader
the strip and the more curved it is. A numerical example is
computed. In a paper by A. 1. Vorob I yev, and 0. G. Katsnel I son it
was also shown that a plane plate of arbitrary form is curved
similarly in all directions when heated. There are 7 figures,
1 table, and 5 references, 4 of which are Soviet.
Card 3/3

8331-4
'9 0100 ojto'~ 2 ~ 08 3/l79/6O/OOOt04/O13/N7
E031/H135'
AUTHORs Aksellrad, K.L. (Leningrad)
TITLE: The Deformation Equations of a Shell of Rotation and the
Banding of Thin-walle4 Columns for Large Elastic
Displacements
V1_Q
PERIODICAL: Izvestiya Akademii nauk SSSR9 Otdolenlye tekhnicheskikh
naukq 14ekhanika i mashinostroyeniye,ig6o,No 4. pp 84--ga
TEXT: A.J. Lurlyelsequations are generalised for large
elastic displacements of an anisotropic Inhomogeneous shell. It is
assumed that the deformation, elongation and displacement are small
c~ompared to unity, The well-known system of equations for large
deflections of curved shells of rotation is derived. In the case of
small displacements the results improve on the equations of Clark
et al. (Refs 3-5) and in the case of large displacements of a shell
of rotation they improve the equations of E. Relssner (Ref 9).
ConsIder a thin-walled shel.410 rotation. in general not passing
through the axis, and occupying & certain segment between two
merldlonal planes. It is assumed that the loading (and temperature
~rariation) Is such that all meridional sections are deformed alikeg
Card 1/3

83314
S/179/60/OOOAD4/013/027
E031/Fd35
The Deformation Equations of a,Shell of Rotation and the Bending of
Thin-walled Colilmns for Large Elastic Displacements
and remain planes. Cylindrical coordinates r(s), z(s) (where s
measures the distance from an origin on the reference meridian
plane to the point of Interest) are introduced. In deformation the
shell is treated as abending column. The parameters el~ e2r.
-X 1 and' '& 2 of the deformation of the reference plane are defined
and the equation of compatibility between deformation and displace-
ment derived. Farther equations are obtained by using the equations
of elasticity which take into account the possibility of adefinite
anisotropy and inhomogeneity along the meridian and through the
thickness. Two basic equations are now derived, the first coming
from Lurlye's equilibrium equations for an element of the shell,
together-with some of the relations described above. and the second
coming from the elimination of the internal moments Ml and M2
from the equation of equilibrium of an element of the shell. These
non-linear equations.contain transcendental functions which can only
be removed if restrictions are laid on the angle of rotation 0.
The relation of the simplified equations to other cases in the
literature is coAsidered. Even the simplified equations are
Card 2/3

88530
S/179/60/000/006/029/036
E081/E135
AUTHOR: Aksellrad, E.L., (Leningrad)
TITLE: Deformation of Shells with Variable Thermal Expansion
Through the Thickness
PEHI OD IC AL: Izvestiya Akademii nauk SSSR,OtdeJLeniye tekhnicheskikh
nauk, 'Mehchanika i mashinostroyeniye, 1960, No. 6,
PP 158-160
T ",' T: The paper is a continuation of previous work (Refs 1,3).
The deformation is analysed by introducing an orthogonal system of
coordinates al, a2 and a3l al and a2 coincide with the lines of
curvature of the initial surface, whereas a- (= z) is directed
along the external normal. The elastic consiants and thermal
expansion are assumed to be functions of z only, so that the
expansion is given by : V
Pt = f W (1.1)
The thermal deformation is calculated from the action of a
"thermal" loading made up of: 1) a normal pressure given by
Card 1/ 4

88530
5/179/60/ooo/006/029/036
1
11.081/BI35
Deformation of Shells with Variable Thermal Lxpansion Through the
Thickness
Z = T + A
t t (Ri R2
Z+
T dz
t
2) a force normal to the edge contour equal to Tt;
moment: Mt = +At 1 E V zdz
5z
Z-
(2.1)
3) a bending
(2.2)
applied to all edges, where RI, R2 are the principal radil of
curvature of the deformed initial surface, z- and z+ are the
coordinates of the internal and external surfaces of the shell.
The equilibrium of a shell under the action of an arbitrary load
and the thermal loading given by (2.1), (2.2) and by the static
boundary conditions can be expressed, according to V.V.Novozhilov
(Ref.2) by Eq.(3-1), provided the extension and shear are small
compared with unity.
Card 2/ 4

88530
S/179/60/000/006/029/036
Deformation of Shells with Variable Thermal Expansion Through the
Thickness
10
fd*AiTi* 'aAiTvt* Mt OA,
+ T2*
+ 1+T'!*+X,-O (1--2)
I rMIT139 aAiTasOl TLO TjO
+ za - 0 (3.1)
ZZ L -5a, 1--7%---J- RI- Ri.
1~~+CIAOI%i + LAt aAj
MIS* -M I
T10 0. (1 Z: 2)
AlAs Oal ON4 0%
Ulia koo
TljO Tile + 71~ 0
0 20
In this equation Al, A2 are the Lame' parameters; Z XI and :k2
are components per unit area of the fore and thermal loadings-
distributed over the initial surface; T8 9 are th(i
ij ii
fictitious forces and moments arising in the section of the
shell from the combination of the force and thermal loadings. 25
The author has shown (Ref.1) that the deformation of any shell
having thermal expansion, and in the general case,.elastic
Card 3/4

42

! - 1. 24546
~Lj . ~ 2-0-0
S/179/61/000/002/016/ol7
E081/E141
AUTHOR: Aksel.'rad, E.L. (Leningrad)
TITLE: The theory of inhomogeneous aninotropic shells,
PERIODICALZ Izvestlya Akademii nauk SSSRI Otdeleniye takhnicheakik4
nauk, Mekhanika i mashinostroyeniye, 1961, No.2,
pp. 164-168
TEXT: The paper is a continuation of previous work of the
present author (Ref.7% Izv. AN SSSR, OTN, 1958, No.6; Ref.10;
the present journal, 1959, No.5). It is assumed that the shell
is thin, that the material is orthotropic and, in the general case,
that the elastic constants vary with position. The stress-straln
equations and the equation for potential energy are stated,
together with the expressions for moments and forces in the shell.
The simplified equations corresponding to the momentless case and
to the case of pure bending are derived. An estimate is made of
the errors in the potential energy expression due to the
simplifications, and a comparison is made between the differential
equation of bending for inhomogeneous plates and the one
applicable to homogeneous plates. The possibility of applying the
Card 1/2

24548
S/179/61/000/002/016/017
Eo8l/E141
The theory of inhomogeneous anisotropic shells
solutions obtained for homogeneous plates to inhomogeneous plates
is pointed out. S.A. Ambartsumyan and L. Librescu are mentioned
for their contribution in this field.
There are I figure and 10 references: 8 Soviet-bloc and 2 non-
Soviet-bloc. The two English language references read as follows:
Ref.4k: W.G. Soper. Large deflections of stiffened plates.
J. Appl. Mech. 25, 4, Dec. 1958.
Ref.5: W.H. Hoppman. Bending of orthogonally stiffened plates.
J. Appl. Mech.9 1955, v. 22, p. 267.
SUBMITTED: March 28, 1960
Card 2/2

AXSELIRADO E.L. (Leningrad)
Beading of thin-waned bare in case of considerable elastic displace.-
mente. Izv.AN SWR.Otdetekh*nauk,,Mekh,i mohinostr, noo3:124-132
W-A 161. (KM 3.4;6)
(Elastic rods and wires)

AKSELIRADI E.L., kand.tekhn.nauk (Leningrad)
-;4-.*4;
Heavy axisymmetrical flexures of a hollow shell of revolution
subjected ti heating and loading. Rasch.prostr.konstr. no.6:
275-298 161. (MIRA 15:3)
(Elastic plates and shells)

AXSELIPAD, E,L,,, kand.t4Bkhnnauk
Design of vibratory feed mechanisms for bunkerso Vest.mash. 1+1
noo7:16-20 Jl 161o (MIRA 14-.6)
(Feed mechanism)

Pft
37143
S/179/62/000/001/013/027
/0. 4 nillf/E181
AUTHOR: Altsellrad, E.L. (Leningrad)
TITLE: Bending and loss of stability of thin-walled tubes
subjected to hydrostatic pressure
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye
telchnichesRiRli nauk. Nekhanika i mashinostroyeniye,
i1o.1, 1962, 98-114
TEXT: when a thin-walled tube bends, its deformed cross-
section and the changed curvature lead to a redistribution of
stresses and a displacement of the points of application of
internal forces. The bending of the tube changes its stiffness.
A point can be ecached beyond which the tube will continue
deflecting without further increase of the bending, inoment, i.e.
the tube loses its stability. The article deals with the non-
linear problem of bending of a tube of any cross-section and in
particular with a method of stress analysis for tubes used for
pressure measurenents, which takes into account the non-linearity
of deformation and does not require any arbitrary assumptions
about the shape of the cross-section or of deformation other than
Ca*rd 1/4 .

Bending and loss of stability of ... S/179/62/000/001/013/027
r,,114/r,-18i
the usual assumptions about thin shells. The general equations
are simplified to be applicable only to bars, and are shown to
differ from the equations of pure bending by the presence of
terms containing functions of the distributed external loads
applied to the tube walls and of length. The shape of the cross-
section of the rod is expressed as a sine and a cosine pair of
functions which are expanded into converging series. If the
cross-sectional shape is relatively simple, it is necessary to
consider only the first two or three terms in each series.
For instance, the.greater the ratio of an ellipse the slower is
the convergence of the series, and it is shown graphically that,
for the ratio of 2.7 it is quite adequate to consider only the
first three or even only the first two terms in the series.
For sections which are nearly circular, two terms are always
adequate. Simplified functions are calculated for the case of
a uniform normal pressure; expressions for the slope and the
stress function are derived for a case of pure bending with
uniform no3~mal pressure. Approximate solutions are obtained by
discarding the non-linear terms in computation. Expressions
Card 2/4

Bending and loss of stability of
S/179/62/000/001/013/027
ElIJI/E181
subjected to uniform normal pressure is considered, and
simplified equations are given for sections which are nearly
circular. Deformation under normal uniform pressure is
considered for tubes with fixed ends and with one end free, and
it is noted that the error introduced by the omission of
non-linear terms is small.
There are 5 figures and 2 tables.
SUB.N.-ITTED: may 8, 1961
V~
Card 4/4

AKSELIRAD, E.L., kand.tekhn.nauk (Leningrad); SONIN, E.B.p insh. (Leningrad)
Large axisymmetrical flexures of a plate. Raoch.prostr,konstr.
. no.7tl93-204 162. (MIRA 15:4)
(Elastic plates and shells)

MOVIIINY X,S.J. doktor tekhn.nauk, prof.; AKSELTRAD, E.L.,, kand.tekhn.nauk
Simple calculation of natura-fr-equencieo of E~Wivi-~Abrations
of shafts. Vest,muhinoatr. 42 no.8:18-22 Ag 162. (KM 15t8)
(Shafting-Vibration)

AKSELIRAD.,-;E#L*-(Leningr&d)
ell. Izv-AN
Calculation of a corrugated diaphragm as a nonshallow 5h
SSSR.Mekh. i mashiriostr. no*5;67-76 S-0 1630 (KM 16:12)

AKSKIRAID, F.L. (Leningrad)
-. I.., I... ...~.. .... ... -.-I.- . - - ~
Heavy flexures of a corrugated diaphragm analyzed as a nonshallow
shell. Izv.AN SSSR. Mekh.i mashinoqtr. no.1:46-53 ja-T, '64,
(MR4 17-4)

POSTCARD
!ACCESSION MRs AP.4018424 01/0046 00ST-
S/0179/64/000/6
AUTHORs~ Akseilrad# Z. b.,,-(LenU
iITLE: aria' d6fledt'ions -o fa :C
-dis,.pragis
L corrugate.d onsidered a
ov shell
nonshall
1SOURCE: AN SSSR-0 tzv&* Oid. t6kh'. nsuk.:'Hekhanika I mashinostroyini
Y4
'do. 1, '1964, 46-53
zi 1~ r
TOPIC TACSr co
rrugated diaphragm, shell dissigul' diaphragm, Ae's.ip
diaphragm deflection
ABSTRACT: -The design of C ted circular diap
oncentric ally corruga brogue,
is* discus-iid 6y ~ cousidering the corrugation wove as a deep~shell. and
taking into. account the form and pitch~of corrugation and the-*type of
edge -clamping. The basic eq ations describing the deformation of the.i,-_
u
diaphragm ubderJor'a def lecti' us: solved by the Bu4nov-GaI6
9. 0 rkin
method,, and,formul-as art.derivadjor determiuLug,the nonlinear def I
,tion charactiristic..0 a -with uniform, sinusoi del - corr,ugatIoU'!-.:,
and a flat. centerr~ The desigu~ iechIniqu'e.-for. diiphragme having'& non~,-:"-z
ob t ainied.
uniftre type of ior 'ugation Is' ilso a utioned. ''The :results_
&rd
L-

AXSEL.IRAZ, E.E. Yaningracl)
Calculating allowable pipfjlJme span accotfing to stability.
Stroi. mekh, i rancho sorI-uzh- 5 no.60.:V~37 t63
(MIRA 170)

AKSELIM, E.L. (Leningrad)
Considering the geometrical nonlinearity for the specif-i-
cation of the upper ultivate load in pilv bondinl-,. Izv.
AN SSSRJ~bkh. no.4:133-139 Jl-Ag 165. (MlIU 18. 22)
-Q L
Z

MIC=HENKOV, M.; BUXWIV, P.; AKS kand. arkhitektury
Resulte of the open competition for farmhouse denigne. Sell.stroi. 13
no.2:19.,21 F 15P. (MIRA 12:3)
1. Direktor institute. "Roagiproselletroy" (for Mikhalcbenkov). 2.,Xa
challnik tekhnicheakogo ot4ela inatituta "Rosgiproeellstroy" Q
Bukreyev).
(Farmhouses)
(Architecture-Designg and plaw-Gompetitions)

APAWA04-A.Ax.
-1-1 1 1
Luminescent analysis in thoracic surgery, Zdravookhranenia 4
no* 2:33-35 My-Ap 161. (NIRA 1/+: IQ
1. Iz kafedry fakulltetskoy khirurgii (zav. - dotsent N.Kh.
Aneotiadi) Kishinevskogo meditoinskogo instituta.
(DIAGPOSIS, FLUOROSCOPIC) (CHEST-SURGERY)

AKSELIROD, A.A.
Spontaneous rupture of the spleen. Zdravookhranonie 5 no.1:21-24
Ja-F 162. (14IRA 15;4)
1. Iz kafedry fakulltetskoy khirurgii (zav. dotsent N.Kh.Anestiyadi)
Kishinevskogo maditsinskogo institWa.
(spm-EN--IM, RNIA)

AKSELIRODJI A.A.1 KALENIGH, S.M.
-t
Fibroma of the mesentery of the jej'imum. Zdravookhranenie 5 no.l:
60 Ja-F 162. (I-TIRA 15:4)
1. Iz rayonnoy bollntsy p.Rezina (glavnyy vrach N.I.Gromova).
(JEJLJJWl%~--TUMORL, N
Sl

POZDNYAEDV, K.A., inzhener; AKSXL'ROD,,#.~., inzhener! BAKUMEM, S.P., inzhener.
-.1 -
Setting up the contacts of mercury controllers used in hydraulic accumula-
tore. Vest.mash-36 no-7:58 JI 156. (MLRA 9t9)
(Blectric controllers) (Hydraulic machinery)

Q
''USSR ering mar/Apr 49
t6re, speed
Controls, Speed
"Aa Escapement Speed-Regulator With ;Free Anchor
Moisment," A. M. Akeellrocl, Leningrad lust Of Pro-
cision Mach and Opt, 14 pp
nAytomt I Telemokh" Vol X, No 2
biscuBses an escapement ap6ed-regalator, made up
of an oscillatory balance-spring; system linke& with
the free anchor movement vithout any angle of pu13_
Obtains dependence of the amplitude of oscillation
the m=ent,appli.6d.,ithbmcWemea~t-;.-.'-
kl/*49T30
Angineering (Cant&) Mar/Apr 49
oo=eotion, and dependence of the period upon
ajolitucle from calculating the basic parameters of
the regulator. EstabUshes characteristics of,the
regu3Ator, amd deteriimze the regulatorS state
in terms of the magaitude of the coefficient of
uonequil.ibrium. Proves the regime describing the
vork of the regulator Is stable.
41/49T30.

VULIPE, O.L,; AKSEWPOD~ -A..S,,, Apzh.
True road of technological progress. Stroi.mat. 10 no.4:18-19
Ap '0'4.. NIRA 17:5)
1. Glavnyy inzhener Kazakhskogo instituta Giprostrom (for Vullpe).

AKSELIROD, A.Z., Inzh.
Adjustment of a preliminary purification system for preparinv and
proportioning milk of lime. Energetik 11 no.l.-30-31 Ja 63.
(KRA 1611)
(Boilers-Cleaning) (Feed-water purification)

AKSELIROD, A.Z., inzh.
I - .- -
Decrease of oxygen content in turbine oondermate, Energetik
12 no.6:13 Je 16," (IMA 170)

AXSXLIROD, D.G.
Communioations workers of the Ukraine share their experience with
those of Kazakhstan. Vest.sviazi 16 no.10:26 0 156. (MIRA 10:10)
1. Starshly inshener otdela, trade i za~aboitnoy platy Hinisterstva
avYazi USSR.
(Ukraine--Tal.ecommunication)

MOD. D.G.
Public inspection of the organization of work norms and wages.
Vast.sviazi 16.no.n:26 N 156. (MLRA 10:1)
1. Starihiy inshenei otdala truda i sambotnoy PlatY Ministeratva
NVY&M-USSR.
(Mmaine-Telooomminicat ion)

-,&KSELIRDD, D.G.-
Competition for the title of brigade of communist labor. Test.
eviazi 19 no.7421-22 Jl 160. Owu 13:8)
1. Starahly inzhener otdela, trvAs i zarabotnoy platy Ministerstva,
svyazi USSR.
(Telecommunication)

AXSELIRM, D.G.
Deasemination of advamed experience in interurban telephone
officea. Vast. eviazi 17 no.7;28-29 JI 157. (mm 1w)
1. Starshly inzhener Otdela truda i zarabotnoy platy Hinisterstva
svyazi USSR.
(Telephone)

GdU)VCM=, I.A.; ~%G.~i z
Pablicize the latest praotioes,of,telephone workers. 'Vast. eviazi
19 no. 11122 N (HIM 13:8)
Zame'atitell nachallnu&upravieuva elektroavyazi i radiofikataii
Ministerstva Bvyazi USSR (for Golovehenko).
(Telephone-Nmployees)

~~Ler~,

BERNSHTEYN, S. A. ; AKSEL I RDD, D. S. ; SAVVINA, M. D. ; SLAVUTSKIY, S. M. ,
otv. red.; KRASOVSKIY, I.P., red. izd-va
(New, more waterproof types of concrete with lower consumption
of slag portland cement]Novye vidy betonov povyshennoi vodo-
nepronitsaemosti a ponizhennym raskhodom shlakoportland-tsementa;
informatsionnoe soobshchenie. Moskva, Goagortekhizdat, 1962. 7 p.
(MIRA 16:3)
(Concrete)

i
AKMtROD., EL L., Engineer.
"Investigation of' the rorabustion of Rich Mixtures in Engines." Sub 27 Sep 51, Mos-
corf Automobile and Road inst imeni v. M. Molotov.
Dissertations presented for science and engineering degrees in Foscow during 1951-
SO: Sum. No. 480, 9 may 55.

AXSELOROD, I.
Results of testing and adjusting Diesel engine 4 eK 42 . Bnerg.biul.
+01
no.8:12-15 Ag 153. 0 (MLRA 638)
(Diesel motor)

z4 k.5,F,4'ROD,
AID P - 803
Subject USSR/Engineering
Card 1/1 Pub. 28 - 2/7
Author : Aksellrod, E. I.
Title : 'e'~ ls~ u'l t`s~o_ f f a c t o j; test of the ID 26 engine
3u
Periodical : Energ. byul., #8, 5-8, Ag 1954
Abstract : Factory test of a 45-hp one-cylinder two-cycle diesel
engine (200 mm dia x 300 mm stroke) is described. The
data for test condition and the results of the test
are given in one table and 5 charts.
Institution None
Submitted No date

AESILI SOL.
I -", I; -
Regulating and testing a DR (~Ck 6~&j ) engine. Inerg.blul. no.11:
60
9-13 N 154. WJRA 7:11)
(Gas and oil engines--Testing)

18(7) BOV/146-581-4-17/22
AUTHOR; Assistant
TITLE: The Deformation of a Cantilever.Bimetallic Plate During
Heating
RZaIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Priborostroye-
niYe, 1958, Nr 4, pp 108-116 (USSR)
ABSTRACT: Bimetallic plates manufactured according to the dia-
grams shown in Figure 1 and Figure 2, find wide-
spread application as thermo-elements in instruments.
The formula for the calculation of the deformation of
bimetallic strips /R-ef ;7,may provide essential errors
accordin t o ~,Tef ?/. ng the method of L.V. Kanto-
rovich Ref 5 0 the author presents a calculation me-
thod which maKes the aforementioned formula more ac-
curak-#e. fie compares experimental data with calculated
values and shows that the calculation oL'the bending
and angle of rotation of a bimetallic plate, as shown
in Figure 1, deviate in the first and sec. ond approxima-
Card 1/2 tion by less than 3%.
----------

AKSELIRCD, E.L., dotsent; SHFAKHLER, A.G., starshiy prepaodavatell
Briequetting coal and anthracite mixtures treated with fuel gases.
Izv.vys.ucheb.zav.; gor.zhur. 5 no.9:165-168 162. (HIM 15:11)
lo Dnepropetrovskiy ordena Trudovago, Krasnogo Znameni gornyy
institut imeni Artema. Rekomandovena kafedroy obogashchaniyA
poleznykh iskopayewjkh.
(Briquets (Fuel))

SHFAMMO A.G.; AKSELIRCD, E.L.; KOTIM".M.; SOWVIYEV~ AS.; ZELIDIN, B.B.
Improving the manufacture technolog-y in coal briquet plants.
Ugoll Ukr. 6 no.2:17-19 F 162. (MIRA 15:2)
1. Dnepropetrovskiy gornyy institut, (for Shpakhler, Aksellrod).
2. UkrNIlUgleobogashcheniye (for Kotkin,, Solovim). 3.
Donetskgiprosbakht (for Selldin).
(Briquets (Fuel))

L 39118-66 EWT(k) /E1W'T (d) IEW (m) 1EWP(w)1EWF(v) IJPW M'/W,i
x NR. AP6030356'--'--
r SOURCE CODE: UR/0424/66/000/002/0077/0083:
A
A?JTHOR: Aksellrad, E. L. (Leningrad)
oRG: none
TITIE: Periodic solution of axisyi=etrical problem in the theory of shells
SOURCE: Inzhenernyy zhurnal. Mekhanika tverdogo tela, no. 2. 1966# 77-83
TOPIC TAGS: shell theory, axisymmetrical body
ABSTRACT: An analysis is made of periodic solution of the equations for large
displacements of rotation shells and the bending of thin-walled working ohafts.
The Meissner functions are found in the form of trigonometric series;
nonlinearity is taken into consideration by expansion by powers of parameters
of change in curvature of the rod and load. The solution produced is developed
in detail for bellows. Orig. art. has: 4 figures, 9 formulas and 1 table.
[JPRS: 36,5811
SUB CODE: 22 / SUBM DATE: O7Jul65 / ORIG REF: 008
Card

MV
lt'~(JMAV W) V) lip(c) E141WW
ACC Ms M022503. SOURCE CODE: UR/2779765/000/010
AUTHOR:-- Aksel-tradi
L~ -(Candidate of-t-edbacal sciences; Leningrad)
ORG.- Non,
e
TITLE! Stability of a closed circular cylindrical ell under bending
SOURCE: Haschet prostranstvennykh konstruktsiy; sbornik dtatey. no. lo, 1965, 101-118
TOPIC TAGS: shell theory, cylindric shell.structure, shell structure stability, pipe-
line , 43 rAjDjAjr,-,- -SYRES3
ABSTRACT.- Theauthor considers a closed cylindrical shell and derives formulas for
determining the critical load:vhich results in dents on the distorted and flattened
surface of a thin-valled tube subjected to bending moments at the ends. The crItical
stress is calculated with regard to the increase in the radius of curvature of the wall
in the zone of stability loss duri 'ng subcritical bending. The limiting case of a cyl-
inder which is so long that fastening of the ends has little effect on the subaritical
deformation is considered as'ven as the case of a cylinder which is so short that de-
formation of the'eross section before loss of stability may be disregarded. The effec
of initial irire arities in shape (dents) on the stability of a tube during bending i
gul
considered assuming that the pipe is extremely long. A formula is derived for deter-
mining the maximum span of an 'underground pipeline between supports with respect to
stability-conditions. Orig. art. has- 8 figures, 6T formulas.
SUB CODE: 20/ SUM DATE., none/ ORIG REF:,,017/ OTH MW: 004
Card J.

"V/135 .;
AUTHORSt Aksellrod, F.A., Zaytsev, M.P., Engineers
TITLE: A Seam Welding Machine for Welding Stainless Steel Parts of
Different Thickness (Shovnaya mashina dlya svarki detaley
raznoy tolsbcbiny iz nerzbaveyushchey stali)
PERIODICAL: Svarochnoye proizvodstvo, 1958, Nr 12, PP 33-35 (USSR)
ABSTRACT: Detailed information is presented on a machine designed by
VNIIESO for welding annular hermetic seems in stainless steel
parts of different thickness, with 0.01 sec.pulse duration.
The parts to be welded are compressed by special devices
fixed in a drum-type driving head. The driving head rotates
in a rigid bearing and is actuated by worm gears from a
"BP-l" type driving gear (designed by Engineer B.I. Nikonov).
The machine is equipped with a synchronous ignitron breaker
ensuring stable and high-quality weld joints.
There is 1 photo, 2 diagrams, 1 circuit diagram and I oscillo-
gram.
ASSOCIATION: VNIIESO
Card 1/1

AKSRL IROD, P.A.
, W"s for contact seam-welding of parts with variable thickness.
Biul.,tokh.-okon.informno.2:26-28 159. (MIU 1223)
(Blectric welding)

AKSELIRODP Felika-Aronaviqhj GULIDENBALIK) Aleksoy Favlovich;
Wfi~V, Mikhail Pavlovich; IURINOV, V.N., nauchnyy red.;
BMiDAROVSrAYAP G.V., red.; PEREQN, HOT.., tekhn. red.
[Fundamentals of electrical engineering and electronics; a
nanual for electric welders] Osnovy elektrotekhniki i elekto-
niki; dlia elaktrosvarshchikov. Moskva., Vses. uchebno-
pedagog. izd..:Lro Proftekhi2dat, 1961. 183 p. (MIRA 15-.2)
(Electric engineering) (Electronics)
(Electric wolding-H&ndbooks., manuals, etc.)

AKSEL!BQD,Y-A. inzh,.; ZAYT.SV, M.P., kand. tekhn. nauk; ZLOBIN,
G.i., in;h.,- KOCHERGIN, K.A., kand. tekhn. nauk; YMUSOV,
B.M., inzh.; .5UOZBERG, S.K., nauchr7y red.; DONSKOY, A.V.,
nauchrqy red.; DEMYANTSEVICH, V.P., nauchryy red.; SARAFANOV,
S.G., nauchr3yy red.; BONDAROVSKAYA, G.V., red.; DORODNOVA)
L.A., tekhn. riid.; PERSON, M.N., tekhn. red.
(Resistance welding]Kontaktnaia svarka. (By] F.A.Aksellrod i
dr. Flo~kva, Proftekhizdat, 1962. 463 p. (K[RA 15:32)
(Electric welding)

AMELIROD., F.M. '
-~ ~ -W - ------
Determinati6h ol- free hydrochloric acid in the presence of
organic acids auid chlorides. Vop. pit. 21 no.6:84-85 N-D 162.
(MIRA 17:5)
1. IzIaborator-A neorganJeheskoy i anallticheskoy khimii
(zav. - dotsent B.I. laonov) Kishinevskogo meditsinskogo instituta,

AKSELIRQD
, laureat Stalinskoy premii.
Two-sided stamping#, Izobr, i rata. no. 5t50-51 I~y 161.
(Shoot-metalwork) (MIRA 14;5)

MAMOV, K.N.; APILIROD, G.S.-, SHISTOPAWV, LA.
Clock maebanisms for hydrometeorological inatruments. Trudy
NIIG14P no.8s.90-98 159. WRL 13-.4?
(Meteorological instruments) (Clocks and watches)
(11,

AMELIRODI Ii# Itand, takhn. nauk; MOSHCHEVITIN, Go, inzh.
I
Efficient methods for earthwork operations to be carried out under winter
conditions. NA stroi. Moske 2 no.9:4-5 S '59. (MIPA*13-.2)
(larthwork--Cold weather conditions)

AKSELIROD., 1.1.9 inzh.
Dietribution air conduit doisigned by K.Y.Raullri. IV. i san. ttikh.
na,,103 Ja f65. (MIRA l8s3l