SCIENTIFIC ABSTRACT MOROZOV, B. A. - MOROZOV, B. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135220001-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MOROZOV, B.A., kandidat takhnichaskikh nauk; GOWVIN. S.Ta., inzhoner.
" -i~:i.~-redaktsiyev; POPOVA, S.M.. takhnicheskiy redaktor.
Survey of metallurgical equipment. gauchno-takhnichookaia
informataila no.21s 3-46 '54. (HLRA 7:11)
(KetalLurgy-Apparatua and supplies)

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Translation frorn~ Referativnyy zhurnal, Meta."urg:va, 1~5T. D ~-A '-'55R.
AUTHOR: Moro-z-ov -B_A.
TITLE. The Compensating Properties of Couplings (Koiyiperisiruvu~;hkhi~c
svoystva soyedinitet'nvkh inuft)
PERIODICAL: V sb.: Prokat. stany. Nr b. MOS,,ow, lvtashgiz, 195t). pp 124-
172
ABSTRACT: Bibliographic entry
Card 1/1

AID P - 4479
Subject USSR/Engineering
Card 1/1 Pub. 128 - 6/29
Author Morozov., B. A., Kand. Tech. Sci.
I .
Title Stresses in shafts and bearings rising from connecting
couplings.
Periodical Vest. mash., #4, p. 25-30, Ap 1956
Abstract In heavy machinery shafts are often coupled by toothed
couplings. In the toothed coupling, usually not all the
teeth fit tightly simultaneously. Therefore only some
of them carry the load, which causes special additional
stresses in the shaft. The author analyses those
additional stresses, presents formulae for their cal-
culation, shows photos of their distribution and makes
some suggestions for their reduction.
Institution : None
Submitted : No date

SOV/ I 37-;7(-o-1)891
Translation from: Referativrivy zhurnal, Metal 1u rgi ya, 1~457, N:-
AUTHORS. Tokarskiy, A.P., Morozov, B.A.
TITLE: Cutting Blooms on TsKBMM-1000 Shears (Rezani~,e blumov i1a i-,()zh-
nitsakh TsKBMM-1000)
PERIODICAL: V sb. Prokat. stanv. Nr 6. Moscow, Mashgiz, 1956, pp 7-19
ABSTRACT An investigation is made of the magnitude of the for( vs (F) ari.~-
ing in the working parts of shears in the cutting of r-rietal. T h e , n -
vestigations are run in 1000-t shears of TsKBN1M desi~!n ori .%flit h
it is possible to cut a section measuring 400x400 rnm2'or 200x000
mmf. The stroke of the shears is 500 mm, and the number of
strokes per minute is from 6 to 20. The shears are driven from Z
model MP-490-500 electric motors of 360 kw each. The followinv
measurements are made in this investigation: The cutting and , larnp-
ing F, the F of displacement and the speeds of the knives, ( lanips,
and shock-absorbers, the stress imposed on the motor armaturt-,
the current on the armature and the rpm thereof. The presen(e ot
alloying additions in the steel at 10001C and more has no significant
Card 1/2 effect on the magnitude of the (utting F. Dulling of the cutting vdgt-

Cutting Blooms on TsKBMM-1000 Shears
SO I// i 37- 57-t) -989 1
of the knife and an increase in the clearance between the knives of up to 5'~ ol the
thickness of the metal being cut has no significant effect upon the magnitude of the
unit cutting F. It is noted that, a) the magnitude of the unit actuating F depends
upon the same factors as the magnitude of the unit cutting F; b) the presence of ii
clamp has no significant effect upon the magnitude of the unit cutting F.
B. y e.
Card 2/2

124-58-6-7263
Translation from: Referativnyy zhurnal, Mekhanika, 195a, Nr
p 130 (USSR)
AUTHOR: Morozov., B.A.
TITLE: Application of an Optical Polarization Method to the Study
of Rolling-mill Production Frocesses (Primenenlye polyarizatsionno-
opticheskogo metoda dlya izucheniya protsesSOv prokancgf~
proizvodstva)
PERIODICAL: V sb.: Prokatn. stany. 'Nr 8, Moscow, Mashg1z, 1956,
pp 225-247
ABSTRACT: A description of the construction of a rolling mill is
given, wherein the rolling process Is investigated by letting
polarized light pass through the driving rolls and the rolled
material. The rools for three-dimensional analysis were prepared
from organic glass with phenolic inserts. Use was made of the
optical polarization set-up of the PPU-4 type of LGU design.
Card 1/2

A pp I ic a tlrn c' ~tr la r' Me thi7-1
L:!ar' a ~. t'
it ~Ef:'
a-,-,~rate ontIcal a --a - -e
r. ' Z I; I Of I'rg~t3 ard a suj'~.':-ient length of th-~, ar-
arv,
a r e z a angle. s i
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dravil-L6 -~-m; I - a c-
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., a rp. e a a t
pir-tures ta flned all the S tress
rzsrimat~d 1r, -ihe ccntact area ~-i-wepr~ t1he
vaterial being processed.
Card 2/2 1 --1 a m I fo
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SOV/ 124- 58-8-9300
Translation from Referativnyy zhLirnal, Mekhanika, 19~8, Nr 8, p 1 13 [USSR
AUTHORS. Polezhayev, A.A., Morozov, B.A
TITLE: On Certain Errors in the Measurement of the Deformations
Undergone by Various Components of Metallurgi( al Equiprilt"'t
(0 nekotorykh oshlbkakh izrnereniya deformatsiv detaley
metallurgicheskogo oborudovanly)
PERIODICAL- V sb.: Prokatn. stany. Nr 8. Mos(ow, Mashgiz 19~(), pp
248-254
ABSTRACT: The authors contend that the method of usin2 res,.stant t-
type strain-gage pickups to measure deformations in order to
determine the magnitudes and dire( tions of the prin( ipal
stresses involves certain errors, and they analvze th(-v
seq, for
errors. They adduce formulae for the principal StreS,
rosettes characterized by angles of 450 and 1200. The errors
relative to the directions of aIand j , at different - "z
ratios are graphed. It is shown that in the case of u I the
greatest error obtains whenever the difference IN the readit,gs
Card 1/2 for c xand -,Vdoes not ex( eed the rated error allowar, e

SOV/IZ4-;8 8 q,~00
On Certain Errors in the Measurement of the Deformation.-i 1( on'.
between the strain-gage measurements and the true rnagriitLde of Thr deform
ations, The authors unders(ore that in. cai( utating the prin( ipat stres~vq ,nd
their respective directions from the measured deformation-, in ronvltes
great care must be exercised when(--VL,r the prin( ipal- stress ratios
,! I/ %? < 2, in this case the error in the struss may be an rnu( h as (loobic
that obtaining in the deformation mea~;urernerl. whle the di;gular t,rr,,r nn~,~
be -900.
A.M. S!r vul