SCIENTIFIC ABSTRACT SKRIPNICHENKO, A.L. - SKRIPNIK, P.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651120020-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

T, 39963-65 DIA (h)IOWP(k) (d)/2IMP(t) Pf -4/Peb
S/0000/64/000/00010091/0097
ACCESSION NR: AT5006708
AUTHOR: -Konovalov, Ye. G. (Doctor
technical 6ciences, Pi0fessor')
chenkog As L.
TITLE: The ct cif ultrasound on the process of elongating commercial IrDIL-
SOURCE: AN BSSR,. Fiziko-tekhnicheskiy institut. Plastichn-ostl- f obrabotka
metillov~davleniyem.(Plasticity and metalworking by pressure)4 Minsk, Izd-Vo
Nauka i tekhnika, 1964,,91-97-
TOPIC TAGS: ultrasound, tensile testing, yield point, low,c&r'bon steel, stress-
raiser, commercial iron, stress elimination
ABSTRACT: This article describes investigations of the effect of ultrasonic vi-
brations on the strength and ductility of commercial iron, the primary feature
of the tests being that the static and vibratory loads were Applied slmultaneous~"
ly during elongation of the specimen. An ultrasonic generator with a magnato-..
striction oscillator operating at 21 ke was used as the source of the vibratory -7
loads of ultrasonic frequency. The amplitude ofthe oscillations was measured at'
the end of the specimen by a microscope. The test specimens were made out of
20-mm diameter rods, annealed in a vacuum at 600C for 3 hrs, cooled down with the-'---
Card 1/2

ACCWSION NH: AFW35m 5/0032/64/00c. /05 8105574
ITHOR t Slcripnicherkoi, A. L.
AJ
TITLE4. Application of ultrasound in fatigue experiments
SOURCE: Zavodaknya laboratoriya, no- 5, 1964; 596-599
TOPIC TAGS: fatigue experiment, ultrasound) cyclic load, ultrasonic oscillation
metal property. annealed copper, generator UZG 10M, converter PHS 7
ABSTRA3r- A mothod for deterridning the influence of ultrasonic oscillations on
tiie mechanical properties of metals was investigated. An Ltrasound generator
UZG-10M with a masnatostrictive converter of type PiS-7 (resonance frequency.,
20.2 Kc) was used. The amplitude of oscillations was magnified1with a conic
concentrator (coefficient of amplification, 2*1). The*ratio of the concentrator
tip diameter to the tested speciinen diameter was 2,64le Fig. 1 of the Encloaura
1 shows the apparatus for imposing preliminary cyclir, stresses on the specimens
(which were 6 mm in diameter and 30 mm long)* The'amplitude of oscillations was
measured with a microscope. J, Awatani and Ho Kiywwto (Bulle of J&Zj, v 2.9
No. 5 1959) have shown that with the aVlitude of oscillations at, the end of a
Card A.

AGCiSSION NRI APW3092
specimen knowns the amplitude A and stress 6 at my point of tho specimen MV
be calculated from equationst
A -At ou,
t A, F 3 In (.!X-) $.,I n.
when AO the amplitude at the end of a sample., x distance to the fixed
of -rHe specimen, length of a specimens eiwt -- a factor characterizing the
harmonic law of change in the instantaneous magnitudes, n -- coefficient of
amplification, E -- modulus of elasticitys The change in mechanical proparties
of annealed copper was investieated by this metlwde It, was found that prolonged
application of oscillations leads to the formation of a fatigue crack oasj2y
discornible when the eyealmen in subjeotQd to tensions Grige arts h"g I figure#
1 tables mid 3 "equations
Card 2/1

Accassmfl Hilt AP4035092
ASSOCIATIOUs Fiaiko-tokliniahesk:~y institut Akademii nauk BWR (PhVioutochnical
Institute, Acadeqr of Sciences, 'B83R
Ca,d .3/4

ACCESSION URI AP4035092 ANGLOSUREs ("A,
Fig*-1. Sectional view of the apparitui, I micros4opej
2 - specimenj 3 - concentrator; convertwj I vater
inlet;\ n vater outlete
it
Card 4/4

ACCESSION NR: AP4040923 !;/0250/64/008/005/0300/0303
AUTHOR: Konovalov, Ye. G.; Skripn'ichenko, A* L.-
TITLE: Effect of cyclic loads of ultrasonic frequency on the.
mechanical properties of D16T Alloy
'SOURCE: AN BSSR. Doklady*, v. 8, no. 5, 1964, 300-303
i
TOPIC TAGS: cyclic load, load frequency, ultrasonic frequency,,
load effect, D16T alloy, alloy property
.:ABSTRACT: The effect of a cyclic load of ultrasonic f-requency
the m6chanical properties of aluminum-base alloy D16T.alloy (T is thei
temper designation meaning solution heat-treated and naturally aged) I
was investigated. The composite specimens (see Fig. 1 of the Enclo-
I.sure) were subjected to cyclic loads in assembled condition and then
disassembled; the central part was used for the tensile test. The'
frequency of ultrasonic vibration was-20,000 cps and the-amplitudel
0.008 mm. The maximum cy,!:lic load in the focus of vibration was
2
15.25 kg/mm The first specimens were.fractured in 165 see
1/3
Card

!,.ACCESSION NR: AP4040923
6
lijl(3.3xlO cycles); therefore the rest wefe testid for 10 20, 60,
~f I . 91 6
land 120 sec, which corresponded to 2.10 , 4.10 , 1.2xlO and 2.4x10
I
:Cycles. The tensile tests showed a sharp drop of mechanical proper-
,ties which was a result of fatigue cracks originating 'on the surface
i
specimens and.propagating inward. To eliminate the effect of
..'Ifatigue cracks, a second series of tests was performed with specimens
ii
116 mm in diameter with a gage length of 125.5 mm. These were tested
1for 10-30 min with maximum cyclic load in the focus of vibration
1:0f 2 kg/mm2. From the gage length of these specimens, tensile test
H ,,
0specimens of the same size-as those used in the first series of testsi
'iwere machined. Results of tensile tests with these specimens'showed
i1that cyclic loads of ultrasonic frequency with stresses of 2 kg/mmz
'ihave no effect on the mechanical proper-ties of the D16T.alloy.. Orig.i
ar-t-. has 2 figures, 2 tables, and 2 formul as,
1ASSOCIATION: Fizik07tekhnicheskiy institut AN BSSR (Physicotechni'cali.-.-
Institute, AN BSSR)
jSUBMITTED: OlJul63 ATD PRESSt 3051, ENCL: 01.
CLsUB-CODE: MH NO'REF. SOV:-. 001 OTHER: 001
ard 2/3

L 65021-65 &IT (m)/K, T (w)/1-3`4A (d)/T/ZWP(t)/EWP (Z)/E--e1P(b) /F~IdA (h)/EWA (c)
tm) lip
(c)
.ACCESSION NR: AP5020851 UR/0122/65/000/008/0027/0029
620.172,25:534,32199
~,IAUTHOR-. K-onovalov,__Ye. G. (Doctor of technical sciences, Professor);
'SkriRnichenko, A. L.. (Engineer)
_rti ~of'
'TITLE: Effect of ultrasonic vibration on the mechanical Ej2te
metals under tension
!SOURCE: Vestnik mashinostroyeniya, no. 8, 1965, 27-29
~ITOPIC TAGS: vibration,.ultrasonic vibration, ultrasonic vibration
effeco, vibration stress"
Aq
'ABSTRACT: D16T,~luminum alloy (quenched and naturally aged~ and 99.9%-.;%.~-
ure annealed copper were subjected to tensile tests u6-d-er the-simul-
itaneous effect of tens ion-compres s ion vibration of ultrasonic frequency,.
in order to study the effect of vibration on the mechanical properties
stressed material. The experiments showed that ultrason1c vibra-t'
ion decreases the tensile strength and ductility of tested materiali
t
,and that this decrease depends on the amplitude of vibration. The
nerease of amplitude from 0 to 0.022 mm, in the case of D16To lowered-~~..

~N;-' U
L65021-65
CCESSION UR: AP5020851
:-the tensile strength (ad.from 53 to 44.5 kg/mm2, the elodgation (a)
from .13.7 to 1.3%, and the reduction of area from 19.0 to 7.0%.
In case of copper, changing the amplitude from.0 to 0.016mm decreases-1., T_
a from 21.7 to 2.8 kg/mm2, a from 55.0-to 34.8%, and 1P from 91.4 to.
89.7%. Ultrasonic vibration (amplitude 0.016 mm) did not increaie the':_,:~;-
temperature of D16T alloy,but increased that of copper considerably
(up to 300C), Testing of prestressed (by torsion) specimens showed
that the decrease of a ando did not depend on the torsion angle.
Experiments with various strain rates (1, 10,~ and 30 mm/mih) showed
they did not affect the change.of mechanical properties. 0 ig, art,
r
~has: 2 figures and 2 tables. [Wwj.
n im
SUBMITTEDt ~-00 ENCU. 00 -AU8 CODE.- A141
:NO REF SOV: 001 OTHER. 002 ATD PRESS:
Card 212
------ -----

_16- 6-6 m(m)-g"YA(Al
_PW/
132~55
51~/0277 71W&66
!~' 0
SOURCE: Ref". zh. MashinostroitelInyye materialy, konstraktsii I raschet detaley
mashin. Gidroprivod. Otd. vyp., Abs. 4.48.25
AUTHOR: Konovalov, Ye.G.; Skripnichenko, A. .; DovgyaUo, 1. .; Remizorvskiy, E.
TITIB: Effect of ultrasonic oscillationszon the mechanical propertig of some metals
and alloys 1%
CITED SOURCE: Sb. Frimeneniye ul'trazvuka v mashinostr. Minsk, Nauka i tekhnika,
1964, 61-68
TOPIC TAGS: ultrasonic inspection., ultrasonic vibration., alloy, a-]Aey--wt=1) copper
ScAi& e A 9 jow m0aco ID % GT aUoy
th%
TRANSIATION: Metho and the results are given of an investigation of the effect of
ultrasonic frequency oscillations on the mechanic alloy , ~, , ~ - 7 0 !., , , - A .. .: .-~,
. - 1-~.7~,l.- %. : - ~ - .. . " I I -, 6..5'
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SKRUNU, 1N. (Skrypnyk, I.V.]
A-harmonic forms In a compact 111emann space. Dop. All UPSR
no.2:174-176 165. (MIRA 18;2j)
1. Llvovskiy gosudarstvennyy universitet.

KOSH&Oyr, J.ya. [Koeharnyi, I.IA.]; pIDPRIGORSHCHUK, M.V.; GAPSIMKO, I.I.;
KASHCHMU7, LA., red.; KUTSMOg V.Ps, red.;
NIKOLAYAKO, V.S., red.; POTAYCHU, I.M. [Potaichuk, I.M.J, v-ldp.
red.; S30MYUK, F.L., red.; FOGT,.V.Ya., tekhn. red. .
[Soviet Drogobych Province] Radianslka Drohobychchyna. Drohobych,
Drohobytslke obl. vyd-vo, 1957. 199 p6' (miRA n:8)
(Drogobych Province)

SUKHOVAI L., inzh. (Alma-Ata); SKRTPNIK, L., Inzh. (Alma-Ata)
Optimum plan for the transportation of concrete. Zhel.dor.transp.
47 no.10:76-77 0 165# (MIRA 18:10)

MIATOSUNTSY II.I.; O"USLIKOVA, A.K.; SKRIPNIK, S.
_jt~
Case of periarteritis nodosa with prima y pulmonary localization
of the process. Vrach. delo no.5:3-4C-]A-1 MY 162. (MIRA 15-6)
1. Kafedra gospitaltnoy terapii (zav. - doktor med. nauk A.T,
Matosyants) Kurskogo neditsinskogo instituta J- patologoanato-
micheskoye otdeleniye (nauchnyy rakovoditell - prof. k.S.
Blurfberg) Kurskoy oblastnoy klinicheskoy bollnitsy.
(kRTERIES-DISEASES) (LUIMS-DISEASES)

SKRIRTIK, M, voditell trolleybusa na marshrute NO-15 (g.Kiyev); SA11MOVA, G.,
ioditell traoTvava na marshrute 47; ANDRLYFV, L., voditell trolleybusa
na marchruto 11o.25; SULATSKIY, I., voditell trolleybusa na marshrute
No.24; RA&MOV, A., voditell trp-mvaya na mrshrute Ho.8 (g.leningrad)
Passenger transportation without using conductors. Zhil.-kom.khoz.
10 no.10:9-10-160. (MIU 13:10)
1. Depo im. Anakova, g.Moskva (for Salimova). 2. Vtoroy trolleyT
busW park, g. Moskva (for Andreyev). 3. Vtoroy trolleybusnyy park,
g. Moskva (for Sulatskiy).
(local transit)

VIZIR, D.I., kand.med.nauk; SIRI]PNIK, N.F.
Iffectiveness of the treatment of chronic diseases of the liver and
biliary tracts at the "Koncha-Zaspa" clinical sanatorium. Trach.delo
no.11:1157-1159 N 159. (MIRA 13:4)
1. Klinicheakiy sanatorly "EDucha-Zaepa" (nauchuyy rukovoditall ra-
boty - prof. T.T. Glukhenikiy).
(LIVER-DIMBES) (BILIART TRACT-DISFASES)

OKSANICH, 1.1-., inzh.; USIK, I-N, -inzh., Si-RIP,'111K, ", . -1 . , 4 r,. -,., 1
Review of the book by V.I. Gushchin "Handbook for stlrip mine
blasters." Gor. zhur. no.8:79 Ag 164. 04IFA 17:10)
1. Yuzhnyy gorno-obogatitellnyy konbinat, Krivoy Rog.

Vir~!'MZMFIY, irizh ; I)KI411,111r,, O,V., Inzh.
Constructing anct utlilizlng small hydraulic --Ind road atructures in deep
and medilun-deep peat bogs. Gidr. i mal. 14 no.9:33-37 S 162.
(MIRA 17:2)
1. Ukrainskiy gosudarstvennyy institut po proyektirovaniyu vodokhozyayst-
venn,vkh sooruzheniy i sellskikh elektrosta-ntsiy (for Vasilevskiy). 2.
Ul-rainskiy nauchno-issledovatel'skiy institut gidrotekhniki i me1ioratsii
(for Skripnik).

SKRIFNIK) r.
7604 SKRIPNIK) P. Zapasnyye chasti. k neftyanoinu oborurlovaiiiyu. Katalog.
M., Gostoptekhizdat, 1955, 22 sm. (14--vo neft. prom-sti SSSR. Gos,soyuznyy
L,.-#~ 9t Soyuzneftebt,rma sh remont ~), )
Oborudovanie dlya bureniya skvazhin. Kryuki pod" yemnyye KRSH 2-130,
2K-130, 2KM-130, 1-KP-75 (Avt. Skripnik, P., Lysehkovskiy, P., Lapionov, Ye.
Bogdasarov, T., i Asaturov, N.) 19 (5) s. s ill 2.000 ekz. 1 r 40 k.
(55-4207) 622-323.0025 (085)
SO:.Knizhnaya LeTopis, Vol. 7, 1955

SKRIPNIKI Pavel Mi)4mylovidh- SIBARGV A.D., spets. red.; KAGAN, T.B., red.;
T tekhn. red.
[Analysis of the administrative operations of machinery manufacturing
plants] Analiz khoziaistv6nnoi deiatellnosti mashinostroitelInykh za-
vodov. Stalino-Donbass, knizhno6 izd-vo, 1960. 85 p. (MIRA 24:7)
(Machinery industry)

SKRIPNIK9 P.M.
Methods for calculating the amortization norms for main mine workings-.
Ugoll Ukr. 5 n9.3:40-41 Mr -161. (MIRA 14:3)
1. Donetskiy ugollnyy institut.
(Qoal mines and'mining-Accounting)

SK%IPNIKI P.M~
Accounting of fixed assets in coal irmines and ways to improve it.
Ugol' 36 no.4137-39 Ap 161. (MIRA 11,15)
1. Donetakiy nauchno-issledavateliskiy'ugollnyy institut.
(Coal mines and mining-Accounting)

SKRIPNIK Pavel Mikha I v - LY'S, y
IIENK, V.N., inzh., retsenpnt;
va PEREZOVYI V.N., tebn.
zd- ; I
re d.
[Ways to reduce the cost of coal) Puti snizheniia sebe-
Btoimosti uglia. Kiev, Gostekhizdat USSR, 1963. 179 p.
(MIRA 16:10)
(Coal mines and mining-Costs)

TVERDOYHI,:-;B, Nikolay Grigorlyevich [Tverdokhlib, M.H.], kand.
tekhn. nauk- 'KI)iFNIK jpnyk, P.Mj, retsenzent
(Overall mechanization of accounting and planning work,
and the improvement of management; as exemplified by a
coal trust] Kompleksna rnekhanizatsiia o'blikovo-plano-,ykh
robit i vdoskonalennia upravlinnia; na pr-ik!Qd-' vuhilinoho
trestu. Kyiv, Tekhnikay 1965. 141 p. (MIR-4, 18:9)