SCIENTIFIC ABSTRACT USENKO, V.A. - USENKO, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858120001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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1 27196. U3;1*:;KC, V. A. - 0 Fruchenii Shelka- Terkstil. Fron,--jt: .'o- 8, s. 13-14.
i
1 SO: Letopii:t Zhurnallnyldh S't--Aey, Vol. 3-1', 1?49.

USMO, V.A., doteent, kandidat tekhnicheskikh nauk.
I.-
'' -
Ratio between filament and staple fiber. Tokst.prom. 14 no.9:
12-16 6 '54. OCLHA 7: 11 )
(Textile fibers, Synthetic)

USENKO,V.A., kandidat takhnicheakikh nauk
Selecting a progressive way of spinning staple fiber. Titkat.
prom. 15 no.6:19-22 Je '55- (KLRA 8:7)
(Spinning)

T ;- -, -~ -, --Ij - ':~ ~ I
USMO, V.A., kandidat takhaicheskikh nauk.
'I-, " ~-' ~. ~ " , -,
Staple fiber xPiuning techniqaes. Tekst.prom. 15 no-11:56-60
N '55. (KM 9:1)
(Spinning)

USENKO, V. A.
USENNOx V. A. --"The Use of Viscose Staple Fiber in Spinning#" Min Higber
Education USSR. Moscow, 1956~ (Dissertation for the Degree of Doctor
in Technical Sciences.)
So.z Knizhnaya Litopis', No 7p 1956.

USIM, V.A., kandidat tekhnicheakilch nank.
on the nlassificiatlon of oynthotle fibers. StandarAllsatsila no.l:
63-65 ja-79 15A. (XLRA 9:2)
1.Noskovskly tekstilluyy Institut.
(Textile fibers. Synthotle-Classificatlon)

AUTHORs Usenkop V.A., Doctor of Technical Sciences 28-6-26/40
TITLEx Standard Indexes for Staple Fibers and Yarns (Pokazateli stan-
dartov na shta-pellnoye volokno i pryazhu)
PERIODICALs Standartizataiya, 1,057, # 6, pp 67 - 70 (USSR)
ABSTRACTj Staple viscose fibers are extenuively used by the Soviet
textile industry; yet they are nct standardized. There are only
technical conditions set up at in neparate textile industry
branches.
The author points out inadequacies in these technical con-
ditions which should not be repeated in the needed , rOCT
standard. A --alculation method, worked out by the Moscow
Textile Institute is sugi;ested for estimating the properties
of staple vis.,,ose yarn by the kncwn physical properties of
the fiber and its twist.
There are i1 tables.
ASSOCIATION: Moskva Textile Institute (Mosko-iskiy tekstillnyy institut)
AVAILABLE: Library of Congress
Card 1/1 1. Indust'ry-USSR 2. Yarn3-Stanlaz~da

USUKO, V.A., kandidat takhnicheskikh nauk.
P~roperties of viscose staple fiber yarn. Tekst.prom-17 no.2:21-26
Y '57. (KM 10:2)
(Rayon spinning) (Tarn--TeI;tIng)

USXWQL,TIOAUMSX:zAU4k-CrAXiCb.-Prof.; GUSIff, V.76.. prof., reteenzent;
allMA, L.A., :red.; KNAUIN, K.T., tekhn. red.
EUSIDg BUP10 137nthbtiC fibers ii spinning] Ispol'zovania shtapall-
nogo volokm v priadenii. Moskm, Goes nauchno-takhn. izd-vo lit-
ry po legkoi prozWshl., 1958. 191 p. (MIRA 11:9)
(Spinning-) (Textile fiberso Synthetic)

USENKO, V.A.; LI KHE SEN [Lj Ho-eeng]
Zffect of silk fiber properties and yarn tvisting.on its pbysical
and mechanical p:roperties. Izv.vys.n-cheb.zav.; tekh.tekst prom.
tig.2:28-36 '59. (MIRA 12:6;
1. Moskovskly telistLI'Mry Institut,
(Silk--Testin,g) (Yarn--Testing)

USINKO, V. A.; Ll _KM_Si
,Rj rLI He-,,,g].
Effect of basic transitions in the carding and preparatory depart-
monts on changes in proportion of silk fiber. Ixv.yya, uchnb.say.;
teket.prom. no.4:77-84 '58.
1. Moskovskly tekstillnyy institut.
(Silk nanufacture.)

USIM, V.A.; LI KHE SIIH [Li Ho 36ng)
Bffect of the ratio between the various components of a silk fiber
mixture on the phyaicomeolmnical properties of the yarn. Izv. rye.
ucheb, zav.; takh. takat. prom. no-3:6o-67 159.
(MRA 12: 11)
1.Moskovskiy tiskstil'W7 institut.
(Silk manw!acture) (Textile--Research)

MKIN, G.N., prof.;US3CNKO, V.A., prof.
Conference on yarn twisting. Izv. v7s. ucheb. za7.; tekh. teks".
prom. no.5:153-155 159 (Ulu 13:3)
(Yarn-Congressee)

Ko
.. .........
14
1g:
jL!, J
ills
Ing fig LIP kit: R
v V J~l i I
I :I-. j
lit
11-4 m
iamaq NA
----------------

MAZOY, Yuriy Alekseyevich; TAVYZIN# Mikhail Dmitriyevich; '!'A 1,1601
retsenzent; YLIMSKIY. T.P., reteenzent; VWITSXATX-,-Te.M.,
red.; KNAKNIN, M.T., tekhn.red.
[Processing of fibrous wastes from the synthetic fibers industry)
Pererabotka voloknistykh otkhodov promyshlennosti khimicheakikh
volokon. Koskra. Izd-vo nauchno-takhn.lit-ry RSFSR, 1960
(KIRA 14;4)90 P.
(Textile filmrs, Synthetic)) (Textile industry--By-produots)

-- USENKO V A,,- JKMV ITSU, K. N.
Affect of twist on the phjroicomechanical properties of
acetate fibers. Izv.vys.ucheb.zav.; tekh.teimtepron. no.l:
32-39 '60- (MIRA 13:6)
1. Moskovskiy ".ekstillrVy institut.
(Rayon)

ZOTIROV, V-Ye.; KUKIN, G.H.; USE=, VJ.
Scientific revearch In the special departments of the Yaculty of
Technology of the Moscow Textile Institute. Izv.vy8*ucheb.zav.;
takh.tekst.prom. no.23138-11~1 169. (NIRA 13: 11)
(Nowcov--Textile research)

USINKO, V.A. , pr of . ; USHAMVA 0 r, K. # insh.
Iffect of thij structure of acetate filaments on some mechanical pro-
perties of k3iitted fabrics. Izv-v78.ucheb.zav.; tekh.1eg.prom. no.5:
6-8 16o. (MIRA 13:11)
1. Moskoveldy tekstilinyy inatitut. Rekomendovana kafedro7 shelka
i kruchenip iskuntyenn7kh volokon.
(Knit goods) (Bayou)

S11 83/60/000/005/006/007
B020054
AUTHORSt Usenko, V. A., Kalandarov, D. I., Rumyantseva, N. F.
............
TITLEt Changes in Physicomechanical Properties of Viscose Tire Cord
as Dependent on Structure and Technology of Fiber Production
PERIODICAL: Khimicheskiye volokna, 1960, No- 5, PP. 37-40
TEXTs The authors studied the effect of thickness and number of monofila-
ments on the properties of cord, as well as the.effect of elongation. It
was shown that the breaking length slowly decreases, while the breaking
elongation increases with increasing number of monofilaments. Studies of
the effect of fineness of monofilaments on the physicomechanical properties-
of spun thread.showed that threads from 1200/0.06 spinnerets had maximum
stability. 1000/0-07 spinnerets did not increase the stability of spun
thread, since the increased opening brought about ZnS impurities obstruct-
ing the spinnerets. With the use of 120010.06 spinnerets, the stability of
thread was increased by 3-4% as compared with series products spun with
800/0.08 spinneretso The authors studied the effect of fineness of mono-
filaments on the strength of thread on fatigue bending by means of a
Card 1/2

Changes in PhyBicomechanical Properties of S/183/60/000/005/006/007
Viscose Tire Cord as Dependent on Structure B020054
and Technology of Fiber Production
"Sinus" device. The AIT-15 (DP-15) device was used to examine the cord
yarn. The methods applied were developed at the laboratoriya tekstillnykh
ispytaniy VNIIV (Laboratory of Textile Testing of the Scientific Research
Institute of Synthetic Fibers). The stress for monofilaments was
2 2
0-- 10kg1mm ; for cord yarn, it was 6- 5ko/mm . Studies by N. V. Mikhaylova
and Ye. M. Lev showed that the resistance to fatigue bending increased with
increasing metrical count of monofilaments. The.effect of fineness of fibers
on their elastic propert:*,es was checked with a device of the kafedra
tekstillnogo materialovedoniya MTI (Department of Textile Technology of MTI),.
the length between strainers was 20 mm. Loading and recovery -took more than
two hours. It was shown that the elastic properties were improved by the
fineness of monofilamentEi. There are 6 figures, 3 tables, and 'j' referencess
6 Soviet and 1 Canadian.
ASSOCIATIONs MTI (Moscow Textile Institute)t Usenko, V. A., Kalandarov, D.I.
Kalininskiy kombinat (Kalinin Combine)z Rumyanteeva, N. F.
Card 2/2

k--, USIETEO, V.A.; SHAKHOVA, N.V.
Iffect of the twist and stracture of nylon yarns on their physical
and mechanical properties. Izv.v7s.uchebazav.; takh.tokst.prota.
noAtIO-19 160. (MIRA, 14: 1)
1.Moskovskiy tekstillmyy institut.
(Nylon) (Yarns-Testing)

USZIMD, V.A.; VORONINk, Te.A.
M
Discussion of the textbook "Fundamentals of the spinning of fibrous
materialaw b7 V.JLZotikov and others. Izv,vye.ucheb.zav.; tekh.
tekst.prom. no*6:140-143 160. (NIU -3-4: 1)
1. Xoskovskiy tekstillnvy institut.
(Spinning)
(Zotikov, Me.) (Budnikov, I.V.) (Trykov, F,P,)

PSMO, V.A., doktor tekbn.nauk; VORONINA, TS.A., kand.tekhn.nauk
Conference for the discussion
of spinning (Olundamenta 'Is of
by V.S. Zotikov, I.V.Budnikov,
20 no. 11:78-31 M 160.
.
of a book on the fundamentals
the spinning of fibrous materials"
F.P.Tr7kov. Tekst. prom.
(MIRA 13:12)
(Spinning)
(Zotikow, V.39.) (Budnikov, I.Y.) (Trykov, P.P.)

USENKOI Vladim-dr Androyevich., prof.~ doktor tekln. nauk; ZABELOTSKIY,
~ tekbn. nauk; KUNTSEVICH, V. It. 0 inzh.,
retsenzent; ZVEZDYINA, Ye.V., inzh., retsenzent; lbbAG.U.'CV,
S.S., kand. tekhn. nauk, retsenzent; SHTEYNGAIT, M.D.,, red.;
BATYREVA, G.G., tekhn. red.
(Silk technology] Tekhnologiia shelka. Pod red. V.A.Daenko.
I-loskva, lzd-io nauchno-teklm. lit-ry RSFSR. Pt.2. (Silk spin-
ning] Shelkopriadenie. 1961. 343 P. (MIlk 15t2)
(Silk.) (Spinning)

USE110, V.A.; KALAIDAROV, D.I.
Effect of the twist on the physicomechanical properties of viscose
tire cord yarn. Izv. vys. ucheb. zav.; tokh. teks. prom. no. 2:10-
16 161. (MIRA 14:5)
1. Moskovskiy tekstillnyy institut.
(Ray-on spinning) (Tire fabrics)

USENKO, V.A.
International scientific and technical conference and InterrAtional
Fair-Exhibition in Bulgaria. Izv. vys. ucheb. zav.p- tekh. teks.
prom. no. 2:158-162 161. WIRA 140)
1. Moskovskiy tekstilInyy inatitu~.
(Bulgar.la-Textile industry-Exhibitions)
(Textile indystry-Congresses)

USENKO, V.A.
Rapid expansion of acetate fiber and its uses. Khim.volok. no.3:
56-58 161. (MIRA 14:6)
1. Moskovskiy l.ekstil4nyy institut.
(Rayon)
.-.

USENIO V.A.;
I - - ~ .1
Physlef.r.pchanicil properties n-f triatetate fib6ne. E'-I=. vC2-~i.
no.lt74-?6 1'2. ~IkflRA
0
1. Moskovskiy te,stillnyy institut.

RUBINOV, Emm~,nuil Bahifthnnovich;"USENKO, V. A. . doktor tekl-n. ~,-,uk.
otv. red.; BAK11,1TSFAYA, A- V'. , red. KQVAYA, Z. tYJ'ir..
red .
rAuton
- atic silk-reeling machine of the type developed by
the Uzbekistan Scientific Resnarch Institute of the Silk
Industry, openiterl according, to the princiDle Of thread
tension I Kokoromoi al I nyJ. avtomat tipa UzNIIShP, "eistiruiu-
shchii po printsipu rastiazi-eniia. niti. T~ishkent, IZ(I-
AN UzSSR, 1962, 298 p~ (MIRA 16:2)
(Reels (Te:dtiie machinp-i)' (Silk)

USENKO, V.A.; GULYAMVA, F.M.
Effect of some parameters of the production technology of iLriacetats
yarn on its physical. and mechanical properties. Izv.vys.ucheb.zav.;
tekh.tekst.prom. no.5$55-62 162. (MRA 15:11)
1. Moskovskiy tekstilInyy institut.
(Rayon-Testing)

USENKO V.A.; SAIDMURATCIV, S.;,BORIK, A.G.
Effect of the properties and structure of initial capron
filaments on the qualitative indices of elastic yarn. Xhim.
volok. no.3:56-59 162. (MIRA 16:2)
1. Mookovskiy t6katillnyy institut (for Usenko, Saidmuratov).
2. Klinskiy kombLnat iskusetvennogo volokna (for Borik).
(Nylon--Testing)

USMO, V. A.
Organization of utudental research work. Izv. v7s. uchab.
zav,.l tekh. takst. prom. no.4.149-151 162. (MIRA 15110)
1. Moskovskiy teltstil't0y institut,
(Textilo research) (Technical education)

S/06 1/62/000/021/067/069
F-1 60/ BI 86
AUTHORS: ~aenko~,V. A., Saj.6,-o-iritijv, S., Kapustina, L. D.
TITLE: Methods of producir,?, caprone threads
PERIODICAL: Referativriyy zhurnal. Khimiya, no. 21, 1962, 496
abstract 21P410 qkstil'n. prom-st', no. 3, 1962,-42-44)
TEXT: The results are given of inve6tigationB made by the kafedra
tekhnologii tepla i krucheniya iz;~usstv. volokon Moskovskogo tekstillnogo
in-ta (Department of Artificial Heat and Twisting Technology of the
Moscow Textile Institute) and by t1nn Klinskiy kombinat iskusstvannogo
volokna, (Klin Artificial Fiber Coimbinc) aimed'at finding the optimum
technology for the production of elastj.c trom caprone threads.
EAbstracter's note: Complete translation.11
Card 1/1

USENKO,V.A. Prof.; SAIDMUUTOV, S., aspirant; KAPUSTINA, L.D.,inzh.
Manufacturing methods of elastic nylon thread. Tekst.proy-.22 no-3:
42-44 Mr 162. (MIRA 15:3)
1. Zaveduyushebiy kafedroy tekhnologii shelka. i kruchenlya
iskusstvenn.vkh volokon Moskovskogo tekstillnogo institute, (for
Usenko). 2. KeTedra tekhnologii shelka i kruchenlya iskusstvennykh
volokon Moskovskogo tekstilinogo instituta, (for Saidmuratov).
3. Klinskiy koubinat iskusstvennogo volokna (for Kapustina).
(Nylon)(Elastic fabrics)

IJSRIKO, V.A.
Use and procossing of synthatIn fibers In the textile industi-f.
Izv. vys. ucheb. mv.; tekh. tekst. prom. no.62-M-54 163
(MIRA 17-.9)

USENKOp V.A., prof.; VOYEVODINA, N.P., kand. tekbn. nauk; IALYKIIU, K.M., inzh.
Classification of yarns with a modified structure (bulked yarns).
Tekst. prom. :23 no.7t72-75 Jl 163. (MTRA 16t8)
1. Sotrud-niki Moskovskogo tekstillnogo instituta.

USENKO, Vla r-Andreyevich, doktor tekhn. nauk., prof.;
Ldl~
Kapitalina flikolayevna, kand. tekhn. nauk;
HACHUKINA, Faina Fedorovna, lnzh.; NITISIIIIISKAYA, A.I.,
retsenzent; TYURINA, A.Z., red.
(Processing of acetate fibers] Pererabotka atsetatnogo
volokna. Moskva, Gizlegprom, 1964. 169 p. (MlRA 17:5)

UJ,)'bV, Vladimir Yegorovich- USENKO, Vladinlr Andrevevich;
~-- -
K-I-'~ELEVY A.K., Prof., Yand. teklul. nauk2 retsenzent;
FILIKOVSKIY, '-,.Ya., kand. tekiLri. nauk., ret:3enzent;
,GKOLOU, V.Ye., red.
[:,pinni-ng of synthetic staple Mors] PrJadonle khfiAche-
skogo shtapellnogo volokna. Moskva, Le&nia industrila
196-4. 593 p. (MIRA 17:111

-- U4ENKO, Y.A.; LAMINA, K.M.
Determination the optimum technological parameters of the
manufacture of slightly stretching bulk yarn from polyamide
and polyester fibers. Izv. vys. ucheb. zav.; tekh. tekst.
prom. no.l-.53--59 164. (MIRA 170)
1. Moskovskiy tekstilInyy institut.

USIIIKOp V.A.p prof.
Manufacture Of ~,igghblllk yarns in Kc- C(rman Democrati'!
4,
Takst. prom. 24 no.4:85-87 Ap 16"#. 1
1. !,o.3kcrvqkiy takilLllnyy iristitut.

LALYNINA, K.M.; USENKO, V.A.
Investigating the proceas of false twist in the Manufacture of bukked
yarn on single-,unit machines. Izv.vys.ucheb.zav.; tekh.tekst.prCm.
no.508-42 164. (MIRA 1811)
1. Moskovskiy tekstillnyy institut.

LAMINA, K.M~, aspirant; U-SENKO, V.A., prof.
Production of slightly stretchable yarn from polyamide fibers.
Tekst. prom. 24 no.8:22-25 Ag 164. (MIRA 17;10)
1. Moskovskiy I;ekBtilfnyy institut (for Lalykina).

j7
r C 17, c, -.ekhn, na-;z-
r. a Lk
yari, oT~ double

JISMKOI VIA.# prof.
Now met Mda of pmeessing chp-mical fibers. Zhur. 'MO 10 no.2liMv-
3-:151,17 165. (MIRA

SOV/24-58-7-8/36
AUTHORS.-Lebadev,, S. A.,Usenko, V. F., Shvidler, M. I. (Ufa)
TITLE: On Filtering a Flow in Transition from a Single Phase into a
2-Phase State (0 filltratsii potoka, perelthodyashchego iz
odnofaznogo aostoyaniya v dvukhfaznoye)
PERIODICAL: Izvestiya Akademii nauk SSSR Otdeleniye teldmicheskikh
nauk', 1958, Nr 7, PP 56-60 (USSR~
ABSTRACT: The question of the parameters of a flow of the vapourising
liquid affected by the permeability of the saturated porous
space was investigated by the authors. The following prob-
lems they describe in detail. A harmonic function p (press-
ure) confined in the space G (Fig 1) with higher pressure
than the satura-,;ed one., has a finite number of logarithmic
properties with its value becoming Pr at the boundary J", ,
At the boundary of the vapourising layer, the position of which
in the space G is not known, the function p = pl (satur-
ated pressure). The operational pressure is applied to the
wells situated in G . The profile yj represents a bound-
ary of a vapourising zone gi , which contains a harmonic
function Hi ~?P Of P 57 (S. A.Kj-zlstianovich function,
Card 1/6 Ref 1), where E",-, -, specific phase permeability for liquids,

'30V/24-58-7-8/36
On Filtering a Flow in Transition from a Single Phase into a 2-Phase
State
In the space 9L the function H. has a finite number of
logarithmic pro-oerties conforming to the conditions W = HI
at the zone bou:adary, H. = Hoi for wells inside the zone,
HI - H(pl) - const ~:pl (0 denotes the well), The rate of
filtration of the liquid atu the boundary yi is-
11,
T, Hi lp
Z
(n - normal to yi). The function Hi continiously
the flow of liquid defined by the function p
and 1.2). If the function p-Y = p in G and
gi then p4- becomes a harmonic function in
all the layers. For the wells situated in G
increases
in g. (Eqs 1~1
H1Y in
1
F i.e., in
the function
Card 2/6

SOV/24-58-7-8/36
On Filtering- a Flow in Transition from a Single Phase into a 2-Phase
State
P* = p ~ PO (Eq 1.3). The pressure p;i~ for the wells in
gi is:
p* = H04 - W, - p')
(1.4)
Thus the production of the mixed flow can be determined from
a fictitious flow of a uniform and non-compressed liquid and
the calculation performed with an application of the usual
interconnection formula (Ref ?). Thus the functions p"A*~ and
P2 (Eq 1-5) in the space. F are found when the pressures are
taken as yr while
P1 Po P2 - 0 for the wells in G 9
p0 7 ~ ]i HI for these in g. and " = P
Pi P2 P',
P* 0 at the boundary r If the harmonic function
2
* "r H the fun6tion H f or the wells in G
P 2 P2 P 2
p4g H for these in G and HI at the profile
2 0i i P 2
Card 3 6

SOV/24-58-7-8/36
On Filtering a Flow in Transition from a Single Phase into a 2-Phase
State
Therefore, the flow defined by the functions and
p1
p 2 has a prc.-Iluction equal to that of all the wells, The
value H = H(p) is determined from Eqs (2.1) to (2-5). (Figs
2 and 3 show the indi,-,atj-ng curves for q - q(p0) and
p0 = PO (Q) ~ pr p' respe--tively). As an example the follow-
ing data are given.- I'l= 28.8 m3/M3 ILr ~- 0.02 cps, ~L
2.35 Cps, t; 0.24~6, a = sii r/U a = 0. 002 56 f or
B =:0.301 m3 (s - coefficient of gas solubility). The
m3atm
relationship of &H'I and Ap" for the well Nr 840 is given in
Card 4/6

SOV/24-58-7-8/36
On Filtering a Flow in Transition from a Single Phase into a 2-Phase
State
Fig 4 with the lower curve from Ref 6. Fig 5 illustrates an
interconneCtiOlL of a system of two chains of wells. The cal-
culation of the interconnection of wells is carried out with
the following Bata: Hi 250 M, H2 = 750 m, L = 1750 m.
2a, = 2a2 = 400 m. x2 0, x1 200 M9 Pk 170 atm, pol=80 atm,
Po2 = 70 atm. 1,1 96 atm, k 0.5 durcy, IL 2.35 cpsq, rol =:
= ro2 0.1 M2 h 10 m. The values of HI - Hol ~ 13.4 atm
and H' Ho2 13 18.0 atm are based on Fig 2. The production
of the wells is obtained as q, = 100,7 m 3 per day, q2
= 391~O M3 per day, for which the radii are ri = 5.35 m,
r2 - 4.47 m respectively. An analogical calculation based on
the tables produoed by K. A. Tearevich gave: p, 0l =. 80 atm,
Po2 = 70 atm,, q, = 119.7 m3 per day, q2 = 448.4 m3 per day.
A vapourising zone consisted of one area, the dimensions-of
which are shown in Fig 6. In the case where the interference
Card 5/6

SOV/24-58-7-8/36
On Filtering a Flow in Tran ition from a Single Phase into a 2-Phase
State
of the wells is affeoted by water pressure, the formula (3,1)
(Ref 8) should be applied. There are 6 figures and 8 referen-
ces, all of wh:;-ch are Soviet.
ASSOCIATION: Ufimskiy neftyanoy naucho-issledovatellskiy institut
(Ufa Oil Research Institute)
SUBMITTED. April 269 1957.
Card 6/6

ZOLOYEV, M.T.; LEBEDEV, S.A.; USERKO, V.F.
Study of oil wells when bottom pressure is below the saturation
pressure. Trudy VNII no.25:80-114 '59. (MIRA 15:10
1. Ufimskiy neftyanoy nauchno-issledovatel'skiy institkit.
(Oil reservoir engineering)

2~OLOYEV, M.T.; USENK02.j.F-; KOBELEVA, V.A.; KISWKOV, Yu,P.;
ISANGULZV, K.I.; GAZIZOV, Z.S.
Study. of producing wells having bottom pressure below saturation
pressure. Trud3,MIIMHiGP no.33:213-225 161. (MIRA 15:1)
(Oil rAbWvoir engineering)

USENVO, V.F.
Exploiting ar oil pool at pro-suree below the scatlirati,)n
Izv. vyb. ucheb. zav.; neft' i gaz 4 no.6-5-c-62 161. (MIRA I,'*.:l)
1. Moskovskiy institut neftekhimicheskoy i gazovoy promyshlenno:-,ti
imeni akademika I.M.Gubkina.
(Oil reservoir engineering)

USrNKO, V.F.
Form of in~dtpat,:)r diagrams in the exploitation of wells with bottom
pressure below -the saturation pre3sure and the formation presbure
above the saturation pressure. Neft. khoz. 39 no.9:40-46 5 '61.
(MIRA 15:1)
(Bashkiria--Oil reservoir engineering)

Equilibrium gas saturation of a porous iredium in the flmr
of gas-liquid mixtures. Izv. vys. ucheb. zav.; neft' i
gaz 5 no-3:63-68 162. (MIRA 16:8)
1, Moskavski)- institut neftekhimicheekoy i gazovoy promysh-
lennosti. imeni akademika I.M. Gubkina.

USENKO,, V.Fj SHAYEVSKIY, Yu.I.,- PORTNOT, V.I.
Ahalysis of -temperature measurements along the bore of wells
operating below saturation pressure. Nefteprome delo no.2t
21-25 t63 (MIRA 1717)
1. Neftepromyslovoye upravleniye "McsakovneftO 1".

USENKO, V.F.; GAFUROVA, T.I.v red.
(Methods for processing the data of a studv of oil vella
on inflow under conditions of a mixed flow] Metody obra,-
botki dannykh itseledovaniia. neftianykh skvazhin na pritok
v usloviiakh smashannogo potoka. Ufa, 1964 23 P.
iMIRA 1702)
1. Ufa. Neftyano7 nauchno.-iseledovatellskiy institut.

SHAYEVSKIY, Tu.I.;_,~SOKO, V.F.; PORTNOV, V.I.
Results of investigating wells of the Shkapovo oil field
at pressures below the saturation pressure. Nefteprom. delo,
no.4s3-7 161,. , (MIRA 17:6) /
1. Neft4promyslovoye upravleniye "Aksakovneftl" i Uf:Lmskiy
neftyanoy natichno-issledovatel'skiy institut. .

USENKO, V.G., kand.ekon.nauk
V.I.Lenin on the decisive role of heavy truiustry in building the
material and technical foundation of socialism and curmuni5m in the
U.S.S.R. Sbo---. st. LI'1740 no.49;25-39 '60. (MIRA I ~111: I)
(Lenin, Vladimir Wich, 1870-1924) -(Russia--Industries)

USANKO. V.6., I)odpolko,;,nikl MRITYRIKOV, S.I,, kaplt~m-leytenant
Submarine search with hellcopter!~~ Mor. abor, 47 no.9-60-64 S 164.
(MIRA 3.827)

DhIJSSNTSEV, N.A., kand. voywinykii nauk, inzli. --p-,)dpoIkovnIk,i-
podj)olkovnik
Calculation of the expect/id number of atItacke of fIghters of
antisubraarIne planes, Mor. Bbir. 47 no.1203-56 P 103.
(MmA 18112-)

Dii s:.~, I-J
Ins t of In.-Iii r, ~-r
3C : llec'nomv,va, l,'qikval

USMO, V. M.
. *V
[Forms for solid reinforced concrete structuresfor buildings] Opalubka she-
lesobetannykh monolitnykh konstruktsii prouqahlennykh soorushenii. Koakva,
Goo. i2d-vo lit-ry po stroitellstvu i arkhitekturs, 1952. 215 P.
OUJU 6:8)
(Concrete construction--7ormork) (Reinforced concrete construction)

USENKO, V. M.
"A oomparative estimate of the.ferroconcrete constructions according to the cement
mould expenditure," Construction, 1952.

- I
a-.- J 17. -,-.
Buildtir, ind,~stry; textbook IA92.) perer. i d0r). Gos. iz(i-vo
lit-ry po stroltel'stvu i a:,k-"jit.eI:turc, 195.3. L3~U p. (5,3-3 934)
THJIj5-U8 1053
1. Building I.

USMO, V.M., kandidat ilookhnicheekikh nauk, rodaktor; UDOD, V.Ya.,
rMator; VOLXDV, V.S., takhnichookir redaktor.
[Uperimeatal and demonstration building projects in Moscow)
Opytno-poimsatelluas stroltelletvo v Moskya.Mookwa, Oos.izd-
vo lit-ry po stroit. i akkhitekture, 1955.86 p. (MLRA 9:4)
1. Moscow. fSentrallwy institut informataii po stroitel'styu.

-MAbj H. kandidat takhnichaskikh nauk, nauchny7 redaktor; UDOD, V.Ya.'
rethor isdatel#stva; TOM, A.M., tekhnicheskiy redaktor
[Research and denonstration oongtruction of largepanal apartment
houses) Opytao-patkazatellnoe stroitelistro krupnopaaellnykh shilykh
dozov. Moskva, Goo. isd-vo lit-rv po stroit. I arkhitektura, 1956.
71 P. (MLRA 9:11)
1. Moscow. TSentralla" inatitut informatsil po strottelletyu.
(Apartment houses)

USUKO' Vasiliy Mitrof" kandidet takhaichaskikh nauk; TXMKIN. L.Te..
,ph
- -a -
2"Wwwrw Frrg&ktor; YUDINA, I.A., red&ktor izdatelletvo;
GUSBYA, B.S., telchnichaskiy redaktor
Ltroduction of rewinforeed concrete construction elemental Isgotoylents
sbornykh zhelesobetonnykh konstruktaii. Moskva, Gos.lzd-vo lit-r7
po strolt. t arkbit., Pt.l. 1957. 201 p. (MLRA 10:8)
(Reinforced concrete)

NOVIKOV, I.I., kand.iskaostvovedeniya arkh.; HANDRIKOV. A.P., kand.tekhn.
nauk; SEDOV. kand.arkhitektury; KONYUSHKOV, A.M., knnd,tekhn.
nauk; SOKOLOV, Te.B., 1mnd.arkhitektuz7; SHATSKIY, Ye.Z., load.
tekhn.nauk; KR1131WSKAYA, Ye.I., k8nd.tekhn.asuk; SIHIRIU, L.A.,
kand.teldin.nauk; KOVELIKAN, I.A., kand.tekhn.nauk; AGASYAN, A.A..
kand.tekhn.nauk; USMO. V.M.. kand.tekbn.nauk, nauchnyy red,.;
BARSKOY, I.X., ifthi~i~~nauehW red.; YUDINA. L.A., red.izd-va;
PECHKOVSKAYA, T.V., tekhn.redo
[Building practices in the peoples' democracies.'Based on reports
by delegations of Soviet biulderal Opyt stroitellstya za rubezhom;
v stranakh narodnoi demokratii. Po materialam ochetov delegetaii
sovetskikh spetstalistov-atroltelei, Moskva, Goo. izd-vo lit-ry
po stroit. i ar-khit.. 1957. 253 P- (MIRA 11:4)
1. Sotrudniki 15entralinogo institute naucbnoy informstaii po
stroitellstvu i arkhitekture Akademii stroitelistva i arkhitektury
SSW (for Noiikoy, Mandrikovi Sedov, Konyushkov, Sokolov, Shatakiy,
Krichevskeya, Shleina. Kovellman, Agasysa)
(Building)

USENKO, V.M., kandidat tek-hnicheekikh nauk.
Reinforced concrete radio relay and television transmitting towers.
Blul. stroi. tekh. 14 no-3:37-41 mr 157. (MIRA 1013)
1. TSentralInyy nauchno-issledovatel'skiy institut stroitelvetva
Akademil stroitellptvm I arkhItektury SSSR.
- a 8
.(Tel Vislas--Antenna'') '06dib relay systems)
(RoinforceA concrete construction)

USINKO, V.H., kand. t ekhri. nauk.
Clamping devices. Biul. stroi. tokh. 14 no.10:41-45 0 157.
(MIRA 10:12)
1. TSentralln" nauchno-issledovatel'skiy institut stroitalletva
Akadendi stroitel'stva, i arkhitektwy SSSR.
(Hoisting mchinery)

USMKO, Vasilly MltrofaK.RyAgj.,k;ancl. takhn. nauk,; TUBYANSKIY, G.M., inzh.,
nmaUW-ry-7-r-eT-.., GUROV. Yu.S.. red. izd-va,; ELIKINA. N.M., tekbno red.
CA2ssmbliqg precast reinforced concrete structures] Nontazh sbornykh
zholezobstonnykb konstruktati. Moskva. Goo. 12d-VO lit-ry po stroit.,
arkhtte I strolt, materialam. Pt. 2. L958. 186 p. (KNU 11:11)
(Precast concrete construction)

USMOO TiMog kand,tekhn.neuk; LYASHWO, N.A., inzh.; PAVLOTA, D.A.
State and standard of work mechanization in constructing apartment
houses and public buildingso Opyt stroi. 13:3-42 138.
(Building machinery) (KIRA 11:11)

USJCNKO, V.H.,kand.tokhn.nauk
Assemblinp precast reinforced concrete construction elements
of one-story industrial buildings. OW stroi. no*18:3-25
158, (MIM 12: 1)
(Industrial buildings) (Precast concrete construction)

TJSINKO, V.M. kand. tekbn. nauk.
Metal forms for making reinforced concrete slabs. Op7t stroi.
no.19:106-126 158. (MIRA 12:1)
(Concrete construction-Formwork)

-, USEM, Y.M.kand. takhn. nauk
Doyle* for mounting columns of industrial buillings and apartment
houses. Biul. stroi. tokh. 15 no. 7:41-42 JI '58. MIRA 11:7)
1'i. TS*ntrallnyy nauchno-iseledovatel'skly institut stroitallstva
Akadsmii straitelletva i arkhitektury SSSR.
(Hoisting machinery)

usmaw, IML~ kand.tekhr,.nauk; PASHMIN. L.I.. inzh.
Planning the organization of corpressor station constr=tion.
Stroi.truboprov. 4 no.12:6-8 D 159. (MIRA 13:5)
(Oompresoors)
'Al

uSElao, Y.M., kand.tokhn.nauk
Experimental use of asbestos cement panels in building walls of
compressor plants. Stroi. truboprov. 5 no-3;9-11 Mr 160,
(MM 13:9)
(Asbestos cement) (Gas, Natural~- Pipelines)

USIRIKO, V.M., Imnd.tekhn.nauk
Technical problems of the construction of the Gazli-Ural gas
pipeline. 5troitruboprov. 5 no.6:8-9 Je 160. (MIRA 13:7)
(Gas, Utural--Pipelineo)

USMO, V.U., kand.telchn.nauk
Assembly woight of precast elements and the use of cranes.
I'z'om.strol.. 38 no.6:47-48 160. OCIBA 13 t 7)
. (Precast concrete construction)
(Cranes. derricks, eto.)

USENKOf V.M.
---------
Basic regulations for plan-Ing the organizatiGn o'L -work on -.'re
construction of a compressor station. Stroi. truboprov. 9 no.l:
32-33 A 164. 011RA 17: 3)

USENKO, Va~Llly Mitz-ofenovich; PRISHCHEI)KO, A.D.p inzlie, nauchn
- - 'y . ...... .- - "
- :;! - - . . ~4il b
(Principles of construction] Osnovy stroltellnogo dela.
Moskva, Stro112dat, 1965. 230 P. (MIRA 18:8)

ACC NR, AP7005654 SOURCE CODE: UR/0413/6T/000/002/0107/0108
.'NVFATOR: Usenko,-V. P.
ORG: None
TITLE: A method for dynamic fatigue tests of aircraft wings. Class 42, No. 190635
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 2. 1967, 1OT-108
TOPIC TAGS: fatigue teat, aircraft wing, turbulent flow
ABSTRACT: This Author's Certificate introduces a method for dynamic fatigue tests of
aircraft wings. In order to produce forces which approximate those encountered in
actual flight, the wing being tested is subjected to static loading vb1ch is varied
luring the experiment according 'to the law or lift variation for the test object. The
wing is simultaneously subjected tdvibrations of a given frequency to simulate flight
in a turbulent flow.
SUB CODE: o1/ Sum DATz: 2oireb65
UDC: 62o.178

USENKO, V.P.
Morphology of the bone and muscle apparat,is of the pelvic extremity
in diurnal birds of prey. Dop. AN URSR no.ll-.1528-1531 161.
(MIRA 16:7)
1. Institut zoologii. AN UkrSSR. Predstavleno akademikom AN
UkrSSR V.G.Kasly-anenko [Kastianenko, V.H.].
(Birds-Anatomy) (Extremities (Anatomy))

39220
10001,
S/240/621 00-41002iOO3
1015/1215
AUTHOR: Andreyeva-Galanina, Ye. Ts., Professor, and Usenko, V. V
TITLE: The physico-hygienic evaluation of impulse vibrations
PERIODICAL. Gigiyena i sanitatiya, no. 4, 1962, 67-71
TEXT: The article reviews the effects of vibration-producing instruments and machines on persons working
with them. The authors report their own findings according to which impulse vibrations may cause more path-
ological changes the greater their amplitude and frequency per timc-unit, and the greater the rate of increase
in the impulse. They have also found that harmonic vibrations are much less dangerous to nien The article
aimed mainly at pointing out the ncccissity of studying this phenomenon, its pathological aspect and its hygie-
nic implications. Similar studies are tieing carried out also at the Leningrad and Kiev Institutes of Hygiene.
The most important task should be the quantitative elaboration of vibration indices, in order to know which
vibrations will not cause pathologic changes in the organism. -['here ate 6 figures and I table.
ASSOCIATION. Kafedra gigiyeny tiuda Lcningradskogo sanitarno-gigiyenicheskogo meditsinskogo insti
tuta (Chair of Labor Hygiene, Institute of Medical and Sanitation Hygiene) Lrninerad
SUBMITTED: July 1, 1961
Card 1/1

USENKO. V-.k--
Functional analyEiIELof the morphology of the muscles of the
pelvic limb in scue birds. Fratsi Inst.zool.AN URSR l8t77-86
162. (MMA 16s1)
(%melee) (Extremities (Anatomy)) (Birds-Anatomy)

USENKOV V.-
Hygienic evaluation of vibration and noise in some types of metal
grinding and polishing work on stationar7 machines. Gig. truda i
prof. zab. no.4:3-8 162. (MMA 15:4)
1. Leningradukiy sanitarno-gigiyanicheakiy meditainakiy Institut.
(GRINDING AND POLISHING-HYGIENIC ASPECTS)
(VIBRATION-PHYSIOLOGICAL EFFEGT)

SHTERN) B.M.; USENKO, V.R.
X-ray data on osteoarticular changes in metal grinders.
Trudy ISGMI 75:57-61 163. (MIRA 17:4)
1. Kafedra gigiyeny truda s klinikoy professionallnykh
zabolevaniy (zw7. kafedroy - prof. Ye.TS. Andreyeva -
Galanina) i kafedra rentgenologii (zav. - prof. B.M. Shtern)
Leningradskogo sanitarno-giglyenicheskogo meditsinskogo in-
stituta.

us KO
Use of spectra:L analysis for hygienic evaluation of in-
dustrial vibration. Trudy LSGMI 75:94-101 163.
(MIRA .17:4)
1e Kafedra glg.~yeny truda s klinikoy professicnallnykh
zabolevaniy (zav. kafedrcy Ye.TS. Andreyeva- Galanina)
Leningradskogo sanitarno-gigiyenicheskogo meditsinskogo
instituta.

USENKO, V.R.
State of hearirg in metal grinders based on data from tonal
audiometry. Trudy LSGMI 75:144-149 163. (MIRA 17W
1. Kafedra gigiyeny truda s klinikoy professionallnykh
zabolevaniy (zav. kafedroy - prof. Ye.TS. Andreyeva-
Galanina) Leningradskogo sanitarno-gigiyenicheakogo me-
ditsinskogo instituta.

SOV/24-58-7-22/36
AUTHOR: Usenko, V. S. (Moscow)
TITLE: Approximate Calculation of Vertical Systematic Drainage
(Priblizhennyy raschet vertikallnogo sistematicheskogo drenazha)
PERIODICAL: Izvestiya Akademii nauk SSSR Otdeleniye tekhnicheskikh
nauk, 1958, Nr ?t pp 119-122 (USSk)
ABSTRACT: A system of vertical drains for filtration of the surface
water described in this artiClE is based on the expression (1),
where k - coefficient of soil filtration, T - mean thick-
ness of the interstitial water layer, 6 - coefficient of
water discharge,, q - intensity of filtration. The expression
(1) was found to be true for the distanceB 1 to 2 km (R - 500
to 1000 m) between the vertical welle with thickness of the
Water layer up to 200 m and the loweil~g of the interstitial
watbr table 10 to 20 m. The figure on p 120 illustrates the
flow of water which can be considered as a result of two mot-
ions: first, lowaring of the interstitial water -table due to
discharge into t1ie wells, second, rising of the interatitial
mater table, due to filtration. In the first case, the expre3s-
ion (1) is solved for q - 0 and:
Card 1/4
1) h - H0 , r,,, 0 for r = ro 0
The height h of the water table above the water level in
the well is found from Eqs (2), (3) and (4), where JO 9 1
and YO 9 Y 1 - Bessel functionso Xn - root of the Eq (5).
In order to detezmine the water table the e3mression (6) can
be used, which iii derived from Eqs (2) to (4) for r - R ,
1 Eq (6) can be simplified when 0.01:1~V,~~-0.0001 and
the first root of Eq (5) is taken as 0.717 to 0.486 and the
second root - 4.29> X2 > 4.03. Then:
io(po%,)x io(~011'2),-' 1 , 0.23