SCIENTIFIC ABSTRACT USHAKOV, K.A. - USHAKOV, M.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858120007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

t) Ko ~, K', A ,
MSTIW~ 1.0. [translator]; USHAKOV.--XtA or tekhn.nauk,
~j,.L prof., doK
otvatstven*7 red*; NURMUKRAMEDOVA, V.P., red.iod-va; CHMr."SEVA,
G.M., tekhn.red.
[Nevi high efficiency ventilators-, a collection of articles.
Translated from the German) Novye ventiliatory a vysokim k.p.d.;
abornik statoi. Pod red. K.A,Ushakova. Koskva, GgletakhIzdat,
1957. 35 P. (MMA 11-5)
(Fans, Electric)

$ SOV/ 124 -58- 11,12452
Translation from: Referativnyy zhurnal, Mekbanika, 1958, Nr 11, p 72 (USSR1
AUTHOR: ____Ushakov, K. A.
TITLE: Scientific Research Work an Fails of the Main Ventilating System in
Coal Mines and the Trends in the Future Development of Such
Research (Nauchno-issledovatell sk;ye raboty po shakhtnvm ventilya
toram glavnogo provetrivaniya i ddl'neyshiye puti razvitiya etikh rabot)
PERIODICAL: V sb. : Shakhtn~ ventilyatory i ventilyatorn. ustanovki. Moscow,
Ugletekhizdat, 1957, pp 26-32
ABSTRACT: The paper presents a brief account of the basic research on mine
ventilating fans conducted at the TsAG! kCentral Aero-hvdrodynamic
Institute). A comparison is made between the domestic and foreign-
made mine ventilahrig fans which leads to the conclusion that the
aerodynamic characteristics of the domestic ventilators m-tch those
of the foreign-manufactured ones. The aerodynamic as w4L-L as
weight characteristics of the various domestic fans are compared,
and it is established that the most suitable type of ventilal~ng fan is
the axial-flow fan K-Ob in its single-stage and two-stage versioi)s_
Card 1/2 Fundamental approaches to the development of scientific research

SOVI/124--58 .11 1.~451-1
Scientific Research. Work on Fans of the Ma'n Ventildting System 11cont. )
Ion fans for the main ventilating system for coui mines are described,
V. A, Bashk,i-
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USMOV, Xonetantin Andrayevich; BUSHET-1. Aleksandr Romanovich; RASKIN.
- ------ ~ - - -- - 1,jAA~i oty,red. 0, KOROVMOYA Z.A., tekhn.red.
t 9
(Mine ventilator equipment with axial flow ventilators; aerodynamic
characteristics and designs] Shakhtnye ventiliatornye untanovki
osevymi ventiliatorami; earodinamicheakie kharekteriatiki i
:
onstruktaii. Moskva, Ugletekhizdat, 1958. (MIRA 12:4)
(Fans, Mechanical) (Mine ventilation--Equipment and supplies)

USHAKOV, K.A.; BUSHBLI, A.R.
Investigating the effect of the number of blades on the
characteristics of axial flow fans. Prom. aerodin. no.10:
36-42 138. (MIRA 11:8)
(Fans, Mechanical)

USHANOV, K.A.; MUSIIOVSKIY. I.V.
Investigating annular cascades of rotating runners in axial
flow fans, Prom.aerodin. no.10:43-60 158. (mm 11:8)
(Fans, Mechanical)

sov/86-58-11-26/37
AUTHOR: Ushakov, K- A,, Honored Scientist and Te-chnologist, Professor,
-Wetor of Technical Sciences
TITW-. 7be Center of Thought of Aviation T*chnology (Tsentr aviatsionnoy
tekhnicheskoy mysll)
PERIODICAL: Vestnik vozdushnogo flota, 1958, Nr 11j PP 75-79 (USSH)
ABSTRACT: This article is dedicated to the 40th Anniversary of the Central
Aero-Hydro-dynamic Institute (TsAGI). The author describes briefly the
foundation of the institute in 1918 and its histor7 during the past 40 years.
Three photos.
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PHASE I -qMK MGWITATTON SOV/2685
Tsentralin7y aero-gidrodinamicheskiy Institut
Von t1lyatory I vmdukhoproyody (Ventilators and Air DuctjO MOBCOV, Oborongiz,
1959. PA9 P. (Series: Promyshlannays. aerodinamik1t, abornik No. 12)
Nober of copies printed n*t given.
FA.- (Title pap)t K.A 0 Ushakov., Professor; Ed..',(Inside book): A.S. Ginevskiy,
Candidate of TechjAcal Sciences; Ed. of Plablishing Houpe: E.A, Shekhtman;
Tech. Ed.: I.M# Zudakin; Managing Ed.: A.S. ZaymovaXaTa, Engineer.
PURPOSE: This book is intended for engineers, technicians and scientific vorkers
specializing in the field of industrial aerodynamics a~nd ventilation'.
COVE~A=: This collection of U articles deals vith problems of ventilation
technology. Results of experimental and theoretical investigations of the
aerodynamic characteristics of axial and centrifughl fans are described.
Some designs of ne'v, highly economical centrifugal-fans are presented and
the drag coefficients of various ducts and elements of venti34Ltion- systems
are given, No personalities are mentioned. References iollow most articles.
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1. -Ushakov. KA,- Balancing Devices for Determining Torque of Fans, Air Blowers
anT-C-om-pressors 5
The author analyzes torque and its measuring by the methods of balancing. He
concludes that balancing depends on the type of the device,the transmission
raktio" disposition of the axis of oscil-lation. These factors may have a sub-
stantial inflitence on the calculation of torque and ~mst therefore be precisely
determIntd in thd rational design of balancing devices.
2. Kolesnikov, AN. Experimental Investigation of the Flow Structure Behind
the-Impeller-of an Axial Fan in a fWlative Motion 19
The author studied.the results of an investigation of distribution of losses
and the velocities of secondary flow behind the impeller of an axial fang
Experimental values o~ coefficients of secondary losses are given and compared
vith empirical -formulas.
3. Brusilovskiy, IN. Calculation of One-stage Axial Pans for Variable Circu-
.Ilation Along the Iengtla of the Blade 26
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In this article the solution of a direct reversible problem oZE' a om-stage
ex1al fan is given. The fan consists of inlet guide vanes, rotor blades and
outlet guide vanes in a cylindrical flaw c6nduct from inlet to. outlet. The
efficiency changes with the radius of blade and vane rings. Some new parameters
are introduced and it is shown that for a one-stage three-bladed-ring fan
three equations may be estabLished, These equations contain six unlo func;.
tions: distribution of the circulation along the radius in rings and axial
velocities in inter-ring clearances and behind the outlet guiding van ring.
In a number of cases for the three given functions, three other functions may
be establ i shed.
4. Brusilovskiy, I.V. Investigation of the Regulatinn of a Two-stage Shaft
Axial Fan Type T&M, K-06 by Two Types of Intermediate Vane Apparatus 36
In this article the following results of investigations Are described: 1)
Regulation of fan by changing the blade incidence of the guiding device most
economical for the interval 50-1050 of its setting 2) Regulation of fan with
a guiding device provided vith flaps. This is econmical at angles of 50-900.
Of these two methods, regulation by flaps seems to be the more accurate. .
5. Lokshin, I.L. Investigation of the Flow Behind a Circular Centrifugal Fan
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In Relative Motion 49
Impellers of the folloving T&WI fans., were investigated: Ts4-50, T87-29,
TS7-42, Tsq-29 and M50, Experiments included the determination of generalized
aerodynamic characteristics and the determinatinn of velocities and angles at
the outlet of flow in the outlet section-in relative motion. Experiments were
conducted at 1000r.p.m. at which a perimeter speed of 21-26 m sec was attained.
6. K6valenko, V.N. and K.V. Chebyshev. Regulation of Centrifugal Fans With
Inlet Guide Vanes 70
The article presents experimental materials on regulating centrifugal fans by
means of axial and simplified guide apparatus. On the basis of these materials
and data of flov Investigations behind upstream guide vanes and centrifugal'im-
pellers, a-method for calculating the characteristics of fans with axial guide
vanes is elaborated.
7. Chebysheva, K.V. Centrifugal Pan Volume Regulation by Changing the Passage
Section of the Whebl or of the Body 110
The' author describes investigations of fan model TA-10 with flat inclined
bladed dvieloped by TsAG1. This fan has good aerodynamic characteristics and
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is now mass-produced as a general purpose fan, Comparatim results of tests
are given,
8. Bychkov, A.G., I.L. Lokshin,, and P.O. Ma=anyants, Ifew Types of TsAr:I Centrifugal
Fans 125
TMa article describes ten types of new centrifugal fans. These fans were
designed by TsAGI in 1956-1957 and have a high efficiency coefficients -0.76-0.85.
It is suggested that some of them might replace ten efficient fAns.now in
production; The article states that 180,,000 fans are currently produced in the
USSR per year and operation of these fans requires 800.,000 kv.
9. Ginevskiy A.S. and Ye.Ye. Solodkin. Aerodynamic Characteristics of the
Initial Sector of a Circular'Section Duct During Turbulent Flow in the
Botmdary Layer 155
The authors describe an approximate-method for calculating the turbulent
boundary layer in the :tnitial-sedtor of an anm1lardndt'.t$&in9 aecount of,the
influence of thetransversal curvitures of the internal and external convex and
concave surfaces of given radiuses on the shape of the velocity profile and
on other characteristics of the turbulent boundarj layer.
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10, Solodkin Ye.Ye. and A,S. Ginevskiye. The Influence of Initial Unsteady Flow
on the Characteristics of Diffuser Ducts 168
Results of a theoretical investigation of the influence of Initial un-
steadiness of flow in the inlet section of a plane diffuser with straight walls
on diffuser characteristics show: coefficient of full pressure losses, efficiency
coefficient, maxi= degree of diffuser expansion, etc.
11. Khanzhonkov, V.I, Decreasing Aerodynamic Drag With Circular Rib Openings
or Recesses 181
The article explains the principle of the action of circular ribs and recesses
and their optimqn geometrical dimensions for which Inlet drag is minim=.
12. Nosov , M.M. and N.F. Tarasov. Drag in Inlet and Exhaust Ventilation
Shafts 197
The author gives the results of an experizenthl investigation of models of inlet
and exhaust shaftsof aquare*and rectangular cross section. On the basis of
this investigation, '6m designs werd selected and are now adopted in 'industry.
A deackiption of these skafts is given#
13. Yud1n,, Ye*Yas Experimental Investigation of a Screen,-type Silencer 216
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The author describes the experimental Inatallation, exp lainz th'! rx!thod
of investigation and gives the results -obtained. He also given a method for
applying the results obtained to acoustic calculations of'units with screen
silencers. 1
14. Khanzhonkov, V.I. Wind Protection for Open-air $ports Arenas 239
The autlor considers a numbar of designs end discusses their comparative
merits under various wind conditions. Diagrams and photograph& of the models
investigated and graphs of wind velocities and pressure distribution are
given,
AVAIWLE: Library of Congress
IS/jb
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USHAKOV, K.A.
Scientific work of Professor Grigorii Kharlacmievich Satinin;
on the occanion of his 75th birthdv. Prom. aerclin. no-13:5-7
'59. (MIU- 13:3)
(Sabinin, Grigorii Kharlampievich, 1884-)

USHAKOV, K.A. .
- - - - --------------------------- ---
Using balancing devices fcr determining the torque of fans, air
blowers, and compressors. Prom6 aerodin. no.12:5-18 159. '
(MM 13:1)
(Air compressors--Testlug) (Yana, Meohanical-Teaving)

PHASE I BOOK EXPLOITATION SOV/4820
Ushakov, Konstantin Andreyevich, Professorp losif Veniamenovich Brusilwlskiy, and
_'A1'6k�dffCT3~_'R0 li-fUW61 1
Aerodinamika osevykh ventilyatorov i elementy ikh konstruktsly (Aerody-naraies of
Axial-Flow Fans and Elements of Their Structure) Moscow, Gosgortekthizdht,,
1960. 421 p. Errata slip inserted. 9,000 copies printed.
Ed.: Konstantin Andreyevich Ushakov, Professor; Ed. of Publishing House: G.B.
D'yakova; Tech. Eds.: S.Ya. Shklyar, and Z.A. Korovenkova.
PURPOSE: This book is intended for workers of scientific research institutes and
planning and design institutes of the ore-mining industry, and may be used by
the personnel of other organizations concerned with the design and operation (f
axial-flow fans.
COVERAGE: The authors describe a modern method of the aerodynamic calculation of
axial-flow fans and critically review the design of mine-ventilating machines.
Their method of profiling bladed rings is said to be a synthesis of the theory
of two-dimensional cascades of airfoils, testing data, and of the generalized
results of various systematic experimental investigations carried out by the
C.a=L_W_S1

Aerodynamics of Axial-Flow Fans (Cont.)
SOV4820
authors at the Tsentrallnyy aero-gidrodinamicheekly institut (Central Aero-
hA'rodymmical Institute). Individual chapters were written ets follows:
K.A. Us', kov., Introduction, Sec. 3 and 6 of Ch. III, See. 4 of Ch. VI, and
-t-oge-fFe" ;Rh K.R. Bushell, Ch. XII (except See. 3); I.V. Brusilovskiy, Ch. I
(excel-.- lec. 4), Ch. II, Ch. III (except Sec. 2,32, and 6), Ch. IV, V, VI
(except See. 4), Sec. 3 and 4 of Ch. VII, Cli. VIII (except See. 4 and 5), and
Ch. X. (except Sec. 3); A.R. Bushell, Ch. VII (except Sec. 3 and 4), See. 4
and 5 of Ch. V1111 Sec. 3 of Ch. X, Sec. 3 of Ch. XII, Ch. XIII and Ch. XIV;
A.S. Ginevskiy, See. 4 of Ch. I; A.A. Dzidziguri, Ch. IX; 1.0. Kersten, Ch.
XI; A.V. Kolesnikov, Sec. 2 of Ch. M. No personalities are mentioned. There
are 107 references: 87 Soviet, 11 German, and 9 English.
TABLE OF CONTENTS:
Foreword
Introduc-tion
(;ar,d--2/'8'-

Aerodynamics of Axial-Flow Fans (Cont.) SOV/,4820
PART I. AERODYNAMICS OF AXIAL-FLOW FANS
1. Bernoulli and Eul
'jot equation 15
2. Geomet i :ranylers of a cascade of airfoils and flow parameters 22
3. Zhukov;k7ypt Oeorem 29
4. Aerodynamic haracteriatics of two-dimensional cascades of airfoils 39
yn c
Ch. II_ *. Theory f Axial-Flow Fans 57
1. Rotor 57
: ~f A
2. Full agram of a one-stage fan NA + K + SA [guiding vanes + rotor +
a
noz4 vanes] 6,4
3 : Mul istage tocial-flow fans 75
4 Cqgter-flow fans 81
Ch. 1. General InformatiojKFrom the Theory of Fans and Cascades of Airfoils 15
Ch. III. Influence of Air Viscosity. Efficiency Coefficient. Fan's Charac-
teristics 86
1. Air vi6bohity. BouAdary layer. Reynolds number 86
2. Profile and secondary losses 91