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Krasnov N.F. — Aerodynamics. Part 2. Methods of aerodynamic calculations
Krasnov N.F. — Aerodynamics. Part 2. Methods of aerodynamic calculations

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Название: Aerodynamics. Part 2. Methods of aerodynamic calculations

Автор: Krasnov N.F.

Аннотация:

Aerodynamics is a branch of dynamics concerned with studying the motion of air, particularly when it interacts with a solid object. Aerodynamics is a subfield of fluid dynamics and gas dynamics, with much theory shared between them. Aerodynamics is often used synonymously with gas dynamics, with the difference being that gas dynamics applies to all gases.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1985

Количество страниц: 432

Добавлена в каталог: 15.04.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Accommodation      388ff
Accommodation and pressure      390f
Accommodation and skin friction      390f
Aerodynamic coefficients in linearized flow      102ff 166ff
Aerodynamic coefficients in low-frequency oscillations      118ff
Aerodynamic coefficients in nearly uniform supersonic flow      166ff
Aerodynamic coefficients in rotation about lateral axis      122f
Aerodynamic coefficients in wind coordinate system      105f
Aerodynamic coefficients, analysis of changes in      123ff
Aerodynamic coefficients, calculation      99ff
Aerodynamic coefficients, flat panels and circular cylinder      166ff
Aerodynamic interference      see "Interference"
Aerodynamics, blunted bodies      31 35
Aerodynamics, rarefied gases      369ff
Aerodynamics, steady linearized flows      78
Ailerons      211f
Ailerons, differential      212
Air      see also "Gas"
Air, dissociated      320
Air, opaqueness      326
Air, optical properties      326
Air, Prandtl number      280
Aircraft      see also "Combination"
Aircraft with tandem wing and tail unit      207
Aircraft, banking      211
Aircraft, canard      153 187 205f
Aircraft, controllability      212f
Aircraft, controllability, and static stability      213
Aircraft, manoeuvrability      212f
Aircraft, sensitivity to control deflection      212
Airfoil(s), laminar-flow      314
Airfoil(s), laminar-flow, drag      314
Airfoil(s), pressure distribution on      295f
Airfoil(s), pressure distribution on, in incompressible flow      301
Airfoil(s), sharp-nosed, in supersonic flow      298f
Airfoil(s), transition point      314
Angle, attack, effective      130
Angle, attack, effective, empennage      189 197
Angle, attack, effective, span-averaged      190
Angle, attack, harmonic oscillations      116
Angle, attack, local      130
Angle, attack, local, tail unit panel      132
Angle, attack, reduced      235
Angle, cone      22
Angle, cone, and dissociation      29
Angle, cone, critical      21 23
Angle, disturbance      66
Angle, downwash, supersonic flow      199f 202
Angle, rolling, and body-wing interference      155ff
Angle, setting, tail unit      132
Angle, shock      67f
Angle, shock, ahead of cone      29
Angle, shock, ahead of sharp-nosed cone      24
Angle, shock, and cone angle      22
Angle, shock, conical surface      27
Angle, sideslip      155
Angle, sweep      196
Angle, wash      130 187 244
Angle, wedge, critical      23
Babenko, K.I.      412
Belotserkovsky, O.M.      47 48 231 411 412
Blackbody, heat emission      326
Blasius, H.      274
Blunting and heat transfer      34
Blunting and heat transfer at hypersonic velocities      34
Blunting, degree      31f
Blunting, landing spacecraft modules      34f
Boattail, parabolic      89
Body(ies)      see also "Combination"
Body(ies) of revolution      128
Body(ies) of revolution in linearized flow      79
Body(ies) of revolution in linearized flow, similarily law      106f
Body(ies) of revolution in supersonic flow      61ff 74f
Body(ies) of revolution in unsteady flow      111ff
Body(ies) of revolution with parabolic generatrix      72f
Body(ies) of revolution with parabolic nose and boattail      89
Body(ies) of revolution, affine-similar      72f 93
Body(ies) of revolution, conical      93
Body(ies) of revolution, longitudinal moment coefficient      123
Body(ies) of revolution, normal force coefficient      117 123
Body(ies) of revolution, parabolic      86f 89f
Body(ies) of revolution, parabolic in supersonic flow      91
Body(ies) of revolution, pitching moment coefficient      117f 123 399
Body(ies) of revolution, pressure coefficient      64 81 97f 106
Body(ies) of revolution, sharp-nosed      75ff
Body(ies) of revolution, sharp-nosed, density      64
Body(ies) of revolution, sharp-nosed, in supersonic flow      61ff 74f
Body(ies) of revolution, sharp-nosed, temperature      64
Body(ies) of revolution, sharp-nosed, velocity      64f
Body(ies) of revolution, slender      75ff 81 105
Body(ies) of revolution, slender, centre-of-pressure coefficient      108f
Body(ies) of revolution, slender, harmonic oscillations      119ff
Body(ies) of revolution, slender, in axisymmetric linearized flow      81ff
Body(ies) of revolution, slender, normal force coefficient      107ff
Body(ies) of revolution, slender, pitching moment coefficient      108 117f
Body(ies) of revolution, slender, pressure on      85f
Body(ies) of revolution, slender, wave drag coefficient      89ff
Body(ies) of revolution, stability derivatives      124ff
Body(ies) of revolution, velocity potential      79
Body(ies), bluff      302
Body(ies), bluff, and drag reduction      302
Body(ies), blunt-nosed, in supersonic flow      32
Body(ies), blunt-nosed, wave drag      32
Body(ies), blunt-nosed, with gas injection      366f
Body(ies), conical, in free-molecule flow      396
Body(ies), equivalent      227
Body(ies), slender, aerodynamic theory      107ff
Body(ies), streamlined      302
Boundary condition(s) behind shock wave      39
Boundary condition(s) for velocity      250
Boundary condition(s) on shock      16
Boundary condition(s) unsteady flow      116ff
Boundary condition(s), flow over cone      15
Boundary layer and Reynolds number      307ff
Boundary layer on curved surface      295ff 338ff
Boundary layer, bleed      304f
Boundary layer, bleed, and aerodynamic drag      304
Boundary layer, blowing      304
Boundary layer, conditional thickness      256f
Boundary layer, control      304ff
Boundary layer, density      250
Boundary layer, displacement thickness      256f
Boundary layer, displacement thickness, incompressible flow      265 277
Boundary layer, energy equation      331ff 339 343
Boundary layer, enthalpy      278ff
Boundary layer, entropy profile      334f
Boundary layer, flow conditions and nose blunting      33
Boundary layer, flow stagnation in      256
Boundary layer, friction force and density      287
Boundary layer, integral relation      253ff
Boundary layer, laminar flow      109
Boundary layer, laminar sublayer      267 276
Boundary layer, laminar sublayer, thickness      268
Boundary layer, laminar-turbulent      307
Boundary layer, laminar-turbulent, transition zone      308f
Boundary layer, laminarization      305
Boundary layer, mixed      307
Boundary layer, mixed, on flat plate      308 314ff
Boundary layer, momentum thickness      256
Boundary layer, momentum thickness, and compressibility      265
Boundary layer, momentum thickness, incompressible flow      265 277 315f
Boundary layer, motion equation      334
Boundary layer, separation, and aerodynamic characteristics      299ff
Boundary layer, separation, in compressible flow      303
Boundary layer, shear stress      335
Boundary layer, shear stress, ratio at wall      263f
Boundary layer, shock action on      303f
Boundary layer, skin friction      282 290ff
Boundary layer, stability on curved surface      313
Boundary layer, stabilization, by cooling      305
Boundary layer, temperature      277ff 281
Boundary layer, thickness      261f 297
Boundary layer, thickness, and compressibility      263
Boundary layer, thickness, compressible flow      261f 285
Boundary layer, thickness, incompressible flow      262f 285
Boundary layer, thickness, ratio      263 285
Boundary layer, thickness, reduced      298
Boundary layer, turbulent flow      109
Boundary layer, turbulization      312
Boundary layer, turbulization, and shear stress      276
Boundary layer, velocity, at edge      268
Boundary layer, velocity, distribution      261 296f
Boundary layer, velocity, profile over cross section      275 334f
Bunimovich, A.I.      363 410 412
Busemann, A.      20
Centerbody      306
Centre of pressure, body-wing combination      148ff
Centre of pressure, position and interference      150
Chang, P.      412
Characteristics, aerodynamic, bodies of revolution, slender sharp-nosed      75ff
Characteristics, aerodynamic, body-empennage combination      206f 218ff
Characteristics, aerodynamic, body-wing-empennage combination      206f 220ff
Characteristics, aerodynamic, boundary layer separation      299ff
Characteristics, aerodynamic, overall, body      35
Chernobrovkin, L.S.      110 151 179 205 244 411
Cherny, G.G.      411 412
Circulation, distribution      195
Coefficient(s), accommodation, and heat transfer      391
Coefficient(s), accommodation, normal momentum component      389f
Coefficient(s), accommodation, tangential momentum component      389f
Coefficient(s), accommodation, thermal      391f
Coefficient(s), axial force      100
Coefficient(s), axial force, cone      103
Coefficient(s), axial force, in linearized flow      103
Coefficient(s), catalytic      360
Coefficient(s), centre-of-pressure      105 221f
Coefficient(s), centre-of-pressure, body of revolution      108f
Coefficient(s), centre-of-pressure, body-wing combination      147 150 163f 178 219
Coefficient(s), centre-of-pressure, linearized flow      105
Coefficient(s), centre-of-pressure, slender body of revolution      105 108f
Coefficient(s), centre-of-pressure, slender cone      105
Coefficient(s), heat transfer      324f
Coefficient(s), heat transfer, and friction factor      335
Coefficient(s), heat transfer, laminar boundary layer      364
Coefficient(s), heat transfer, reference      336
Coefficient(s), hinge moment      see "Coefficients longitudinal
Coefficient(s), lateral force, body-wing combination      172
Coefficient(s), lateral force, in rolling      164f
Coefficient(s), lift (force), and molecule reflection      404
Coefficient(s), lift (force), body of revolution      399
Coefficient(s), lift (force), body-empennage      198
Coefficient(s), lift (force), free-molecule flow      399
Coefficient(s), lift (force), in wind coordinate system      106
Coefficient(s), lift (force), section with empennage      244
Coefficient(s), longitudinal force      110
Coefficient(s), longitudinal moment      123
Coefficient(s), longitudinal moment, body of revolution      123
Coefficient(s), longitudinal moment, wing-body combination in rolling      164
Coefficient(s), pressure-drop, body-wing      140 142 157f 168f
Coefficient(s), pressure-drop, circular cylinder      142
Coefficient(s), pressure-drop, control surface      215
Coefficient(s), pressure-drop, wing with subsonic leading edge      176
Coefficient(s), pressure-drop, wing-body      142
Coefficient(s), radiation, blackbody      326
Coefficient(s), rolling moment      238
Coefficient(s), rolling moment, additional      182 185
Coefficient(s), rolling moment, body-wing combination, in rolling      165
Coefficient(s), rolling moment, in rolling      184
Coefficient(s), rolling moment, rotary derivative      236f
Coefficient(s), rolling moment, sideslip      238
Coefficient(s), rolling moment, total      182
Coefficient(s), stagnation      179f
Coefficient(s), suction force      230
Coefficient(s), wing with supersonic leading edge      175
Coefficient(s), yawing moment, body-wing combination      172
Coefficient(s), yawing moment, in rolling      164
Coincidence, affine      93
Combination, body-all moving wing      219
Combination, body-all-movable empennage      218ff
Combination, body-cruciform wing      166ff 186
Combination, body-empennage      198 206f 218ff 240f
Combination, body-empennage, curvilinear motion      233
Combination, body-empennage, stability derivatives      233f
Combination, body-flat empennage      186
Combination, body-flat wing      132ff 163 165 186
Combination, body-flat wing, disturbance velocity potential      135
Combination, body-flat wing, in rolling      164ff
Combination, body-flat wing, pressure      157ff
Combination, body-triangular wing      143ff
Combination, body-wing      132ff 143ff 147ff 153f 157f 160f 163ff 168f 172 178 193f 240f
Combination, body-wing, centre of pressure      148ff
Combination, body-wing, normal force      153f
Combination, body-wing, rolling moment      149
Combination, body-wing, with tail part      177f
Combination, body-wing, without tail part      177f
Combination, body-wing-empennage      188ff 206f 220ff
Combination, cylindrical body-flat panel      166ff
Combination, empennage-body      220
Combination, wing-body      180 187f 190ff
Combination, wing-empennage      187ff
Compressibility, and boundary layer thickness      263
Conduction, heat, molecular      319
Cone in flow at constant specific heats      14ff
Cone with elliptical blunting      31f
Cone, blunt-nosed      30ff 51f
Cone, blunt-nosed, drag      58f
Cone, blunt-nosed, in supersonic flow      32ff
Cone, blunt-nosed, wave drag      55
Cone, boundary conditions      15
Cone, density ratio on      23
Cone, flat-nosed      31
Cone, flat-nosed, minimum pressure      34
Cone, flat-nosed, pressure coefficient      34
Cone, in axisymmetric supersonic flow      12f
Cone, laminar boundary layer      293
Cone, maximum velocity on      53
Cone, pressure on      23 27
Cone, sharp-nosed      12ff 57
Cone, slender, at small angle of attack      97
Cone, slender, centre-of-pressure coefficient      105
Cone, slender, normal force coefficient      104
Cone, slender, pitching moment coefficient      105
Cone, slender, wave drag coefficient      88
Cone, spherical nose      35ff 48f
Cone, temperature      23 27
Cone, turbulent boundary layer      294
Cone-sphere      30ff
Cone-sphere, secant      31
Cone-sphere, tangent      30f
Constant, Boltzmann      388
Constant, Stefan — Boltzmann      326
Control surfaces along trailing edge      210f
Control surfaces and slot formation      223f
Control surfaces and wing deflection angle      222
Control surfaces, aerodynamic calculations      213ff
Control surfaces, all-movable      209f
Control surfaces, pitching effectiveness      222f
Control surfaces, pitching effectiveness, and empennage turning angle      222
Control surfaces, tip      210
Control surfaces, uses      211
Control surfaces, yawing effectiveness      223
Control(s)      see also "Control surfaces"
Control(s), all-movable, normal force      216f
Control(s), boundary layer      304ff
Control(s), combined      209
Control(s), effectiveness      212
Control(s), effectiveness, longitudinal      220
Control(s), tip      209f
Controllability, craft      212f
Controllability, craft, and static stability      213
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