|
|
Авторизация |
|
|
Поиск по указателям |
|
|
|
|
|
|
|
|
|
|
Munk M.M. — Fundamentals Of Fluid Dynamics For Aircraft Designers |
|
|
Предметный указатель |
Abscissae for lift computation 80
Abscissae for moment computation 82
Absolute coefficients 141
Absolute derivatives 7
Acceleration of particle 8
Addition of complex numbers 49
Additional apparent mass 17 (See also "Mass")
Advanced subjects 117 *136
Aerodynamics 3
Aileron 104
Air, density of 3
Air, flow, deflection of 121
Air, force, coefficient 141
Air, force, measurement of 150 *170
Air, friction 3 137 143 *147
Air, incompressible 3
Air, pressure 11
Airplane 61 (See also "Wing section")
Airship, bending moments on 40
Airship, blunt 29
Airship, bow 31 *45 123 179
Airship, circular flight of 24
Airship, drag data 153 *170
Airship, elliptic sectioned 39 41
Airship, fin lift 38 153
Airship, forces 20 26 *44 150
Airship, gusts acting on 41
Airship, hull 20
Airship, L-70, drag 152
Airship, moment on 22 153
Airship, pressure distribution over 31 37
Airship, stability of 22 43
Airship, yaw in turning 40
Altitude, influence on gust forces 41 42
Altitude, variation of atmospheric pressure with 3 8
Anemometer 151
Angle of attack 66 162 179
Angle of attack, effective 92 98 *108
Angle of attack, equivalent 67 71 75 *86
Angle of attack, geometric 92 98
Angle of attack, induced 93 98 *108 159 *170
Angle of attack, local 67
Angle of turning airship 40
Angle of yaw 179
Angular velocity of particle 7
Aperture 12
Apparent mass 17 (See also "Mass")
Apparent moment of inertia 24
Application of Munk's integral 73
Archimedes' law 6
Aspect ratio 159 179
Atmospheric pressure, variation of 3 8
Bending moments on airships 40
Bernouilli's theorem 12 70
Betz 117
Biot Savart's rule 120
Biplane, apparent mass 85 *109
Biplane, aspect ratio 159
Biplane, effective span 108 *109
Biplane, induced drag of 107 *109
Biplane, wing 83
Blade elements, propeller 113
Blunt airships 29
boundary conditions 15 47
Boundary layer 139
Bow, airship 31 *45 123 179
British Advisory Committee for Aeronautics 43
Buoyancy of air particle 8
Burble point 163
Calculus of variation 133
Cartesian coordinates 6
Center of pressure 69 72 156
Center of pressure, airship fins 155
Center of pressure, biplane 84
Center of pressure, fixed 69
Center of pressure, general wing section 71
Center of pressure, straight line section 69
Center of pressure, symmetric section 69
Circle, apparent mass of 26
Circle, maximum velocity 34
Circle, potential flow around 19
Circular cylinder 26
Circular path, airship in 24
Circular-sectioned airship hull 23 38
Circulation flow 59 *62 65 120
Coefficient moment 73 156
Coefficient power 168
Coefficient, absolute 141
Coefficient, additional mass of ellipsoids 35
Coefficient, air force 141
Coefficient, drag 152 156 159 *170
Coefficient, lift 67 156 159 165 *170
Coefficient, normal force 156
Coefficient, surface friction 146
Coefficient, tangential force 156
Coefficient, thrust 167
Coefficient, torque 168
Coefficient, values of 153 *170
Complete wing 89 98 *108
Complex function 50
complex numbers 47 48
Compressibility effect 147
Compressible fluids 13
Condition of continuity 14
Condition, incompressibility 13
Condition, Kutta's 65 83
Constant downwash 95
Constant pitch 115
Continuity 14
Correction factors for blunt hull 29
Correction factors for wind tunnels 117 128 *136
Couple, resultant of airship hull 22 *44
Creation of induced drag 93
Cross-section of airship, pressure around 37 *44
Cylinder, circular 26
Cylinder, rotating 140
Damping moment of airship fins 40
Deceleration tests with airships 150
Deflection of air flow 121
Density of air 3
Density of lift 91
Density of lift, for minimum wing drag 97
Density of propeller thrust 130 134
derivatives 7
Determination of lift and moment 77
Diagram of airship forces 30
Diagram of wing forces 157
Diagram, polar 157 *170
Diameter, propeller, economical 134
Differential equation, partial 15
Differentiation of complex functions 50
Disc, propeller 112
Displaced elevator, lift of 74
Distribution of airship forces 26
Distribution of lift, elliptical 97
Divergence 14
Downwash 89 *109
Downwash, constant 95
Drag 179
Drag of airships 153 *170
Drag, airship data 153
Drag, coefficient 152 156 159 *170
Drag, friction 145
Drag, induced 93 98 *109 159 *170
Drag, minimum, lift density for 97
Drag, parasite 168
Drag, viscous 93
Durand, W.F. 168
Dynamic pressure 12
Dynamics of solids 4
| Economical propeller diameter 134
Edge, leading 64 66
Edge, trailing 64 66 74
Edge, velocity 59
Effective, angle of attack 92 98 *108
Effective, angle of yaw of airship 40
Effective, fin area 38
Effective, pitch of propeller 113
Effective, propeller blade size 113
Efficiency, propeller 112 *115 *170
Elasticity of solids 3
Electric potential 10
Elementary flow of straight line 58
Elevator 74 165 179
Ellipsoid 31
Ellipsoid of revolution 35
Ellipsoid, table of apparent mass of 35
Elliptical airship section 39 41
Elliptical airship section, lift distribution 97
Elliptical airship section, wing 99
Elongated ellipsoid of revolution 36
Energy, kinetic 16
Equation of continuity 14
Equilibrium of solids 4
Equilibrium, fictitious 5
Equivalent angle of attack for lift 67 *86
Equivalent angle of attack for moment 71 *86
Equivalent angle of attack of displaced elevator 75
Equivalent angle of attack, integral for 68
Equivalent propellers 115
External forces on air 8
Factor for induced drag 92
Factor for induced drag, reduction of lift 102 *109
Factor for induced drag, reduction of lift, moment 103 *109
Factor, shape 141
Factor, shape for airship hull 29 35
Fictitious equilibrium 5
Fictitious equilibrium, fluid 118
Fins, airship 21 38 45 153
Flettner rotor 140
Flexible straight line 54
Flow (See also "Potential flow" "Two-dimensional
Flow, around straight line 52
Flow, circulation 59 *62 65 120
Flow, created by hull 23
Flow, potential 13 19 47
Fluid, compressible 13
Fluid, fictitious 118
Fluid, perfect 3
Forces in pairs 4
Forces, air 150 *170
Forces, airship 20 26 *44 150
Forces, impulsive 16
Forces, mass 5
Forces, propeller 167
Forces, wing 155 157
Fourier's series 48 56 *62 99 105
Fourier's series, determination of constants 56
Free fall, velocity of 12
Friction of solids 4
Friction, air 3 137 143 *147
Friction, coefficient of air 146
Friction, drag 145
Friction, modulus of air 143
Friction, propeller air 131
Friction, surface air 145 *148
Fuhrmann 125
Function, complex 50
Function, potential 48 51
Function, velocity 51
Gap 179
Gauss('s) 77
Gauss('s) rule 79
Geometric angle of attack 92 98
Geometric angle of attack, interpretation of complex numbers 49
Gradient 8 10 51
Graphical determination of lift 77 82
Graphical determination of moment 77 82
Gravity 8
Gravity, potential 10
Gust, airship in 41 43
Gust, vertical 44
Gyroscope 17
Helicopter 113
Helmholtz 10 118
Hull, airship 20
Hull, airship, circular section 23 38
Hull, airship, pressure distribution 31 37
Hydrodynamics 6 *9
imaginary numbers 47 48
Impulsive force 16
Impulsive force, moment 16
Impulsive force, pressure 11
Incompressibility of air 3
Incompressibility of air, condition of 13
Incompressible fluids 147
Induced angle of attack 93 98 *108 159 *170
Induced angle of attack, drag 93 98 *109 159 *170
Induced angle of attack, drag of biplane 107 *109
Induced angle of attack, drag of monoplane 97
Induced angle of attack, drag, curve 159
Induced angle of attack, drag, factor 92
Induced angle of attack, drag, minimum 94
Induced angle of attack, drag, parabola 159 *170
Induced rolling moment 104
Induced yawing moment 104
Induction factor for lift 102 *109
Induction factor for moment 103 *109
Infinite velocity 53
Infinite velocity at edge 59
Instability of airships 22 43
Integral for lift 68 *86
Integral for moment 71 *86
Interference of biplane wings 84
Joukowsky 117 125
Karman vortices 117 125
Kinematic modulus of viscosity 143 146
Kinetic energy of flow 15
Kinetic energy of flow, around straight line 55
Kinetic energy, computation of 16
Kutta's condition 65 83
Lamb, H. 24 31 39
Laminar flow 138
Laplace's equation 14 47 51
Leading edge 64 66
Lift 179
Lift, coefficient 67 156 159 165 *170
Lift, computation of 66 67 77 *86
Lift, density of 91 98
Lift, elliptical distribution of 97
Lift, from circulation flow 61 *62
Lift, integral 68 86
Lift, reduction of 102 *109
Lift-drag diagram 157 *170
Line (See "Straight line")
Local angle of attack 67
Local derivatives 7
Longitudinal projection of wing 90
Losses, propeller 131
Magnetic force lines 119
Magnetic potential 10
Mass forces 5
Mass, additional apparent 17
Mass, additional apparent of airship hulls 23 124
Mass, additional apparent of circle 26
Mass, additional apparent of cylinder 26
Mass, additional apparent of ellipsoids 35
Mass, additional apparent of pair of lines 85 107
Mass, additional apparent of sphere 34
Mass, additional apparent of straight line 53
|
|
|
Реклама |
|
|
|