Fluid mechanics: problems and solutions
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | German |
| Veröffentlicht: |
Berlin [u.a.]
Springer
1997
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Dt. Ausg. u.d.T.: Spurk, Joseph H.: Aufgaben zur Strömungslehre |
| Beschreibung: | XVII, 601 S. graph. Darst. |
| ISBN: | 3540616527 |
Internformat
MARC
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| 100 | 1 | |a Spurk, Joseph H. |d 1932- |e Verfasser |0 (DE-588)142703141 |4 aut | |
| 245 | 1 | 0 | |a Fluid mechanics |b problems and solutions |c Joseph H. Spurk |
| 264 | 1 | |a Berlin [u.a.] |b Springer |c 1997 | |
| 300 | |a XVII, 601 S. |b graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 500 | |a Dt. Ausg. u.d.T.: Spurk, Joseph H.: Aufgaben zur Strömungslehre | ||
| 650 | 4 | |a Strömungsmechanik - Lehrbuch | |
| 650 | 4 | |a Fluid dynamics | |
| 650 | 4 | |a Fluid dynamics |x Problems, exercises, etc | |
| 650 | 0 | 7 | |a Strömungsmechanik |0 (DE-588)4077970-1 |2 gnd |9 rswk-swf |
| 655 | 7 | |0 (DE-588)4143389-0 |a Aufgabensammlung |2 gnd-content | |
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Datensatz im Suchindex
| _version_ | 1807323562828103680 |
|---|---|
| adam_text |
CONTENS
1
THE
CONCEPT
OF
CONTINUUM
AND
KINEMATICS
1
1.2
KINEMATICS
.
1
PROBLEM
1.2-1
CALCULATION
OF
MATERIAL
COORDINATES
FOR
GIV
EN
PATHLINES
.
1
PROBLEM
1.2-2
VELOCITY
AND
ACCELERATION
IN
MATERIAL
AND
SPATIAL
COORDINATES
WITH
GIVEN
PATHLINES
.
2
PROBLEM
1.2-3
MATERIAL
DESCRIPTION
OF
A
POTENTIAL
VORTEX
FLOW
.
5
PROBLEM
1.2-4
MATERIAL
DESCRIPTION
OF
AN AXISYMMETRIC
STAG
NATION
POINT
FLOW
.
7
PROBLEM
1.2-5
PATHLINES,
STREAMLINES,
AND
STREAKLINES
OF
AN
UNSTEADY
FLOW
FIELD
.
9
PROBLEM
1.2-6
KINEMATICS
OF
AN
IRROTATIONAL
AND
DIVER
GENCE
FREE
FLOW
FIELD
.
14
PROBLEM
1.2-7
KINEMATICS
OF
AN
UNSTEADY,
PLANE
STAGNA
TION
POINT
FLOW
.
19
PROBLEM
1.2-8
STREAKLINE
OF
A
WATER
JET
.
23
PROBLEM
1.2-9
STREAMLINES
AND
STREAKLINES
IN
CYLINDRICAL
COORDINATES
.
26
PROBLEM
1.2-10
STREAMLINES
AND
PATHLINES
OF
STANDING
GRAV
ITY
WAVES
.
29
PROBLEM
1.2-11
CHANGE
OF
MATERIAL
LINE
ELEMENTS
IN
A
COUETTE
FLOW
.
31
PROBLEM
1.2-12
CHANGE
OF
MATERIAL
LINE
ELEMENTS
IN
A
THREE
DIMENSIONAL
FLOW
.
34
PROBLEM
1.2-13
ANGULAR
VELOCITY
VECTOR
AND
THE
CHANGE
OF
MATERIAL
LINE
ELEMENTS
IN
A
TWO-DIMENSIONAL
FLOW
FIELD
.
38
X
CONTENS
PROBLEM
1.2-14
RATE
OF
DEFORMATION
AND
SPIN
TENSORS
OF
AN
UNSTEADY
TWO-DIMENSIONAL
FLOW
.
43
PROBLEM
1.2-15
TIME
CHANGE
OF
THE
KINETIC
ENERGY
OF
A
FLUID
BODY
.
45
2
FUNDAMENTAL
LAWS
OF
CONTINUUM
MECHANICS
50
2.1
CONSERVATION
OF
MASS,
EQUATION
OF
CONTINUITY
.
50
PROBLEM
2.1-1
ONE-DIMENSIONAL
UNSTEADY
FLOW
WITH
GIVEN
DENSITY
FIELD
.
50
PROBLEM
2.1-2
PLANE,
STEADY
FLOW
WITH
A
GIVEN
DENSITY
FIELD
52
PROBLEM
2.1-3
VELOCITY
AT
THE
EXIT
OF
A
CONTAINER
.
54
PROBLEM
2.1-4
STEADY
FLOW
THROUGH
A
CIRCULAR
CHANNEL
.
.
56
PROBLEM
2.1-5
SQUEEZE
FILM
FLOW
.
58
PROBLEM
2.1-6
MOVING
PISTON
.
60
PROBLEM
2.1-7
FLOW
BETWEEN
TWO
INCLINED
FLAT
PLATES
.
63
PROBLEM
2.1-8
OSCILLATING
JOURNAL
BEARING
.
65
PROBLEM
2.1-9
EFFECT
OF
BOUNDARY
LAYER
DISPLACEMENT
THICK
NESS
.
68
PROBLEM
2.1-10
FLOW
THROUGH
A
DIFFUSER
WITH
A
LINEAR
VE
LOCITY
CHANGE
IN
FLOW
DIRECTION
.
71
PROBLEM
2.1-11
TEMPERATURE
BOUNDARY
LAYER
ALONG
A
COLD
WALL
.
73
PROBLEM
2.1-12
FLOW
IN
A
LUBRICATION
GAP
.
74
2.2
BALANCE
OF
MOMENTUM
.
78
PROBLEM
2.2-1
PRINCIPAL
AXES
OF
A
STRESS
TENSOR
.
78
PROBLEM
2.2-2
FLUID
FORCES
ON
A
MANIFOLD
.
80
PROBLEM
2.2-3
CALCULATION
OF
DRAG
FORCE
.
82
PROBLEM
2.2-4
FORCE
ON
A
SLENDER
NOZZLE
.
85
2.3
BALANCE
OF
ANGULAR
MOMENTUM
.
87
PROBLEM
2.3-1
TORQUE
ON
PIPE
WITH
SLOT
.
87
PROBLEM
2.3-2
MOMENT
EXERTED
ON
THE
INLET
GUIDE
VANES
OF
A
WATER
TURBINE
.
90
PROBLEM
2.3-3
CURVATURE
RADIUS
OF
CIRCULAR
ARC
PROFILES
OF
A
CIRCULAR
CASCADE
.
93
2.4
MOMENTUM
AND
ANGULAR
MOMENTUM
IN
AN
ACCELERATING
FRAME
96
PROBLEM
2.4-1
FLUID
SPRAYED
ON
A
ROTATING
DISK
.
96
PROBLEM
2.4-2
VELOCITY
OF
A
MOVING
CONTAINER
WITH
A
NOZZLELOO
PROBLEM
2.4-3
ACCELERATION
AND
VELOCITY
OF
A
ROCKET
.
.
.
107
PROBLEM
2.4-4
THRUST
REVERSAL
.
109
PROBLEM
2.4-5
TORQUE
ON
A
ROTATING
BENT
PIPE
.
ILL
PROBLEM
2.4-6
THRUST
OF
A
JET
ENGINE
.
114
CONTENS
XI
2.5
APPLICATIONS
TO
TURBOMACHINES
.
117
PROBLEM
2.5-1
CIRCULATION
AROUND
A
BLADE
PROFILE
IN
A
CIR
CULAR
CASCADE
117
PROBLEM
2.5-2
AXIAL
TURBINE
STAGE
.
119
PROBLEM
2.5-3
KAPLAN
TURBINE
.
121
PROBLEM
2.5-4
TORQUE
CONVERTER
.
125
PROBLEM
2.5-5
BALANCING
OF
AXIAL
THRUST
.
129
2.6
CONSERVATION
OF
ENERGY
.
131
PROBLEM
2.6-1
CYLINDER
WITH
HEAT
FLUX
.
131
PROBLEM
2.6-2
ENERGY
BALANCE
IN
AN
AXIAL
TURBINE
STAGE
.
134
3
CONSTITUTIVE
EQUATIONS
138
PROBLEM
3-1
VELOCITY
OF
A
RAFT
.
138
PROBLEM
3-2
ENERGY
BALANCE
IN
A
JOURNAL
BEARING
.
.
.
140
PROBLEM
3-3
PRESSURE
DRIVEN
FLOW
OF
PAPER
PULP
.
144
PROBLEM
3-4
FLOW
OF
A
NON-NEWTONIAN
FLUID
.
146
PROBLEM
3-5
EXTENSIONAL
FLOW
.
148
4
EQUATION
OF
MOTION
FOR
PARTICULAR
FLUIDS
152
4.1
NEWTONIAN
FLUIDS
.
152
PROBLEM
4.1-1
POISEUILLE
FLOW
.
152
PROBLEM
4.1-2
TEMPERATURE
DISTRIBUTION
IN
A
POISEUILLE
FLOWL56
PROBLEM
4.1-3
PRESSURE
DRIVEN
FLOW
IN
A
CHANNEL
WITH
POROUS
WALLS
.
159
PROBLEM
4.1-4
BOUNDARY
LAYER
SUCTION
.
161
PROBLEM
4.1-5
MIXING
OF
STREAMS
OF
FLUIDS
.
165
PROBLEM
4.1-6
DRAG
ON
A
FLAT
PLATE
.
168
PROBLEM
4.1-7
TWO-DIMENSIONAL
WATER
JET
IMPINGING
ON
A
WEDGE
.
173
PROBLEM
4.1-8
RIGID
BODY
ROTATION
AND
POTENTIAL
VORTEX
175
PROBLEM
4.1-9
ENERGY
BALANCE
IN
A
POTENTIAL
VORTEX
FLOW
180
4.2
INVISCID
FLOW
.
184
PROBLEM
4.2-1
PRESSURE
AND
ENERGY
INCREASE
OF
FLUID
IN
A
CENTRIFUGAL
PUMP
.
184
PROBLEM
4.2-2
PRESSURE
DISTRIBUTION
WITHIN
A
SPIRAL
CASING
189
PROBLEM
4.2-3
FREE
SURFACE
IN
A
POTENTIAL
VORTEX
.
190
PROBLEM
4.2-4
CIRCULATION
IN
A
COUETTE
FLOW
.
192
PROBLEM
4.2-5
VELOCITY
INDUCED
BY
A
VORTEX
RING
.
193
PROBLEM
4.2-6
TWO
INFINITELY
LONG
VORTEX
FILAMENTS
NEAR
A
WALL
.
194
XII
CONTENS
PROBLEM
4.2-7
WING
WITH
AN
ELLIPTIC
SPANWISE
DISTRIBUTION
OF
CIRCULATION
.
198
PROBLEM
4.2-8
AIRFOIL
IN
PARALLEL
FLOW
.
201
PROBLEM
4.2-9
JET
ANGLE
IN
A
BETZ
DIFFUSER
.
204
PROBLEM
4.2-10
CONTRACTION
COEFFICIENT
OF
A
BORDA
MOUTH
PIECE
.
206
PROBLEM
4.2-11
PRESSURE
DISTRIBUTION
IN
AN
INVISCID
AND
AX
ISYMMETRIC
FLOW
.
208
PROBLEM
4.2-12
INCREASE
OF
STATIC
PRESSURE
IN
A
BETZ
DIFFUSER
210
PROBLEM
4.2-13
FLUID
FLOWING
OUT
OF
A
TANK
.
212
PROBLEM
4.2-14
AIR
BUBBLE
MOVING
IN
A
CHANNEL
.
214
PROBLEM
4.2-15
AIRCRAFT
ABOVE
THE
GROUND
.
217
PROBLEM
4.2-16
FLOW
BETWEEN
TWO
ROTATING
CYLINDERS,
CIR
CULATION
AND
VORTICITY
.
223
PROBLEM
4.2-17
POWER
OF
A
PELTON
TURBINE
.
225
4.3
INITIAL
AND
BOUNDARY
CONDITIONS
.
230
PROBLEM
4.3-1
OSCILLATION
OF
AN
ELLIPTIC
CYLINDER
IN
FLUID
.
230
PROBLEM
4.3-2
FLAT
PLATE
WITH
A
PITCHING
AND
OSCILLATING
MOTION
.
231
PROBLEM
4.3-3
ROTATING
CYLINDER
MOVING
THROUGH
FLUID
.
232
PROBLEM
4.3-4
VORTICAL
FLOW
INSIDE
AN
ELLIPTIC
CYLINDER
.
.
234
5
HYDROSTATICS
236
5.1
HYDROSTATIC
PRESSURE
DISTRIBUTION
.
236
PROBLEM
5.1-1
U-TUBE
MANOMETER
.
236
PROBLEM
5.1-2
HYDRAULIC
SAFETY
CLUTCH
.
237
PROBLEM
5.1-3
ROTATING
CONTAINER
FILLED
WITH
FLUID
.
239
PROBLEM
5.1-4
CENTRIFUGAL
CASTING
PROCESS
.
241
PROBLEM
5.1-5
DEPTH
GAUGE
.
242
5.2
HYDROSTATIC
LIFT,
FORCE
ON
WALLS
.
244
PROBLEM
5.2-1
FORCE
AND
MOMENT
ON
A
THROTTLE
VALVE
.
.
244
PROBLEM
5.2-2
HALF
SPHERE
CLOSING
AN
ORIFICE
.
246
PROBLEM
5.2-3
FORCE
ON
A
DAM
.
248
PROBLEM
5.2-4
HALF
SPHERE
CUP
SEALING
BY
ITS
OWN
WEIGHT
250
PROBLEM
5.2-5
CYLINDRICAL
SUBMARINE
.
252
PROBLEM
5.2-6
CAR
UNDER
WATER
.
254
6
LAMINAR
UNIDIRECTIONAL
FLOW
257
PROBLEM
6-1
FLOW
IN
AN
ANNULAR
GAP
.
257
PROBLEM
6-2
CRUDE
OIL
TRANSPORT
THROUGH
PIPELINE
.
.
.
261
PROBLEM
6-3
OSCILLATING
PIPE
FLOW
.
264
CONTENS
XIII
PROBLEM
6-4
COMPARISON
OF
A
COUETTE-POISEUILLE
FLOW
OF
A
NEWTONIAN
FLUID,
A
STOKES
FLUID,
AND
A
BINGHAM
MATERIAL
.
267
7
FUNDAMENTALS
OF
TURBULENT
FLOWS
274
PROBLEM
7-1
TURBULENT
COUETTE
FLOW
.
274
PROBLEM
7-2
VELOCITY
DISTRIBUTION
IN
TURBULENT
COUETTE
FLOW
WITH
GIVEN
REYNOLDS
NUMBER
.
277
PROBLEM
7-3
TURBULENT
PIPE
FLOW
.
278
PROBLEM
7-4
CRYSTAL
GROWTH
ON
PIPE
WALLS
.
280
PROBLEM
7-5
COMPARISON
OF
MOMENTUM
AND
ENERGY
FLUX
IN
LAMINAR
AND
TURBULENT
FLOW
IN
A
PIPE
.
282
PROBLEM
7-6
VELOCITY
DISTRIBUTION
IN
A
TURBULENT
PIPE
FLOW
RESULTING
FROM
THE
BLASIUS
FRICTION
LAW
285
PROBLEM
7-7
LOCATION
OF
A
PIPE
LEAKAGE
.
287
PROBLEM
7-8
COOLING
OF
SUPERHEATED
STEAM
BY
WATER
IN
JECTION
.
289
8
HYDRO
DYNAMIC
LUBRICATION
293
PROBLEM
8-1
BEARING
WITH
STEP
SLIDER
.
293
PROBLEM
8-2
FRICTION
TORQUE
TRANSMITTED
BY
THE
SHAFT
TO
THE
JOURNAL
.
297
PROBLEM
8-3
SLIDER
LOAD
IN
SQUEEZE
FLOW:
COMPARISON
BETWEEN
DIFFERENT
SLIDER
GEOMETRIES
.
299
9
STREAM
FILAMENT
THEORY
302
9.1
INCOMPRESSIBLE
FLOW
.
302
PROBLEM
9.1-1
ROTATING
TUBE
ACTING
AS
PUMP
.
302
PROBLEM
9.1-2
VOLUME
FLUX
THROUGH
AN
ORIFICE
.
305
PROBLEM
9.1-3
INJECTOR
PUMP
.
.
.
.
306
PROBLEM
9.1-4
RADIAL
PUMP
.
308
PROBLEM
9.1-5
BULB
TURBINE
.
312
PROBLEM
9.1-6
COANDA
EFFECT
.
315
PROBLEM
9.1-7
PRINCIPLE
OF
A
SHAPED
CHARGE
.
316
PROBLEM
9.1-8
PENSTOCK
AND
NOZZLE
OF
A
PELTON
TURBINE
.
319
PROBLEM
9.1-9
OPERATING
CHARACTERISTIC
OF
A
FAN
.
321
PROBLEM
9.1-10
WATER
POWER
PLANT
.
325
PROBLEM
9.1-11
FLOW
THROUGH
AN
EXHAUST
GAS
ANALYSER
.
.
328
PROBLEM
9.1-12
FLOW
DEFLECTION
THROUGH
A
SCREEN
.
329
PROBLEM
9.1-13
HOVERCRAFT
.
331
PROBLEM
9.1-14
WIND
TURBINE
.
333
XIV
CONTEXTS
PROBLEM
9.1-15
DISCHARGE
PIPE
OF
A
RESERVOIR:
COMPARISON
BETWEEN
DIFFERENT
PIPE
GEOMETRIES
.
337
PROBLEM
9.1-16
VIBRATING
SYSTEM
CONSISTING
OF
A
FLUID
COL
UMN
AND
A
SPRING
SUSPENDED
PISTON
.
.
.
339
PROBLEM
9.1-17
UNSTEADY
FLOW
IN
A
TUBE
WITH
FLEXIBLE
WALLS
343
PROBLEM
9.1-18
PLUNGER
PUMP
.
346
PROBLEM
9.1-19
FLOW
WITHIN
AN
URETHRA
PROTHESIS
.
350
9.2
STEADY
COMPRESSIBLE
FLOW
.
352
PROBLEM
9.2-1
FORCE
ON
A
PLATE
IN
SUBSONIC
FLOW
.
352
PROBLEM
9.2-2
CHANNEL
FLOW
WITH
HEAT
ADDITION
.
355
PROBLEM
9.2-3
NORMAL
SHOCKS
IN
AN
INLET
GUIDE
VANE
.
.
.
358
PROBLEM
9.2-4
BLUNT
BODY
IN
SUPERSONIC
FLOW
.
363
PROBLEM
9.2-5
SHOCK
WAVES
IN
THE
DIVERGENT
PART
OF
A
LAVAL
NOZZLE
.
365
PROBLEM
9.2-6
SUPERSONIC
NOZZLE
IN
A
SPINNERET
.
367
PROBLEM
9.2-7
RAM
JET
IN
SUBSONIC
FLOW
.
370
PROBLEM
9.2-8
HIGH
SPEED
TRAIN
IN
A
TUNNEL
.
373
PROBLEM
9.2-9
LABYRINTH
SEAL
OF
A
TURBOMACHINE
.
376
PROBLEM
9.2-10
GAS
FLOW
THROUGH
AN
ORIFICE
.
379
9.3
UNSTEADY
COMPRESSIBLE
FLOW
.
381
PROBLEM
9.3-1
TRAVELING
NORMAL
SHOCK
IN
A
PIPE
.
381
PROBLEM
9.3-2
SHOCK
TUBE
.
383
PROBLEM
9.3-3
MOTION
OF
A
PISTON
IN
A
TUBE
.
386
PROBLEM
9.3-4
REFLECTION
OF
A
NORMAL
SHOCK
WAVE
AT
THE
OPEN
END
OF
A
TUBE
.
389
PROBLEM
9.3-5
PRINCIPLE
OF
AN
EXPANSION
TUBE
.
392
PROBLEM
9.3-6
PROPAGATION
OF
ACOUSTIC
WAVES
IN
A
CLOSED
TUBE
.
394
10
POTENTIAL
FLOW
399
10.3
INCOMPRESSIBLE
POTENTIAL
FLOW
.
399
PROBLEM
10.3-1
EXPANDING
SPHERE
.
399
PROBLEM
10.3-2
SPHERE
IN
A
TRANSLATIONAL
FLOW
.
402
PROBLEM
10.3-3
FLOW
NEAR
THE
STAGNATION
POINT
OF
A
BODY
IN
PARALLEL
FLOW
.
406
PROBLEM
10.3-4
POINT
SOURCE
IN
A
ROTATIONALLY
SYMMETRIC
STAGNATION
POINT
FLOW
.
409
PROBLEM
10.3-5
POINT
SOURCE
ABOVE
AN
IMPERMEABLE
WALL
.
412
PROBLEM
10.3-6
SOURCE
DISTRIBUTION
IN
PARALLEL
FLOW
.
414
PROBLEM
10.3-7
EXPANDING
SPHERE
IN
AN
INVISCID
AND
IN
A
VISCOUS
FLOW
.
416
CONTENS
XV
PROBLEM
10.3-8
GROWTH
OF
A
VAPOR
FILLED
CAVITY
.
420
PROBLEM
10.3-9
CONTRACTION
COEFFICIENT
FOR
A
CIRCULAR
ORIFICE
423
PROBLEM
10.3-10
SPHERE
RISING
IN
WATER
.
427
PROBLEM
10.3-11
UNSTEADY
MOTION
OF
A
CYLINDER
PERPENDIC
ULAR
TO
ITS
AXIS
.
430
PROBLEM
10.3-12
ROTOR
OSCILLATING
IN
AN
INVISCID
FLUID
.
.
.
432
10.4
PLANE
POTENTIAL
FLOW
.
436
PROBLEM
10.4-1
FLOW
IN
THE
SQUEEZE
GAP
BETWEEN
A
MOVING
PISTON
AND
A
WALL
.
436
PROBLEM
10.4-2
SINK
DISTRIBUTION
IN
A
STAGNATION
POINT
FLOW
439
PROBLEM
10.4-3
CIRCLE
THEOREM
.
442
PROBLEM
10.4-4
HALF
CYLINDER
IN
STAGNATION
POINT
FLOW
.
.
447
PROBLEM
10.4-5
DIPOL
FLOW
AROUND
A
CIRCULAR
CYLINDER
.
.
.
451
PROBLEM
10.4-6
FLOW
AROUND
A
THIN
PLATE
.
454
PROBLEM
10.4-7
AIRFOIL
OVER
A
FIXED
WALL
.
457
PROBLEM
10.4-8
SEMI
INFINITE
BODY
IN
A
CHANNEL
.
461
PROBLEM
10.4-9
KARMAN
'
S
VORTEX
STREET
.
464
PROBLEM
10.4-10
JOUKOWSKI
MAPPING
OF
A
CIRCULAR
CYLINDER
IN
A
UNIFORM
FLOW
.
467
PROBLEM
10.4-11
PLANE
CIRCULAR
CASCADE
.
470
PROBLEM
10.4-12
SCHWARZ-CHRISTOFFEL
TRANSFORMATION
OF
A
WALL
OF
INFINITE
EXTENT
.
473
PROBLEM
10.4-13
SCHWARZ-CHRISTOFFEL
TRANSFORMATION
OF
A
CON
VERGENT
CHANNEL
.
476
PROBLEM
10.4-14
CAVITATION
IN
A
CHANNEL
.
480
PROBLEM
10.4-15
REPRESENTATION
OF
A
SLENDER
BODY
BY
A
SOURCE
DISTRIBUTION
.
483
PROBLEM
10.4-16
DISTRIBUTION
OF
VORTEX
INTENSITY
AND
MEAN
CAMBER
LINE
OF
A
SLENDER
AIRFOIL
.
488
PROBLEM
10.4-17
STRAIGHT
CASCADE
.
492
PROBLEM
10.4-18
VORTEX
DISTRIBUTION
OF
A
FLAT-PLATE
CASCADE
497
PROBLEM
10.4-19
COMPRESSIBLE
FLOW
OVER
A
WAVY
WALL
.
503
11
SUPERSONIC
FLOW
509
11.1
OBLIQUE
SHOCK
WAVES
.
509
PROBLEM
11.1-1
WEDGE
WITH
A
THIN
PLATE
IN
FRONT
OF
IT
.
.
509
PROBLEM
11.1-2
INLET
OF
A
PLANE
CHANNEL
.
511
11.3
REFLECTION
OF
OBLIQUE
SHOCK
WAVES
.
514
PROBLEM
11.3-1
FLOW
OVER
A
WEDGE
IN
A
SUPERSONIC
WIND
TUNNEL
.
514
PROBLEM
11.3-2
SUPERSONIC
FLOW
IN
A
CONVERGENT
CHANNEL
.
516
XVI
CONTENS
11.5
PRANDTL-MEYER
FLOW
.
518
PROBLEM
11.5-1
CENTERED
EXPANSION
WAVE
IN
A
DIVERGENT
CHANNEL
.
518
11.6
SHOCK
EXPANSION
THEORY
.
522
PROBLEM
11.6-1
AIRFOIL
IN
SUPERSONIC
FLOW
.
522
PROBLEM
11.6-2
INLET
OF
A
SUPERSONIC
JET
ENGINE
.
526
12
BOUNDARY
LAYER
THEORY
530
PROBLEM
12-1
BOUNDARY
LAYER
MOMENTUM
EQUATION
.
.
.
530
PROBLEM
12-2
FLOW
OVER
A
WEDGE
.
533
PROBLEM
12-3
DIFFUSER
WITH
DISCONTINUOUS
CHANGE
OF
THE
CROSS-SECTION
.
537
PROBLEM
12-4
DRAG
COEFFICIENT
OF
A
DIAMOND
AIRFOIL
.
.
.
543
A
TENSOR
CALCULUS
551
PROBLEM
A-L
.
551
PROBLEM
A-2
551
PROBLEM
A-3
552
PROBLEM
A-4
553
PROBLEM
A-5
554
PROBLEM
A-6
555
PROBLEM
A-7
555
PROBLEM
A-8
556
PROBLEM
A-9
557
PROBLEM
A-10
558
PROBLEM
A
11
560
B
EXAMINATION
PROBLEMS
562
PROBLEM
B-L
STREAMLINES
AND
PATHLINES
.
562
PROBLEM
B-2
DRAG
OF
A
HALF
CYLINDER
SHELL
.
563
PROBLEM
B-3
AWNING
IN
A
STORM
.
564
PROBLEM
B-4
STRETCHING
OF
A
FOIL
.
565
PROBLEM
B-5
SINGLE
STAGE,
AXIAL
BLOWER
.
566
PROBLEM
B-6
BLADE
PROFILE
FOR
GIVEN
PRESSURE
DISTRIBUTION
567
PROBLEM
B-7
COMBUSTION
CHAMBER
OF
A
PISTON
ENGINE
.
568
PROBLEM
B-8
TWO-DIMENSIONAL
OBLIQUE
STAGNATION
POINT
FLOW
.
569
PROBLEM
B-9
GENERALIZED
HAGEN-POISEUILLE
FLOW
.
570
PROBLEM
B-10
INDUCED
VELOCITY
OF
A
HORSE-SHOE
VORTEX
.
571
PROBLEM
B-LL
OPEN
CHANNEL
FLOW
THROUGH
A
WEIR
.
572
PROBLEM
B-12
SAFETY
VALVE
.
573
CONTENS
XVII
PROBLEM
B-13
LIQUID
IN
CONTAINER
.
574
PROBLEM
B-14
SLUICE
GATE
.
575
PROBLEM
B-15
PRESSURE
DRIVEN
FLOW
IN
THE
RADIAL
GAP
BE
TWEEN
TWO
CONCENTRIC
RING
PLATES
.
576
PROBLEM
B-16
PRESSURE
DRIVEN
CHANNEL
FLOW
WITH
VARIABLE
VISCOSITY
.
577
PROBLEM
B-17
TEMPERATURE
INDUCED
FLOW
.
578
PROBLEM
B-18
SHOCK
ABSORBER
.
579
PROBLEM
B-19
FREQUENCY
OF
A
HELMHOLTZ
RESONATOR
.
.
.
580
PROBLEM
B-20
CHAMBER
AND
EXHAUST
PIPE
OF
AN
INTERNAL
COMBUSTION
ENGINE
.
582
PROBLEM
B-21
PUMP-TURBINE
STORAGE
PLANT
.
583
PROBLEM
B-22
OVEREXPANDED
LAVAL
NOZZLE
.
584
PROBLEM
B-23
NOZZLE
INLET
.
585
PROBLEM
B-24
SOLID
PROPELLANT
ROCKET
ENGINE
.
586
PROBLEM
B-25
RAM
JET
.
587
PROBLEM
B-26
LUDWIEG-TUBE
.
588
PROBLEM
B-27
DIPOL
ABOVE
AN
IMPERMEABLE
WALL
.
589
PROBLEM
B-28
VIRTUAL
MASS
OF
A
THIN
PLATE
.
591
PROBLEM
B-29
REMOVAL
OF
LIQUID
THROUGH
A
PLANE
CHANNEL
592
PROBLEM
B-30
UNSTEADY
FLOW
OVER
A
WAVY
WALL
.
593
PROBLEM
B-31
WING
SECTION
FOR
GIVEN
SOURCE
AND
VORTEX
DISTRIBUTION
.
594
PROBLEM
B-32
INFINITELY
THIN
PLATE
WITH
AILERON
.
595
PROBLEM
B-33
SUPERSONIC
INLET
.
596
PROBLEM
B-34
INFINITELY
THIN,
FLAT
PLATE
IN
TWO-DIMENSIONAL
SUPERSONIC
FLOW
.
598
PROBLEM
B-35
GUIDE
VANE
CASCADE
OF
A
SUPERSONIC
COM
PRESSOR
.
599
PROBLEM
B-36
BOUNDARY
LAYER
ON
A
FOIL
.
600 |
| any_adam_object | 1 |
| author | Spurk, Joseph H. 1932- |
| author_GND | (DE-588)142703141 |
| author_facet | Spurk, Joseph H. 1932- |
| author_role | aut |
| author_sort | Spurk, Joseph H. 1932- |
| author_variant | j h s jh jhs |
| building | Verbundindex |
| bvnumber | BV011329789 |
| callnumber-first | T - Technology |
| callnumber-label | TA357 |
| callnumber-raw | TA357 |
| callnumber-search | TA357 |
| callnumber-sort | TA 3357 |
| callnumber-subject | TA - General and Civil Engineering |
| classification_rvk | UF 4000 |
| ctrlnum | (OCoLC)845439093 (DE-599)BVBBV011329789 |
| dewey-full | 620.106076 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 620 - Engineering and allied operations |
| dewey-raw | 620.106076 |
| dewey-search | 620.106076 |
| dewey-sort | 3620.106076 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Physik |
| format | Book |
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| genre | (DE-588)4143389-0 Aufgabensammlung gnd-content |
| genre_facet | Aufgabensammlung |
| id | DE-604.BV011329789 |
| illustrated | Illustrated |
| indexdate | 2024-08-14T01:14:21Z |
| institution | BVB |
| isbn | 3540616527 |
| language | German |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-007612872 |
| oclc_num | 845439093 |
| open_access_boolean | |
| owner | DE-703 DE-1046 |
| owner_facet | DE-703 DE-1046 |
| physical | XVII, 601 S. graph. Darst. |
| publishDate | 1997 |
| publishDateSearch | 1997 |
| publishDateSort | 1997 |
| publisher | Springer |
| record_format | marc |
| spelling | Spurk, Joseph H. 1932- Verfasser (DE-588)142703141 aut Fluid mechanics problems and solutions Joseph H. Spurk Berlin [u.a.] Springer 1997 XVII, 601 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Dt. Ausg. u.d.T.: Spurk, Joseph H.: Aufgaben zur Strömungslehre Strömungsmechanik - Lehrbuch Fluid dynamics Fluid dynamics Problems, exercises, etc Strömungsmechanik (DE-588)4077970-1 gnd rswk-swf (DE-588)4143389-0 Aufgabensammlung gnd-content Strömungsmechanik (DE-588)4077970-1 s DE-604 DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007612872&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Spurk, Joseph H. 1932- Fluid mechanics problems and solutions Strömungsmechanik - Lehrbuch Fluid dynamics Fluid dynamics Problems, exercises, etc Strömungsmechanik (DE-588)4077970-1 gnd |
| subject_GND | (DE-588)4077970-1 (DE-588)4143389-0 |
| title | Fluid mechanics problems and solutions |
| title_auth | Fluid mechanics problems and solutions |
| title_exact_search | Fluid mechanics problems and solutions |
| title_full | Fluid mechanics problems and solutions Joseph H. Spurk |
| title_fullStr | Fluid mechanics problems and solutions Joseph H. Spurk |
| title_full_unstemmed | Fluid mechanics problems and solutions Joseph H. Spurk |
| title_short | Fluid mechanics |
| title_sort | fluid mechanics problems and solutions |
| title_sub | problems and solutions |
| topic | Strömungsmechanik - Lehrbuch Fluid dynamics Fluid dynamics Problems, exercises, etc Strömungsmechanik (DE-588)4077970-1 gnd |
| topic_facet | Strömungsmechanik - Lehrbuch Fluid dynamics Fluid dynamics Problems, exercises, etc Strömungsmechanik Aufgabensammlung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007612872&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT spurkjosephh fluidmechanicsproblemsandsolutions |