CONTENTS
[A] BASIC RELATIONS | |
[A](a) Objectives of the textbook..................................................................... | a01
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[A](b) Task of fluid mechanics......................................................................... | a03
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[A](c) Quantities and their symbols.................................................................. | a05
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[A](d) Basic laws............................................................................................. | a08 |
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[B] HYDROSTATICS |
[B](a) Pressure in stagnant fluid.................................................................. | b01 |
[B](b) Pressure force.............................................................................. | b03 |
[B](c) Capacitance of vessles...................................................................... | b09 |
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[C] PRINCIPLES OF HYDRODYNAMICS |
[C](a) Kinetic energy of flowing fluid................................................. | c01 |
[C](b) Pressure and kinetic energy exchange............................................ | c03 |
[C](c) Integration of the Castelli theorem............................................... | c05 |
[C](d) Pressure and positional energy exchange......................................... | c08 |
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[D] LOSSES |
[D](a) Transformation into heat.......................................................... | d01 |
[D](b) Friction losses, viscosity, Reynolds number....................................... | d02 |
[D](c) Local losses, dissipance. Valves ................................................. | d09 |
[D](d) Disipance of diffusers, grids and fabric ......................................... | d12 |
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[E] UNSTEADY FLOW |
[E](a) Inertial term in the Bernoullis' theorem........................................... | e01 |
[E](b) Another characterisation quantity: inertance...................................... | e04 |
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[F] RELATIVE MOTION |
[F](a) Work done during motion.......................................................... | f01 |
[F](b) Translational motion.............................................................. | f02 |
[F](c) Rotational motion................................................................. | f03 |
[F](d) Turbomachinery.................................................................... | f06 |
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[G] SYSTEMS |
[G](a) Basic concepts and relations...................................................... | g01 |
[G](b) Steady states..................................................................... | g06 |
[G](c) Transitional processes............................................................ | g11 |
[G](d) Periodic processes, alternating and pulsating flow................................ | g16 |
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[H] CONTROL VOLUME METHOD |
[H](a) Force balance equation............................................................ | h01 |
[H](b) Fluid action on an element........................................................ | h03 |
[H](c) Force effects of fluid jets....................................................... | h06 |
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[I] SHEAR REGIONS |
[I](a) Regions with large transverse velocity gradient................................... | i01 |
[I](b) Laminar shear flows................................................................ | i03 |
[I](c) Turbulence........................................................................ | i08 |
[I](d) Basic turbulent shear regions..................................................... | i12 |
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[J](a) Drag force acting on the body..................................................... | j01 |
[J](b) Friction drag component........................................................... | j02 |
[J](c) Pressure drag..................................................................... | j06 |
[J](d) Lift.................................................................... | j11 |
INDEX |
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