Near-boundary Fluid Mechanics
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Near-boundary Fluid Mechanics
Yang, Shu-Qing
Elsevier Science Publishing Co Inc
03/2025
958
Mole
9780443274046
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Introduction and Governing Equations;
2. One-dimensional Internal Flow
3. Internal, Steady and Uniform 2-D Flows
4. Steady and Non-uniform Flows or Unsteady Flows
5. Mechanism of Energy Transport and Boundary Shear Stress Distribution in 3-D flows
6. Velocity, turbulent structures and friction factor in 3-D Flows
7. Time-averaged Navier-Stokes Equation and its event-averaged alternative for shear flows
8. Boundary Layer Flow
9. Form drag and its co-existence with skin friction
10. Loose boundary fluid mechanics
11. Two-Phase fluid mechanics
12. Density Currents and Stratified Flow
2. One-dimensional Internal Flow
3. Internal, Steady and Uniform 2-D Flows
4. Steady and Non-uniform Flows or Unsteady Flows
5. Mechanism of Energy Transport and Boundary Shear Stress Distribution in 3-D flows
6. Velocity, turbulent structures and friction factor in 3-D Flows
7. Time-averaged Navier-Stokes Equation and its event-averaged alternative for shear flows
8. Boundary Layer Flow
9. Form drag and its co-existence with skin friction
10. Loose boundary fluid mechanics
11. Two-Phase fluid mechanics
12. Density Currents and Stratified Flow
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
3D channel flows; Accelerating flows; Apparent Reynolds shear stress; Bedload transport; Blunt bodies; Boundary layer flow; Boundary layer thickness; Boundary shear stress distribution; Bursting phenomenon; Cohesive particles; Coriolis force; D'Alembert's paradox; Decelerating flows; Dip-phenomenon; Division lines; Eddy drag; Einstein's tea cup; Energy transport; Euler's equations; Event-averaged approach; External flow; Friction factor; Gradually varied flows; Gravitational theory; Incipient motion; K-type/D-type roughness; Local scour; Mixing length; N-S equations; Nonuniform flows; Open channel flows; Pipe flows; Power law; Quadrant analysis; Rapidly varied flows; Reynolds equations; Roughened channel; Rouse number; Seawater-freshwater interaction; Secondary currents; Sediment transport; Separation flow; Skin friction; Sphere's drag; Suspended load; Temporospatial average method; Time-average method; Time-averaged approach; Total load; Turbidity currents; Turbulent structures; Unsteady flows; Upward velocity; Velocity profile; Vertical velocity; Wake volume; Wake-log-law; Water hammer; Wave theory; Yang's bubble hole; Yang's parameter; Yang's principle; Zero-pressure gradient (ZPG)
1. Introduction and Governing Equations;
2. One-dimensional Internal Flow
3. Internal, Steady and Uniform 2-D Flows
4. Steady and Non-uniform Flows or Unsteady Flows
5. Mechanism of Energy Transport and Boundary Shear Stress Distribution in 3-D flows
6. Velocity, turbulent structures and friction factor in 3-D Flows
7. Time-averaged Navier-Stokes Equation and its event-averaged alternative for shear flows
8. Boundary Layer Flow
9. Form drag and its co-existence with skin friction
10. Loose boundary fluid mechanics
11. Two-Phase fluid mechanics
12. Density Currents and Stratified Flow
2. One-dimensional Internal Flow
3. Internal, Steady and Uniform 2-D Flows
4. Steady and Non-uniform Flows or Unsteady Flows
5. Mechanism of Energy Transport and Boundary Shear Stress Distribution in 3-D flows
6. Velocity, turbulent structures and friction factor in 3-D Flows
7. Time-averaged Navier-Stokes Equation and its event-averaged alternative for shear flows
8. Boundary Layer Flow
9. Form drag and its co-existence with skin friction
10. Loose boundary fluid mechanics
11. Two-Phase fluid mechanics
12. Density Currents and Stratified Flow
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
3D channel flows; Accelerating flows; Apparent Reynolds shear stress; Bedload transport; Blunt bodies; Boundary layer flow; Boundary layer thickness; Boundary shear stress distribution; Bursting phenomenon; Cohesive particles; Coriolis force; D'Alembert's paradox; Decelerating flows; Dip-phenomenon; Division lines; Eddy drag; Einstein's tea cup; Energy transport; Euler's equations; Event-averaged approach; External flow; Friction factor; Gradually varied flows; Gravitational theory; Incipient motion; K-type/D-type roughness; Local scour; Mixing length; N-S equations; Nonuniform flows; Open channel flows; Pipe flows; Power law; Quadrant analysis; Rapidly varied flows; Reynolds equations; Roughened channel; Rouse number; Seawater-freshwater interaction; Secondary currents; Sediment transport; Separation flow; Skin friction; Sphere's drag; Suspended load; Temporospatial average method; Time-average method; Time-averaged approach; Total load; Turbidity currents; Turbulent structures; Unsteady flows; Upward velocity; Velocity profile; Vertical velocity; Wake volume; Wake-log-law; Water hammer; Wave theory; Yang's bubble hole; Yang's parameter; Yang's principle; Zero-pressure gradient (ZPG)
