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paperback. Etat : New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: December 2012 Pages: 270 Language: Chinese in Publisher: Tsinghua University Press. Tsinghua University energy power textbook series: Applied Fluid Mechanics (2nd Edition) tutorial for fluid dynamics applications in the introduction hydrodynamics concepts and basic equations based on mainly discussed the topic of the application of fluid mechanics. including the vortex motion. plane and axisymmetric viscous incompressible fluid irrotational - potential flow theory. the flow around airfoils and cascades theory and the application of the solution. wind turbine wheel aerodynamics Introduction. basic theory of turbulence and turbulence models. and several typical internal flow turbulence characteristics. Energy and Power. Tsinghua University textbook series: application of fluid mechanics (2nd edition) as a fluid mechanical impeller power machinery. construction machinery. chemical engineering. mining engineering. oil and gas engineering undergraduate and graduate teaching and research and reference books . but also can be used as the reference book of the professional engineering and technical personnel. Contents: Chapter 1. the basic concepts of fluid dynamics of the development of 1.1 1.2 two kinds of basic flow state - Chapter 2 basic hydrodynamics of the fluid transport properties of laminar and turbulent flows 1.3 1.4 strain rate tensor and the stress tensor 1.5 generalized Newton's law exercises analytical solution of equation 2.1 expressed fluid motion 2.2 2.4 2.5 equation of state energy equation 2.6 Navier - Stokes equations continuous equations 2.3 equations of motion 2.6.1 parallel flow 2.6.2 slow the flow of the Navier - Stokes equations approximate solution 2.6.3 3.2 viscous flow the the eddy transfer equation 3.2.1 viscous flow of the basic concepts of plain bearings within the oil film flow Exercises Chapter 3 vortex motion 3.1 vortex motion in the vortex of the transfer equation 3.2.2 sticky changes in the flow velocity of circulation and eddy flux 3.3 Kelvin theorem of viscous flow vorticity transport equation 3.3.1 3.3.2 Lagrangian vortex retention Theorem 3.3.3 Anaheim Helmholtz vortex sheet and vortex tube to maintain the the theorem 3.3.4 Heim the Helmholtz vortex tube strength retention Theorem 3.4 vortex inviscid incompressible flow velocity field 3.4.1 scroll speed of the field-induced the field 3.4.2 vortex line induced speed 3.5 common field - Biot - Sarwar formula 3.4.3 straight vortex line velocity field induced vortex motion 3.5.1 3.5.2 3.5.3 Rankin portfolio vortex 3.6 Karman vortex street vortex motion generated vortex diffusion and attenuation 3.6.1 viscous non-barotropic fluid vortex motion generation 3.6.2 without viscous body force no the potential fluid vortex motion generated 3.6.3 viscous fluid vortex motion generated secondary flow in the secondary flow in the secondary flow in the diffusion and attenuation 3.7 fluid mechanical vortex flow 3.7.1 Axial impeller and scroll 3.7.2 centrifugal impeller and scroll 3.7.3 impeller the analysis of the rotating vortex exercises 3.7.4 turbomachinery Chapter 4 inviscid irrotational motion of an incompressible fluid vortex 4.1 viscous incompressible fluid irrotational motion equation 4.1.1 inviscid incompressible 4.2 plane motion of the irrotational motion of the fluid velocity potential function and the basic equation 4.1.2 velocity potential function and nature of irrotational motion stream function 4.2.1 plane motion 4.2.2 incompressible fluid flow plane motion function 4.3 plane steady 4.4 axis of symmetry of the complex potential of the complex potential of the rotary movement 4.3.1 4.3.2 plane complex potential flow of viscous incompressible fluid irrotational motion - axisymmetric potential flow 4.4.1 incompressible axisymmetric flow stream function and 4.4.2 of its nature axisymmetric potential flow potential function 4.5 b.

paperback. Etat : Good. Paperback. Pub Date :2006-12-01 Pages: 165 Publisher: Beijing Arts and Crafts Press sheet: 15.5.

paperback. Etat : Good. Paperback. Pub Date :2006-12-01 Pages: 173 Publisher: Beijing Arts and Crafts Press sheet: 15.5.