Andere Kunden interessierten sich auch für
![Nonlinear dynamics of M&NEMS resonant sensors]( "Nonlinear dynamics of M&NEMS resonant sensors")
Nonlinear dynamics of M&NEMS resonant sensors51,99 €![Manipulating Microscopic Objects. A Study on Optical Tweezers and Acoustic Levitation]( "Manipulating Microscopic Objects. A Study on Optical Tweezers and Acoustic Levitation")
Manipulating Microscopic Objects. A Study on Optical Tweezers and Acoustic Levitation22,95 €![¿GENERALIZED SKETTRUP MODEL¿ AND LATTICE THERMAL CAPACITY OF SPATIALLY NON-HOMOGENEOUS AND LOW-DIMENSIONAL SEMICONDUCTORS AND INSULATORS]( "¿GENERALIZED SKETTRUP MODEL¿ AND LATTICE THERMAL CAPACITY OF SPATIALLY NON-HOMOGENEOUS AND LOW-DIMENSIONAL SEMICONDUCTORS AND INSULATORS")
¿GENERALIZED SKETTRUP MODEL¿ AND LATTICE THERMAL CAPACITY OF SPATIALLY NON-HOMOGENEOUS AND LOW-DIMENSIONAL SEMICONDUCTORS AND INSULATORS40,99 €![Preparation of Thermo Acoustic Refrigeration System]( "Preparation of Thermo Acoustic Refrigeration System")
Preparation of Thermo Acoustic Refrigeration System29,99 €![ACOUSTIC DESIGN SENSITIVITY ANALYSIS FOR VIBRATING BODIES]( "ACOUSTIC DESIGN SENSITIVITY ANALYSIS FOR VIBRATING BODIES")
ACOUSTIC DESIGN SENSITIVITY ANALYSIS FOR VIBRATING BODIES32,99 €![VARIABLE VISCOSITY AND THERMAL CONDUCTIVITY ON MICROPOLAR FLUID]( "VARIABLE VISCOSITY AND THERMAL CONDUCTIVITY ON MICROPOLAR FLUID")
VARIABLE VISCOSITY AND THERMAL CONDUCTIVITY ON MICROPOLAR FLUID51,99 €![MHD flow and mass transfer of a Jeffery fluid past a porous sheet]( "MHD flow and mass transfer of a Jeffery fluid past a porous sheet")
MHD flow and mass transfer of a Jeffery fluid past a porous sheet32,99 €
The interactions of acoustic waves and thermoviscous fluids in closed cavities lead to some important physical phenomena such as, linear and nonlinear standing waves, and acoustic streaming which are very important in a wide range of engineering applications. This book focuses on the detailed investigations of the standing wave dynamics in resonant cavities. As a part of the book, novel numerical and experimental techniques are presented to analyze different phenomena caused by acoustic- fluid interactions. Using these techniques, the behavior of pressure, acoustic and streaming velocity fields inside resonators are investigated. Furthermore, the novel ideas of valveless standing wave pump and micropump are discussed and their performance are analyzed numerically and experimentally.