Description: Thermal convection and non-isothermal chemical reactor modeling multi-physics modeling examples to explain. More multi-physics modeling examples given in the following chapters, but one single physical field model is the core of the subsequent chapters. We will also introduce the concept of variable continuity, by its very nature is a function space, and even the linear system began, step to the solution of nonlinear problems. Next we will change the heat conduction model to study the differential heating temperature is between freezing and boiling water boundary conditions, then the buoyancy is entirely dependent on the temperature. Large-scale simulations indicate that the temperature stratification. Then we study a coupled mass and energy delivery, non-isothermal tubular reactor. Finally, the proliferation of chemical reaction from the external flow to the ball hole.
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chap3\buoyantconvection.exe
.....\buoyantconvection.mph
.....\nonlinear tubular reactor.exe
.....\nonlinear tubular reactor.mph
.....\pellet.exe
.....\pellet.mph
.....\waterdensity.mph
.....\watrdens.txt
.....\watrdensity.exe
.....\第三章 多物理场.txt
chap3
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