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A THERMODYNAMICS LATTICE-BOLTZMANN METHOD MODEL
Xiong Shengwu, Li Yuanxiang, Kang Lishan, Chen Juhua, Ruan Jian
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    1998, 15 (4): 439-444.  
Abstract236)      PDF (274KB)(1023)      
A thermodynamic lattice Boltzmann model whose equilibrium distribution function include high order terms of velocity and internal energy terms is presented, and a new kind of implement of gravity and temperature boundary is also proposed by which thermodynamics phenomenon permits to be simulated. Based on the HPP model, a three-overlapped HPP lattice Boltzmann model is introduced. The Benard pattern of thermal convection phenomenon has been simulated successfully by using this model on SUN workstation computer.
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LATTICE MODELS FOR LINEAR AND QUASI-LINEAR PARABOLIC EQUATIONS
Li Yuanxiang, Kang Lishan
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    1997, 14 (S1): 587-589.  
Abstract212)      PDF (134KB)(1074)      
Lattice method is a new method of numerical simulation for fluid dynamics developed recently.Its essential idea is the model-rebuilding.Based on this method two models are composed for linear and quasi-linear parabolic equations.Several typical numerical examples are studied using the models and satisfactory results are achieved.
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