Objective To study the flow fields of electrolysis oxygen generation with micro-flow-channels of small square cylinders and the key structure factors impacting on the uniform distribution of the water flow in the micro-flow-channels.

In order to study the heat transfer characteristics of changeable cross-section micro-channels, 9 kinds of the micro-channels with different geometrical dimensions were designed, and the heat transfer characteristics of them and its difference from the conventional channel were all obtained.

Numerical simulation method for gaseous flow in micro-channel with pressure boundary conditions;

Dissipative Particle Dynamics Simulation of DNA in Micro-channel;

Numerical Simulation of Fountain Flow for Newtonian and non-Newtonian Fluid Front in micro-channel was realized by using general Galerkin finite element method and Newton-Raphson iteration method with appropriate boundary conditions.