Finite length microchannel flow in transitional regime(—Analytical prediction compared with experiment);

PIV measurement and simulation in a curved microchannel;

Heat transfer mechanism of saturated boiling flow in the veridical rectangular microchannels;

Study on the manufacturing process of micro-channel reactor for methanol reforming;

2D simulation of couette flows in micro-channel;

The algorithm of gaseous flow in two-dimensional micro-channels was set up and the corresponding program based on micro-flow theory was developed.

The flows in finite long flat plate and micro channel were simulated by the information preservation method.

Based on the assumption of locally fully developed flow and slip-fiow theory, we preseota method to simulate the heat transfer and momentum exchange of gas with a solid surfacein micro-channels, and the method was proved by comparing with Pfahler s exprimentalresults.

The velocity profiles and temperature distributions of gas flows in micro-channels, for Knudsen numbers ranging from 0.

Experimental and numerical study on the performances of mini-channel heat sinks

In this article, the momentum and energy equations with the boundary conditions of slip velocity and temperature jump are solved for the hydraulic and thermal fully developed laminar flow of the incompressible fluid in micro-annular channel.