Using N-S function, and transforming the gravity item to temperature and differential pressure related items, the authors simulate the mixed convection heat transfer in vertical narrow rectangular channels.

A mixed convection heat transfer in a rectangle cavity with symmetrical air jets is cal- culated numerically to investigate the bifurcation of mixed convection with this symmetrical configuration, the background of which is the control of environment in a building.

This paper describes using the Runge-Kutta method to carry on numerical calculation about mixed convection heat transfer, and analyses the result combining with the process of food freezing.

Investigation of convection heat transfer performance on a duct with high temperature heat pipe fins;

Discussion of convection heat transfer and radiation heat transfer of annealing coil;

The research of convection heat transfer effect in concrete structure;

Numerical simulation and analysis of heat convection in electrode cooling of spot welding;

Ground test simulating of air heat convection in manned space capsule;

A complicated micro-gravity 3-dimensional flow and heat convection have been simulated numerically for a spacecraft pressured cabin in the present paper, in order to solve the thermal control design and test difficulties for the cabin.

The convective heat transfer in furcated blood vessels;

A study on the convective heat transfer coefficient of concrete in wind tunnel experiment;

Exergy transfer characteristics of forced convective heat transfer through a smooth duct subjected to constant heat flux;