During a high rise building fire, the rule of change in smoke temperature is the basis of fire engineering design.

Determination of the best evacuation route in high-rise building fire;

A model was developed for predicting the transient plume rise in the vertical direction in a shaft and its steady upward movement in high-rise building fires as Boussinesq approximation was not suitable when the smoke temperature was high under larger fires.

On safety management in high-rise building construction;

Determination of installation position of mecha-nical pressurization system in high-rise building;

Experiences of evacuation design inside high-rise building;

Water draining and supplying design of a high building;

Numerical simulation of steady wind flow around high buildings;

Discussion on limit values of axial compression ratio of frame columns for high building;

On the application of steel fiber concrete in high rise building dense reinforcing beam;

Fuse of high rise building and the place in central district;

Pollution of domestic water in high rise building and countermeasures;