Combined with wind tunnel test,the numerical simulation was used to analyze the wind-induced pressure on six low rise and hip roofed buildings,with Reynolds-averaged equations and realizable k-εturbulence model.

Contrasted to wind tunnel test,wind-induced pressure on two low rise and hip roofed buildings was simulated and analyzed using the numerical simulation technique,which is employed the Reynolds-averaged equations and realizable k-ε turbulence model.

Analysis and practical determination of wind-load shape factors for low-rise hip roofed buildings;

Research on suspended steel formwork for in-situ concrete on the pitched roof;

Use of cement based flexible tiles in pitched roof waterproofing;