The method for the turbulent wind field simulation on the basis of improved WAWS and buffeting analysis on the basis of mixed programming are adopted.

Research on Application of Online Insulation Monitoring System for Capacitive Apparatus Based on Wavelate Analysis and Improved Harmonics Analysis Algorithm;

In consideration of large computational efforts of Deodatis simulation,a modified spectral representation method was proposed for simulating the fluctuating wind field of long span bridges.

A numerical example is undertaken and a comparative study has been performed on the merits and drawbacks of the ARMA representation method and the spectral representation method which is widely used to simulate .

A combination of the wave superposition method and the modified spectral representation method is applied to a wind field simulation for whole bridge including the deck and the towers.

Based on the natural wind properties and the correlativity of nodal winds, CAWS (Constant Amplitude Wave Superposition) is employed to simulate wind speed time series of the Caiyuanba Changjiang Bridge in Chongqing.

Based on the characteristics of natural winds and the correlativity of wind-speed time histories between simulated points,this paper adopted the method of CAWS(constant amplitude wave superposition) to model after the rib wind-speed time histories of Dashengguan Changjiang Bridge in Nanjing.

Based on the probabilistic characteristics of turbulent wind,the harmonic synthesis method is used to simulate the sample of the level turbulent wind velocity history of a cable-stayed bridge main beam.