Taking the middle pier of a grade separation bridge in Beijing City as the example, the article carries out the vibrostand experiment study of the bridge model earthquake reaction, and investigates the influence of the model earthquake reaction on the rubber support in layers, which provide the experimental basis for the anti-earthquake design of the bridge structure.

Catastrophic seismic response of isolated structure based on laminated rubber bearings;

Seismic response analysis of aqueduct bridge with laminated rubber bearing;

A new form of isolation,the segmented isolation,applied to the large aspect ratio high-rise structure is put forward based on the laminated rubber bearing(LRB),and the numerical simulation in the same high-rise structure controlled by the segmented isolation is carried out compared with the base and the story isolation.

Also, the rational compressed stress of laminated rubber bearings used in base-isolated buildings is studied .

Dynamic stability and mechanical behaviors of laminated rubber bearings;

Application of rubber bearing in bridge structure;

Analysis of doule-direction earthquake rubber support base earthquaking process;

Started from problems in summarizing bridge surface shrinking cracks,it analyzes and elaborates the key skilled problems of multi-hole bridge such as top force analysis,bottem structural block and soft supporting s combination as well as kinds of rubber supporting and rational usage.