Study On Energy Dissipation Design A New Method For Reducing The Damping Structure

China is located in the earth two active seismic zone, earthquake hazards never stopped,seismic hazard is the most damage to the civil engineering, and caused great damage to thelives and property of the people and the nation’s economic construction, the earthquakeresistance has been well received by scholars in civil engineering, seismic design is animportant aspect of structural design. Design of energy dissipation is the recent seismic designideas more popular, it is by energy dissipation device is arranged in the structure, providingadditional damping to the local deformation, earthquake from the bottom into the structure ofthe consumption of energy, to ensure the safety of structures in earthquake, the technologybecause it has the characteristics of simple construction, low cost a good effect, which isconcerned widely, and widely applied.Because of the technology in computer analysis of more complex, general engineeringdesign personnel often have the fear of emotions, expect to have appeared relativelysimplified design method, some research results in this paper provide, for general engineeringdesign personnel or can help.In this paper, the main research results are as follows:Through theoretical derivation and analysis, put forward a kind of design method can beused to simplify the structure of the drop of the viscous damper design method.Combining with a frame shear wall structure of concrete engineering examples, toestablish a three-dimensional model of the frame shear wall structure, and Y directionrespectively input earthquake waves in X, small earthquake, earthquake, strong earthquaketime history analysis, verified the practicability of the simplified method.The simplified method proposed an additional damping ratio by comparing the newmethod checking validation method, and the design process in the engineering example forthe application.