Study On The Influence Of Cost Optimization Design Of High-rise Shear Wall Structure

With the continuous development of China’s urbanization,The real estate market rapid warming,House prices higher and higher,National governments at all levels have issued a series of policy,Control house prices,Where is the root of the high price? Through investigation and analysis,The main factor affecting the housing prices in China have at the moment:①The whole process of cost of construction project;②Real estate development project management;③The government’s attitude and policy supply demand relations.This article from the whole process of construction cost cost analysis, mainly starting from the design optimization, reducing the overall cost of buildings, cost control.At present, the shear wall structure has become one of the most important structure form of high-rise buildings, high-rise shear wall design, the main basis 《Technical specification for concrete structures of tall building》 JGJ3-2010,Calculation method of shear wall structure、 design philosophy、construction measureTo make the rules.But at present the actual engineering design the principles of shear wall arrangement Mainly depends on experience of designers,The designers are frequently the result of the accumulation of experience is different The difference between design habit、Out of respect for structural safety and other factors,Ignore the structure of the economy、rationality,Take a relatively conservative structure layout,So the reasonable layout of shear wall structure optimization is very necessary.Taking a high-rise shear wall structure houses in PanJin city as the research object, using PKPM structure calculation software SATWE to calculate and data analysis and model optimization, the calculation module, the calculated data by various parameters, comparison before and after optimization model, performance analysis of structure, economy etc. problems found by comparison, thus obtains designs optimization idea and key position of high-rise shear wall structure.