Feasibility Study On The Construction Of Seven Energy-saving Block Composite Wall Structure In The Earthquake Zone

With the prohibition of the clay brick and the development of the energy conservation building, lightweight aggregate concrete small-sized hollow block masonry is becoming one of ideal material for many stories building. The development of these building is limited for the defect of the above blocks and the rule of the technical specification about the number and height of the stories. In order to extensively spread this energy conservation building in cities, the article checks and analyses a structure of No.3 building in the energy conservation community of Heping Square in Shenyang, and researches the feasibility of building seven stories houses in earthquake resistant in theory.Through the computation according to the design codes of brick & concrete structure and fragment structure, and the calculation, PKPM checking and the Algor analyzing according to the combinatorial wall structure system, the conclusion is made as following. The structure is satisfied with the demand of the bearing capacity by analyzing the combination wall structure system in the Code for design of masonry structures (be approved). The above research illustrates that it is feasible to build the combinatorial wall structure system of seven stories lightweight aggregate concrete small-sized block masonry in earthquake resistant.