Effects of different load-bearing systems for multi-story reinforced concrete buildings

An efficient and economical tall building cannot be designed without a thorough understanding of the significant factors affecting the selection of the structural system and knowledge of how the structural system will interrelate with architectural, structural aspects. Usually two to three different structural systems will be selected for comparison. The selection of ETABS In this study, among the much commercial software goes back to the many reasons, the previous studies show that programs internationally approved, More specialized and accuracy in the design of shear walls, The possibility of using more than one code in a single program, all these reasons and more lead to use ETABS in this study. Religious and monumental architecture was first started in high structures, with the growing technology of today has taken shape. High structures, especially in densely populated, so as much as possible on the smaller areas are located in large urban centers and the establishment required more housing solutions. The construction of high rise building is seen to increase in the coming years. High structures, building design, horizontal loads and withstand the vertical loads to be effective, relocation and operation of structures designed according to the criteria defined. Due to the effectiveness of horizontal loads, structural load bearing system selection and placement of structures is very important. Load bearing system is the important factor affecting the behavior of structure. In this study, the effect of different load bearing system systems studied the behavior of the structure of different heights.