| Title |
An Experimental Study on Shear Load Bearing Capacity of Wall System Framed by Carbon Steel Square |
| Authors |
Kim Ho-Soo ; Hong Seok-Il |
| Keywords |
Carbon Steel Square Framed Wall System ; Autoclaved Lightweight Concrete ; Stud and Runner ; Shear Load Bearing Capacity |
| Abstract |
The framed wall system presented in this study can provide the improvement of the more strength and load bearing capacity than the general steel house wall system because this system uses carbon steel square as structural elements and is reinforced by the horizontal members called runners. Also, this system gives us the improved effects for the adiabatic and sound insulation performance by filling up the autoclaved lightweight concrete. We need the evaluation of shear force capacity according to the horizontal loads in the case that this system is applied in the housing system with 3～5 stories through the variations of sizes and intervals for the studs and runners. Therefore, this study evaluates the shear load capacity of unit wall of the system through the experimental study according to the several variables for the studs and runners and presents the practical application performance and the composed forms of this system through the evaluation results of shear load bearing capacity. |