Failure Analysis and Design of Workshop Building Considering Earth Quake and Wind Pressure
Journal: International Journal of Engineering and Management Research (IJEMR) (Vol.8, No. 1)Publication Date: 2018-02-28
Authors : Rupesh Kumar Sahu; Manoj Kumar Rath;
Page : 30-34
Keywords : Earthquake; STAAD.Pro.; Steel structure; Wind pressure;
Abstract
Steel is one of the most widely used material for building construction in the world .The inherent strength, toughness and high ductility of steel are characteristics that are ideal for seismic design .This paper presents design and analysis of a steel structure (Workshop building ) considering Earthquake and Wind pressure. Beams and columns of the structure are designed and analyzed up to failure condition by increasing Earthquake, Wind load and live load. Now a day large number of application software's are available in the civil engineering field. All these software's are developed as the basis of advanced. The seismic analysis & design of multistory steel building is carried out using Software Computer Aided Design i.e., (STAAD Pro.).
Other Latest Articles
- A Review Paper on Alternative Fuel (HYDROGEN) Vehicle
- Study of Solar System with Possible Modification to Increase the Efficiency of PV Panel
- A Review Paper on Thermal Performance Analysis of Single Cylinder CI Engine with Karanja Oil, Blends with Pure Diesel
- Structural Analysis and Optimization of Nozzle Attachment on Channel Shell Design
- Low Power and Simple Implementation of Secure Hashing Algorithm (SHA-2) using VHDL Implemented on FPGA of SHA-224/256 Core
Last modified: 2018-10-02 14:55:59