ANALYSIS AND DESIGN OF BUILDING CONSIDERING THE IMPACT OF VARYING SLOPE ANGLES

Abstract:-Wind load analysis is a critical aspect of structural engineering, particularly for buildings located in hilly terrains. The forces generated by wind pressure must be carefully evaluated and accounted for in the design process to prevent structural damage or failure. Wind loads are directly proportional to wind velocity, and higher altitudes often experience stronger winds. Strong winds on sloping grounds may amplify torsional effects, increasing stresses in specific structural components. Columns with shorter heights tend to absorb higher loads and display greater susceptibility to failure than taller columns on the same floor. The behavior of buildings on sloping terrain under wind loads highlights the importance of accounting for uneven load distribution and torsional effects. Through advanced structural analysis and targeted reinforcements, designers can mitigate risks, ensuring safety, durability, and cost-efficiency of such structures. In this study we consider G+8 building for design and analysis we used E –TABE software. Understanding the behavior of structures on sloping terrain is crucial for ensuring safety, stability, and cost effectiveness. This structured approach ensures a comprehensive investigation into the effects of sloping ground on building performance.

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