STRESS ANALYSIS ASSESSMENT OF A WATER TANK STANCHION AT THE NEWLY REMODELED AJAYI CROWTHER UNIVERSITY HOSTEL

This research focuses on the stress analysis of a water tank stanchion using classical analytical methods to evaluate its structural stability under static loading. The objective was to determine the critical stress points and ensure the safe performance of the stanchion supporting an elevated water tank. The study includes a review of relevant literature on stanchion behavior under load and structural design considerations for elevated tanks. The methodology involved resolving internal forces and bending moments using fundamental principles of mechanics and structural analysis. Calculations were carried out manually to assess axial and bending stresses at various sections of the stanchion. The results indicated notable stress concentrations at the base and mid-height of the support due to combined loading conditions. These findings highlight the importance of proper sizing, material selection, and joint detailing to ensure structural safety and longevity. The study serves as a reference for low-cost, effective structural analysis approaches in contexts where advanced simulation tools are unavailable.