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Understanding Stability in Structures: A New Approach

Author: Ali Hasnain alii.hassnain601@gmail.com

Abstract
Structural stability is essential in buildings, bridges, towers, and other infrastructures that can resist forces like gravity, wind, and earthquakes. While traditional methods like Euler’s Buckling Formula, the Factor of Safety (FoS), and Static Equilibrium are helpful, but each have limitations. These methods can be complex, are specific to certain structures, or don’t account for dynamic forces like wind or earthquakes.In this paper, I present a new, simplified equation for evaluating structural stability. The equation focuses on four easy-to-understand parameters: length (L), area of support (A), distance to the centre of gravity (η), external forces (F), Thermal factor (α) and Degrading factor (D). This approach provides a more practical and accessible way to understand stability for a wide range of structures in real-world conditions.
Keywords: Structural Stability, Engineering Mechanics, Buckling, Factor of Safety, Dynamic Load, Tipping Moment, Material Degradation, Thermal Expansion, Dynamic Forces, Finite Element Analysis