buckling analysis

Buckling analysis is the study of how and when a structure or component will suddenly deform or collapse under compressive stress. It helps engineers predict the critical load at which a slender or long element, like a column or beam, will bend or buckle rather than compress straight down. This analysis ensures that structures can withstand expected forces without sudden failure, allowing for safe and efficient design. It involves calculations based on shape, material properties, and support conditions to determine the maximum load a component can handle before buckling occurs.