The effective length of a steel column is the length at which it will buckle under a given load without lateral support.
The effective length of a steel column is determined by the type of end connections, boundary conditions, and the load applied to the column.
The effective length of a steel column is an important factor in the design process as it affects the buckling strength and stability of the column. It is used to determine the required size and strength of the column to ensure it can withstand the applied load without buckling.
The effective length of a steel column is affected by the type of end connections, boundary conditions, and the direction of the applied load. Additionally, the material properties and cross-sectional shape of the column also play a role in determining its effective length.
The effective length of a steel column is the length at which it will buckle under a given load, while the actual length is the physical length of the column. The effective length is often shorter than the actual length, as it takes into account the support conditions and buckling behavior of the column.