👉Short Column Vs Long Column
🚧Short Column
⏺1.Slenderness ratio (L/r) < 12.
⏺2.Failure occurs due to crushing (compression).
⏺3.High load-carrying capacity.
⏺4.Common in low-rise buildings.
⏺5.Strength mainly depends on material strength (concrete/steel).
🚧Long Column
▶️1.Slenderness ratio (L/r) > 12.
▶️2.Failure occurs due to buckling (instability).
▶️3.Lower load-carrying capacity compared to short columns.
▶️4.Common in tall structures.
▶️5.Strength mainly depends on slenderness ratio and buckling effect.
📜Summary:
💫Short column → Crushing failure
💫Long column → Buckling failure
@etconp
🚧Short Column
⏺1.Slenderness ratio (L/r) < 12.
⏺2.Failure occurs due to crushing (compression).
⏺3.High load-carrying capacity.
⏺4.Common in low-rise buildings.
⏺5.Strength mainly depends on material strength (concrete/steel).
🚧Long Column
▶️1.Slenderness ratio (L/r) > 12.
▶️2.Failure occurs due to buckling (instability).
▶️3.Lower load-carrying capacity compared to short columns.
▶️4.Common in tall structures.
▶️5.Strength mainly depends on slenderness ratio and buckling effect.
📜Summary:
💫Short column → Crushing failure
💫Long column → Buckling failure
@etconp
Comments
Be the first to add a comment
Log in to comment