Structural Analysis

Lecture 26: Pcr using energy approach

Lecture 25: Pcr using energy approach

Lecture 24: Mcr for different loading and boundary condition

Lecture 23: Derivation of Mcr for concentrated loaded beam

Lecture 22: Derivation of lateral torsional buckling strength

Lecture 21: Lateral Torsional Buckling

Lecture 20: Example of LRFD Design

Lecture 19: Derivation of K-factor

Lecture 18: Matrix Analysis of Rigid Frame

Lecture 17: Interaction of Frame

Lecture 16: Example of Interaction of Beam-Column

Lecture 15: LRFD Interaction Equation of Beam-Column

Lecture 14: Interaction Equation of Beam-Column

Lecture 13: Beam-Column l Stability Function

Lecture 12: Beam-Column l Amplification Factor l Max. Second-order Moment

Lecture 11: Beam-Column l Amplification Factor l Second-order Displacement l Second-order Moment

Lecture 10 : ASD, PD, LRFD Column Curves

Lecture 9 : Column Curves l Column Strength

Lecture 8 : Inelastic Column l Column Buckling

Lecture 7 : Continuous Column l Column Buckling l Initially Crooked Column l Amplification Factor

Lecture 6 : Fourth Order Approach l Column Buckling l Different Boundary Conditions

Lecture 5 : Column Buckling l Buckling Load l Amplification Factor l Structural Analysis

Lecture 4 : Types of Stability l Design Philosophy l Structural Analysis l Structural Engineer

Lecture 3 : Two DOF Problem l Structural Analysis l Structural Engineer

Lecture 2 : Concept of Stability l Structural Analysis l Structural Engineer

Lecture 1 : Overview of Structural Stability l Structural Analysis l Structural Engineer

Introduction to Structural Stability Lecture l Structural Analysis l Structural Engineer