Learn · Nonlinear Structural Analysis: Theory and Applications
Lecture 36 of 62Week 8
Lecture 36: Examples on EPP Material Behaviour
Prof. Chinmoy Kolay · IIT Kanpur
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All the lectures
- Lecture 1: Brief Review of Linear Structural Analysis
- Lecture 2: Brief Review of Linear Structural Analysis (cont.)
- Lecture 3: Stiffness Method of Structural Analysis
- Lecture 4: Beam-Column Element
- Lecture 5: Truss Element, Structural Stiffness Matrix, and Solution Procedure
- Lecture 6: Examples
- Lecture 7: Examples
- Lecture 8: Examples
- Lecture 9: Introduction of Nonlinear Structural Analysis
- Lecture 10: Sources of Nonlinearities and the Levels of Structural Analysis
- Lecture 11: Levels of Structural Analysis (cont.)
- Lecture 12: Levels of Structural Analysis (cont.)
- Lecture 13: Overview of Solution Strategies
- Lecture 14: Example
- Lecture 15: Elasto-Plastic Behaviour of Materials
- Lecture 16: Idealisation of Stress-Strain Curves
- Lecture 17: Hardening Rules
- Lecture 18: EPP, BP and Ramberg-Osgood Hysteretic Models
- Lecture 19: Giuffré-Menegotto-Pinto (GMP) Hysteretic Model
- Lecture 20: Bouc-Wen Hysteretic Model
- Lecture 21: Hysteretic Models for Concrete
- Lecture 22: Flexural Yielding of Structural Steel Sections
- Lecture 23: Flexural Yielding of Structural Steel Sections (Count.)
- Lecture 24: Moment-Curvature Analysis of Steel Sections
- lecture 25: P-M Interaction Curves for Steel Sections
- Lecture 26: P-M Interaction Curves for Steel Sections (cont.)
- Lecture 27: Flexural Behaviour of Reinforced Concrete Sections
- Lecture 28: Moment-Curvature Analysis of RC Sections
- Lecture 29: P-M Interaction and Behaviour of RC Sections Under Cyclic Loading
- Lecture 30: Brief Review of Continuum Mechanics
- Lecture 31: Brief Review of Continuum Mechanics (cont.)
- Lecture 32: Brief Review of Continuum Mechanics (cont.)
- Lecture 33: Yield Criteria
- Lecture 34: Yield Criteria (cont.)
- Lecture 35: Key Concepts of Plasticity Theory
- Lecture 36: Examples on EPP Material Behaviour
- Lecture 37: Strain Hardening
- Lecture 38: Concept of Stress-Resultant Plasticity
- Lecture 39: Concept of Stress-Resultant Plasticity (cont.)
- Lecture 40: Concentrated Plasticity Approach for Modelling Lateral Load Resisting Systems (LLRS)
- Lecture 41: Concentrated Plasticity Approach for Modelling Lateral Load Resisting Systems (cont.)
- Lecture 42: Distributed Plasticity Approach and Stiffness-Based Formulation
- Lecture 43: Flexibility-Based Formulation
- Lecture 44: Numerical Integration
- Lecture 45: Examples
- Lecture 46: Examples
- Lecture 47: Strain Softening Response and Plastic Hinge Integration Methods for FBEs
- Lecture 48: Geometric Nonlinear Analysis
- Lecture 49: Geometric Stiffness Matrices and Second-Order Analysis
- Lecture 50: P-(Big) Δ vs P-(Small) δ Contributions
- Lecture 51: Lateral Load Behaviour of Frames and Stability
- Lecture 52: Large-Displacement Analysis
- Lecture 53: Nonlinear Static Analysis
- Lecture 54: Displacement-Controlled Analysis
- Lecture 55: Displacement-Controlled Analysis (cont.)
- Lecture 56: Constant Arc Length Methods
- Lecture 57: Some Fundamentals of Structural Dynamics
- Lecture 58: Some Fundamentals of Structural Dynamics (cont.)
- Lecture 59: Direct Integration of Equations of Motion
- Lecture 60: Nonlinear Dynamic Analysis
- Lecture 61: Application of Nonlinear Structural Analysis: Evaluating Seismic Resiliency of Buildings with Supplemental Damper Systems
- Lecture 62: Nonlinear Structural Analysis: Multi-Physics — Structural Simulation with Supplemental Damper Systems