NOC:Fundamentals of Thermo-Mechanical and Fatigue Analysis of Welded Structure

Lecture 1 - Weld Induced Thermal History (Basics of Heat Flow in Welding)

Lecture 2 - Weld Induced Thermal History (Basics of Heat Flow in Welding)

Lecture 3 - Weld Induced Thermal History (Basics of Heat Flow in Welding)

Lecture 4 - Weld Induced Thermal History (Basics of Heat Flow in Welding)

Lecture 5 - Weld Induced Thermal History (2D-3D Heat Flow and Cooling Rate)

Lecture 6 - Weld Induced Thermal History (2D-3D Heat Flow and Cooling Rate)

Lecture 7 - Common Heat Treatment Processes (Types, Preheating, Inter-pass Temperature, PWHT)

Lecture 8 - Common Heat Treatment Processes (Types, Preheating, Inter-pass Temperature, PWHT)

Lecture 9 - Common Heat Treat Treatment Processes (PWHT)

Lecture 10 - Common Heat Treat Treatment Processes (PWHT)

Lecture 11 - Fundamental of Different Types of Welding Heat Sources

Lecture 12 - Fundamental of Different Types of Welding Heat Sources

Lecture 13 - Fundamental of Different Types of Welding Heat Source

Lecture 14 - Fundamental of Different Types of Welding Heat Sources

Lecture 15 - Designing of Welded Joints Subjected to Combined Loads

Lecture 16 - Designing of Welded Joints Subjected to Combined Loads

Lecture 17 - Design of Welds Subjected to Combined Stresses

Lecture 18 - Design of Welds Subjected to Combined Stresses

Lecture 19 - Design of Welds Subjected to Combined Stresses

Lecture 20 - Design of Welds Subjected to Combined Stresses

Lecture 21 - Fundamental of Creep on Welded Joints

Lecture 22 - Fundamental of Creep on Welded Joints

Lecture 23 - Basics of Fatigue Analysis

Lecture 24 - Basics of Fatigue Analysis

Lecture 25 - Basics of Fatigue Life Prediction

Lecture 26 - Basics of Fatigue Life Prediction

Lecture 27 - Some Problems on Fatigue Life Prediction of Welded Joints

Lecture 28 - Some Problems on Fatigue Life Prediction of Welded Joints

Lecture 29 - Fatigue Analysis, Design and Life Estimation Procedures

Lecture 30 - Fatigue Analysis, Design and Life Estimation Procedures

Lecture 31 - Examples of Fatigue Design Methods

Lecture 32 - Examples of Fatigue Design Methods

Lecture 33 - Rainflow Counting Method

Lecture 34 - Rainflow Counting Method

Lecture 35 - Cumulative Fatigue Damage and Palmgren-Miner's Rule

Lecture 36 - Cumulative Fatigue Damage and Palmgren-Miner's Rule

Lecture 37 - Fatigue Design and Analysis due to Fluctuating Stresses and Fatigue Failure Criteria

Lecture 38 - Fatigue Design and Analysis due to Fluctuating Stresses and Fatigue Failure Criteria

Lecture 39 - Modified Goodman Diagrams and Examples

Lecture 40 - Modified Goodman Diagrams and Examples

Lecture 41 - Modified Goodman Diagrams for Fluctuating Torsional Shear Stresses and Examples

Lecture 42 - Modified Goodman Diagrams for Fluctuating Torsional Shear Stresses and Examples

Lecture 43 - Basquin's and Coffin's Law of Fatigue and Mean Stress Corrections in Fatigue

Lecture 44 - Basquin's and Coffin's Law of Fatigue and Mean Stress Corrections in Fatigue

Lecture 45 - Example of Basquin's Law of Fatigue and Linear Elastic FractureMechanics Approach

Lecture 46 - Example of Basquin's Law of Fatigue and Linear Elastic FractureMechanics Approach

Lecture 47 - Linear Elastic Fracture Mechanics Approach (Paris-Erdogan's Law)

Lecture 48 - Linear Elastic Fracture Mechanics Approach (Paris-Erdogan's Law)

Lecture 49 - Weld Fatigue Life Estimation Procedures (Nominal Stress Method)

Lecture 50 - Weld Fatigue Life Estimation Procedures (Nominal Stress Method)

Lecture 51 - Weld Fatigue Life Estimation Procedures (Nominal Stress Method)

Lecture 52 - Weld Fatigue Life Estimation Procedures (Nominal Stress Method)

Lecture 53 - Hot Spot Stress Approach

Lecture 54 - Hot Spot Stress Approach