Last updated 12/2020MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 730.53 MB | Duration: 2h 57m

Fundamental Study

What you'll learn
Conventional Welding
Solid State welding
Requirements
Basics of Mechanical Eeering
Description
Welding is the permanent joining process that is used to produce weldments between two similar and dissimilar materials with or without the application of heat or pressure.

This course focuses on the theoretical aspects of various welding processes in a detailed manner. Welding processes such as arc welding, laser beam welding, atomic hydrogen welding, resistance welding, projection welding, etc. Learners who like to enroll in this course should be familiar with some basics of mechanical eeering and material science domain.

Overview

Section 1: Manual Metal Arc Welding

Lecture 1 Introduction

Lecture 2 Understanding the process

Lecture 3 Application of Manual Metal Arc Welding

Lecture 4 Advantages and Disadvantages

Lecture 5 Equipment Setup

Lecture 6 Various Process Variables

Lecture 7 Manual Metal Arc Welding Defects

Lecture 8 Manual Metal Arc Welding Electrodes

Section 2: Gas Tungsten Arc Welding Process

Lecture 9 Introduction

Lecture 10 Understanding the Process

Lecture 11 Applications of GTAW

Lecture 12 Advantages and Limitations

Lecture 13 Arrangement

Lecture 14 Current Type

Lecture 15 Shielding Gases

Lecture 16 Welding Torches

Lecture 17 Gas Tungsten Arc Welding Techniques

Section 3: Gas Metal Arc Welding Process

Lecture 18 Overview

Lecture 19 Gas Metal Arc Welding Process

Lecture 20 Advantages and Disadvantages

Lecture 21 Safety in GMAW

Lecture 22 GMAW Equipment Arrangement

Lecture 23 Types of wire feeding system

Lecture 24 Types of Metal Transfer

Lecture 25 GMAW Input Variables

Section 4: Laser Beam Welding

Lecture 26 Overview

Lecture 27 Concept of Keyhole Welding

Lecture 28 Beam Quality

Lecture 29 Laser Electro Optical Efficiency

Lecture 30 Welding Process Efficiencies

Lecture 31 Common defects in Laser Welding

Lecture 32 Absorption as the key to Welding Efficiency

Lecture 33 Surface Modifications

Lecture 34 Preheating Techniques

Lecture 35 Ambient Condition Modifications

Section 5: Atomic Hydrogen Welding

Lecture 36 Understanding the Process

Section 6: Oxy-Acetylene Gas Welding

Lecture 37 Overview

Lecture 38 Gas Welding Equipment

Lecture 39 Production of Oxygen Gas

Lecture 40 Types of Flame

Section 7: Resistance Welding Process

Lecture 41 Understanding the Process

Lecture 42 Spot Resistance Welding

Lecture 43 Projection Welding

Lecture 44 Seam Welding Process

Lecture 45 Upset Welding Process

Lecture 46 Flash Butt Welding Process

Lecture 47 Percusion Welding Process

Bner in Welding process

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