Fundamental of Welding Science and Technology
Team EveryEng
Mechanical Engineering
Pre-recorded video course. Watch anytime at your own pace.
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Fundamental of Welding Science and Technology
Why enroll
Participants join the Fundamentals of Welding Science and Technology course to build a strong foundation in welding principles and gain practical, industry-relevant skills. It helps them understand welding processes, avoid common defects, and improve the quality and reliability of welded structures. The course also enhances their ability to select the right materials and techniques for real-world applications. Additionally, learners benefit from increased career opportunities in manufacturing, construction, and engineering sectors.
Course content
The course is readily available, allowing learners to start and complete it at their own pace.
Fundamental of Welding Science and Technology
25 Lectures
1285 min
Fundamental of Welding Science and Technology
Preview
3 min
Introduction of welding
36 min
Classification of welding and joints
49 min
Parts of weld joint
49 min
Welding Symbol
71 min
Welding power source - 1
49 min
Welding power source 2
55 min
Welding Power sources characteristics-1
61 min
Welding Power sources characteristics-2
59 min
Physics of welding-1
53 min
Physics of welding - 2
57 min
Physics of welding-3
43 min
Physics of welding-4 (Arc Stability and Arc Blow)
55 min
Physics of welding-5 (Metal Transfer-1 )
50 min
Physics of welding-6 (Metal Transfer-2 )
52 min
Physics of welding-7 (Metal Transfer-3 )
47 min
Physics of welding-8 (Metal Transfer-4 )
55 min
Physics of welding-9 (Metal Transfer-5 )
58 min
Physics of welding-10 ( Metalting Efficiency )
52 min
Oxy-Fuel Gas Welding
49 min
Shielded Metal Arc Welding
48 min
Gas Tungsten Arc Welding
54 min
Gas Metal Arc Welding
62 min
Submerged Arc Welding
62 min
Welding Defects and Inspection
56 min
Course details
This course provides a comprehensive introduction to the essential principles of welding science and technology, designed for beginners as well as working professionals. It covers the fundamentals of various welding processes and the underlying metallurgical concepts that influence weld quality and performance. Participants will gain a clear understanding of heat transfer mechanisms and thermal effects that occur during welding operations. The course also focuses on identifying common welding defects and implementing effective prevention techniques to ensure strong and reliable joints.Learners will explore how to select suitable welding materials and processes based on specific industrial applications and requirements. In addition, the course emphasizes proper weld joint design and preparation methods to achieve optimal results. Safety is a key component, with detailed insights into welding hazards, protective measures, and industry best practices. By the end of the course, participants will be equipped with practical knowledge and skills to perform and evaluate welding operations efficiently, making them valuable assets in manufacturing, construction, and engineering industries.
Source: NPTEL - IIT Guwahati
Prof. Pankaj Biswas, Dept. of Mechanical Engineering, IIT Guwahati
Course suitable for
Aerospace Automotive Mechanical Production
Key topics covered
Understand the fundamental principles of welding processes and metallurgy
Analyze heat transfer and thermal effects during welding
Identify and prevent common welding defects
Select appropriate welding materials and processes for specific applications
Design and prepare weld joints for optimal results
Understand safety protocols and health hazards associated with welding
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