Książki

This book provides an insight into the welding techniques with a cross-disciplinary treatment to address the shortcomings of contemporary learning of welding terminology. Various topics covered include introduction to welding processes, design requirements, prominence of design, case studies presenting structural defacements due to inappropriate design, comprehensive surveys on welding processes selected from various process categories, design calculations to be adopted for specific applications and sample calculations. This book is useful for researchers, engineers and professionals working on welding equipment and technologies.

Advanced Welding Techniques: Holistic View with Design Perspectives

1      Welding: An Overview
1.1        Metal Joining & Cutting Processes- Classification
1.2       Welding Techniques.
1.2.1         Resistance Welding.. 
1.2.2        Solid State Welding..
1.2.3        Arc Welding.. 
1.2.4        High Energy Density Welding..
2 Decision Making In Welding Design2.1       Introduction.. 
2.2       Factors Affecting Design..
2.3       Weld Requirements. 
2.4      Effect Of Design On Welding Procedure Selection.. 
2.5       Design Of Experiments (Doe). 
2.6      Design Failures- Case Study. 
2.7       Design Aspects Covered In The Book.. 
3     Resistance Spot Welding And Design
3.1       Introduction.. 
3.2       Application.. 
3.3       Compatible Materials. 
3.4      Requirements. 
3.5       Fundamentals Of Spot-welding Machine
3.6      Literature Review...
3.7       Sample Design Data, Process Parameters And Calculations. 
4    Tungsten Inert Gas Welding And Design
4.1       Introduction.. 
4.2      Applications. 
4.3      Compatible Materials: 
4.4      Requirements. 
4.5      Fundamentals Of Fsw Machine. 
4.6      Literature Survey. 
4.7      Sample Design Data, Process Parameters & Calculations. 
5      Laser Beam Welding And Design
5.1       Introduction.. 
5.2       Applications. 
5.3       Compatible Materials. 
5.4      Requirements. 
5.5       Fundamentals Of Mpw Machine. 
5.6      Literature Survey 
5.7       Sample Design Data, Process Parameters & Calculations. 
6     Friction Stir Welding And Design 
6.1       Introduction: 
6.2      Applications.
6.3      Compatible Materials.
6.4      Requirements. 
6.5      Fundamentals Of Tig Machine. 
6.6      Literature Survey. 
6.7      Sample Design Data, Process Parameters & Calculations. 
7      Magnetic Pulse Welding And Design
7.1       Introduction.. 
7.2       Applications. 
7.3       Compatible Materials. 
7.4      Requirements. 
7.5       Fundamentals Of Laser Weld Machine. 

7.6      Literature Survey. 

7.7        Sample Design Data, Process Parameters  & Calculations