Focus Areas

• Understanding Welding as a process, the common part of all welding processes
• Process Control – What, How, and Why.
• Two groups of welding processes based on bonding  - Fusion and Solid Phase
• Common parameters often neglected or often taken for granted
• Issues with the conventional Arc Welding Processes
• Issues with the non-conventional, non-arc ‘modern’ processes
• To orient the thought process of practicing and responsible shop floor Welding personnel
• To analyse welding as a process critically
• To find a long lasting solution to welding quality using a vast data bank from various sources

Background

Welding is an essential manufacturing technology with its 360 deg and 3-dimesional applicability. This technology is needed in manufacturing a small automotive part to Satellites & Rockets going into space, as well for Submarines going deep underwater into the sea and practically in ever perceivable equipment for all industrial sectors. The applications of welding and its criticality varies from a primitive welding of a corroded automobile silencer to a highly advanced component such as a Refinery Cracker or of a Nuclear Plant part. Irrespective of the criticality of the welding, the aspect of quality issues is a common aspect – mainly that of inconsistency - arising while manufacturing.

Keeping this in view, IMTMA is organising an online training on "Towards Zero Defects in Welding Applications".

Key Takeaways

• Be able to look for the variables, not visible till now and not comprehensible, and on how to control these variables
• Be able to make a clear distinction, between the variables which we set on the machine and on the actual welding parameter
• Understand Codes and Standards, that a welding engineer needs to work with
• Understand the intent behind the Code specification

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