About The latest evaluation standard for energy storage spot welding
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6 FAQs about [The latest evaluation standard for energy storage spot welding]
How is weld spot quality assessed?
Weld spot quality can be assessed using destructive and non-destructive methods. The first is more widespread than the second in the industry. However, due to its application, it requires more time than the welding process and cannot be applied to parts to reach consumers. Thus, they are usually carried out by sampling [ 12 ].
What is the quality of resistance spot welds?
Conclusion The quality of resistance spot welds is inherently difficult to measure and quantify. The concealed nature of the spot weld means that the weld cannot be visually inspected and so it must be destructively or non-destructively tested to determine its strength or diameter.
Does resistance spot welding reduce energy consumption?
Actions aiming to reduce energy consumption directly contribute to the reduction of manufacturing costs and carbon footprint while supporting manufacturing processes’ productivity. Resistance spot welding is relevant in the automotive sector. Due to its operational characteristics, this process has high energy consumption.
How much electricity does a spot weld use?
This parameter combination results in a consumption of approximately 2 Wh per spot weld. Approximately 33% less than the average estimated consumption per spot weld in the automotive industry. Carbon footprints left by manufacturing industries increase as their consumption of electricity boosts [ 1 ].
How many resistance welded spots are required?
As required, all engineering drawings shall specify the minimum number and maximum number of resistance welded spots required for each connection. In any case, there shall be no less than two weld spots per connection. Connections which will accommodate only one spot shall be avoided where possible.
What is resistance spot welding (RSW)?
Resistance spot welding (RSW) highlights among large amount of manufacturing and assembly processes present in the automotive sector. It is a widely used method for joining two or more overlapping metal sheets by applying a high electric current through electrodes. More than 90% of the body shop’s assembly is carried out by this process [ 9 ].
