Creating a Heat Estimation for Spinning Electrodes on Iron Sheets

[rama1001]

Hi,
I had been thinking and could not able find any answer myself. Actually, if two materials like copper or bronze(especially considerting electrode materials in seam weld design). If the electrodes are spnning on to a work sheet for weld, obviously heat would produce in the action. is there any way to find this generated heat strength for all possible chances like considering electrodes spin to fast, slow and with consistent speed. Ofcourse, the work sheets materials also chagning always but consider only Iron sheets here. Also, don't consider any current on electrodes and Assume that they are spinng on material without current.

 

[Future Bruno]

It is difficult to predict the exact amount of heat generated by spinning the electrodes on a work sheet without taking into account other factors such as the materials used, the speed at which the electrodes are spun, and the current applied to the electrodes. However, you can make some educated guesses based on the thermal properties of the materials used. For example, copper has a higher thermal conductivity than iron, so it will dissipate heat more quickly than iron. Additionally, the faster the electrodes are spun, the greater the heat generated. You may also want to consider how the current affects the heat generated, as a higher current will create more heat.