it is the temp. that is up to 2000 degree centigrade
The prehaet temperature is taken before welding starts. The interpass temperature is taken between welding passes.
5000
Many problems can be experienced in welding including cracks, infusions and distortion. Generally these can be avoided by eliminating hydrogen, keeping temperature under control and controlling the atmospheric pressure of the environment.
The biggest application of explosion welding is the cladding of flat plate.
Look at a wall. Imagine welding on that wall from left to right or right to left. That is horizontal welding.
The prehaet temperature is taken before welding starts. The interpass temperature is taken between welding passes.
350degree
5000-6000c
The peak wavelength, is connected to the temperature of the objects. we have short peak wavelength when the temperature is high.
5000
It is depend on machine
Interpass temperature is the maximum temperature a weldment should be allowed to reach between weld passes. If a pass is completed and the temperature is in excess of the interpass, it should be allowed to cool before continuing.
The peak frequency is directly proportional to the absolute temperature of the emitter. Temperature increases frequency also increases.
5000 degrees F
Acetylene welding is a process in which like metals are joined by heating them to their melting temperature with an oxy-acetylene flame produced by a torch.
Some materials have to be heated before you start to weld on them. They will probably have a maximum interpass temperature, and may also need to be kept heated to a specific temperature for a certain amount of time after you stop welding (called post heat).
The temperature at the peak of Mt Everest is -75 degrees. The bottom is around 20-25 degrees.I hope this helps :)