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锻压设备以及加热炉的生产取决于很多因素,其中尤其范性形变的温度区间。提高锻造加热温度将扩大范性形变的温度区间也将降低形变的阻力,从而有可能提高锻压设备的生产率。结果可以减少热机械加工的火次。提高锻造加热温度也能减少髮裂的形成,因为这样使可焊合的缺陷更多的焊合起来。但是由于提高钢在形变前的加热温度能产生某些高
The production of forging presses and ovens depends on many factors, among them the temperature range in particular of the deformation. Increasing the forging heating temperature will expand the range of the normal temperature deformation deformation will also reduce resistance to deformation, which may increase the productivity of forging equipment. As a result, the number of fires in the thermomechanical process can be reduced. Increasing the heating temperature for forging also reduces the formation of fissures, as this allows for more weldable defects to be welded together. However, some increase can be produced due to the heating temperature of the steel before deformation