The Method Combining Laser Welding and Induction Heating at High Temperatures was Performed

Abstract

For this review, the authors suggest a novel method of welding using lasers that have been preheated and solidified in the same setup simultaneously. An isothermal treatment was applied to the 22M5 materials (high­strength pressed steel) at a certain temperature and kept constant for a specified period to­durability welding was done. Maintained at welding temperature.frying under conditions of adequate heat to cause a cast iron framework to form As a matter of reality, a steel component was welded in the environment and at very high temperatures. Using the same laser parameters, induction heating to 445°C or 529°C, and an isothermal treatment for 10 minutes, the weldment formed a basic microstructure when at higher temperatures yields a bainite. We were able to achieve a better result using the high temperature welding method, and the profile of the room welded sample was flatter. Tensile sealed coupons are highly tensile (1200 PSI) but fail to extend very far (1.3 percent ). proprietary papers present elongation between 2.7% to 3.5% and torsional tensile strengths of 840 and 650 MPa. In addition, high temperature offers had a wider margin of error for error relative to room temperature coupons