Experimental and numerical simulation of diesel engine cylinder liner with laser quenching

Shengwen ZHANG, Zifan XIA

Using Abaqus to simulate the high-phosphorus cast iron laser quenching process, the distribution of quenching temperature field was analyzed. It was found that the temperature difference at the beginning of scanning was large. The control scanning speed was proposed to solve the uneven distribution of hardened layer, and the hardening depth was predicted. The simulation results were verified by laser quenching test. The results show that the test results are good when the scanning power is 1100W and the scanning speed is 25mm/s.

https://dx.doi.org/10.31873/IJEAS/6.3.2019.12