The aim of this work is to investigate microstructural, geometrical and mechanical behavior of 16MnCr5 & SAE8620 low carbon steel. When exposed to various heat treatments and shaping process including spherodize annealing, forging, carburizing, quenching and subzero treatment. After heat treatment, samples were examined for metallographic, geometric, and mechanical properties, as well as properties gained from various processes. The heat treatment process had impact on the achieved properties and microstructures obtained for 16MnCr5 & SAE8620 case hardening steel, which is described in detail. Tempering had a significant impact on quenched samples, with rise in material ductility, avoid quenching cracks and reduction of hardness reduction of retained austenite, distortion and process time in case hardening of 16mncr5 & sae8620 materials for inner diameter broached gears
Reduction of retained austenite, distortion and process time in case hardening of 16MnCr5 & SAE8620 materials for inner diameter broached gears
5TH INTERNATIONAL CONFERENCE ON INNOVATIVE DESIGN, ANALYSIS & DEVELOPMENT PRACTICES IN AEROSPACE & AUTOMOTIVE ENGINEERING: I-DAD’22 ; 2022 ; Chennai, India
AIP Conference Proceedings ; 2766 , 1
2023-06-07
6 pages
Conference paper
Electronic Resource
English
Influence of Retained Austenite on Fatigue Performance of Carburized Gears
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