作业帮英语翻译分析了17Cr2Ni2Mo材料的主传动主动齿轮轴渗碳淬火后放置过程中纵向开裂的原因,并对其热处理工艺进行了研究与应用.结果表明,通过严格控制锻坯正火质量、改进渗碳淬火及回火工艺
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英语翻译分析了17Cr2Ni2Mo材料的主传动主动齿轮轴渗碳淬火后放置过程中纵向开裂的原因,并对其热处理工艺进行了研究与应用.结果表明,通过严格控制锻坯正火质量、改进渗碳淬火及回火工艺
英语翻译
分析了17Cr2Ni2Mo材料的主传动主动齿轮轴渗碳淬火后放置过程中纵向开裂的原因,并对其热处理工艺进行了研究与应用.结果表明,通过严格控制锻坯正火质量、改进渗碳淬火及回火工艺,可获得理想的金相组织,避免纵向裂纹产生.
分析了17Cr2Ni2Mo材料的主传动主动齿轮轴渗碳淬火后放置过程中纵向开裂的原因，并对其热处理工艺进行了可行性研究与应用。结果表明，通过严格控制锻坯正火质量、优化渗碳淬火及回火工艺，可获得理想的金相组织，避免纵向裂纹产生。
英语翻译分析了17Cr2Ni2Mo材料的主传动主动齿轮轴渗碳淬火后放置过程中纵向开裂的原因,并对其热处理工艺进行了研究与应用.结果表明,通过严格控制锻坯正火质量、改进渗碳淬火及回火工艺
分析了17Cr2Ni2Mo材料的主传动主动齿轮轴渗碳淬火后放置过程中纵向开裂的原因,并对其热处理工艺进行了可行性研究与应用.结果表明,通过严格控制锻坯正火质量、优化渗碳淬火及回火工艺,可获得理想的金相组织,避免纵向裂纹产生.
To analyze the causes of the longitudinal cracking in 17Cr2Ni2Mo materials used in the gear shaft of the main drive after the carburizing process and storage stage,and to conduct the plausible research and applications of the heat treatments,we have our results to show that it is possible to avoid the longitudinal cracks by obtaining an ideal metallic phase texture through an optimization of strict controls of the quality of forging,carburizing,quenching,and annealing techniques
Analyzed the reason of main drive 17Cr2Ni2Mo material gear shaft carburizing quenching after placed in the process of longitudinal cracking, and the heat treatment process of the research and applicat...
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Analyzed the reason of main drive 17Cr2Ni2Mo material gear shaft carburizing quenching after placed in the process of longitudinal cracking, and the heat treatment process of the research and application. The results show that, through strict control of forging, normalizing quality improvement of carburizing and quenching and tempering process, the microstructure can be obtained, avoiding longitudinal cracks.
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