Tool Deterioration of Stainless Steel 316 in Wet Milling Operation Using Carbide Tool

机译：碳化物工具湿铣削操作中不锈钢316的刀具劣化

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Tool deterioration of cutting insert is one of the crucial problem in machining stainless steel due to its excellent mechanical properties. This current work presents a study of tool deterioration of stainless steel 316 in milling using carbide tools. Experiments were conducted in wet condition where tool progression was monitored carefully in every milling passes and the wear criterion was measured. Result shows that the dominant tool deterioration mechanism of carbide tool is tool wear at the flank area where the tool gradually wear from the first milling passes to the final pass.

机译：切削刀片的刀具劣化是由于其优异的机械性能而加工不锈钢的关键问题之一。本前工作介绍了使用碳化物工具在研磨中的不锈钢316的刀具劣化研究。在湿润状态下进行实验，在每个铣削过程中仔细监测刀具进展，并测量磨损标准。结果表明，碳化物工具的主导刀具劣化机构是侧面区域的工具磨损，其中工具逐渐从第一铣削通道逐渐磨损到最终通过。

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《International Manufacturing Engineering Conference》|2020年|619p|共6页
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Amirul Ashraf Makhtar; Nurul Hidayah Razak; Zhan Chen;
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中图分类 TH16-53;
关键词
Tool deterioration; Stainless steel 316; Carbide tool; Milling;

机译：工具恶化;不锈钢316;硬质合金工具;铣削;

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专利

1. Coated cemented carbide tool life extension accompanied by comb cracks: The milling case of 316L stainless steel [J] . Zhang Li, Zhong Zhi-qiang, Qiu Lian-chang, Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear . 2019,第期

机译：涂层硬质合金工具寿命延伸伴随着梳理裂缝：316L不锈钢的铣床
2. Improving coated carbide tool life through wide peening cleaning (WPC) during the wet milling of H13 tool steel [J] . Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear . 2020,第期

机译：在H13工具钢的湿铣过程中通过宽喷丸清洁（WPC）改善涂层碳化物工具寿命
3. Dataset on flank wear, cutting force and cutting temperature assessment of austenitic stainless steel AISI316 under dry, wet and cryogenic during face milling operation [J] . Karthik M.C. Rao, Rashmi Laxmikant Malghan, Mervin A. Herbert, Data in Brief . 2019,第1期

机译：平面铣削过程中干，湿和低温下奥氏体不锈钢AISI316的侧面磨损，切削力和切削温度评估的数据集
4. Tool Deterioration of Stainless Steel 316 in Wet Milling Operation Using Carbide Tool [C] . Amirul Ashraf Makhtar, Nurul Hidayah Razak, Zhan Chen International Manufacturing Engineering Conference . 2020

机译：碳化物工具湿铣削操作中不锈钢316的刀具劣化
5. An Investigation of Chipping Generation and Propagation on Carbide Tool under Various Cutting Conditions in End Milling of Low Carbon Steel [D] . Zhang, Shuhuan 2019

机译：低碳钢立铣刀中不同切削条件下硬质合金刀具切屑的产生和传播的研究
6. Dataset on flank wear cutting force and cutting temperature assessment of austenitic stainless steel AISI316 under dry wet and cryogenic during face milling operation [O] . Karthik M.C. Rao, Rashmi Laxmikant Malghan, Mervin A. Herbert, 2019

机译：平面铣削过程中干湿和低温下奥氏体不锈钢AISI316的侧面磨损切削力和切削温度评估的数据集
7. Effect of Cutting Parameters on Sustainable Machining Performance of Coated Carbide Tool in Dry Turning Process of Stainless Steel 316 [O] . Bagaber Salem Abdullah, A. R. Yusoff 2017

机译：切削参数对316不锈钢干车削硬质合金刀具可持续加工性能的影响

Tool Deterioration of Stainless Steel 316 in Wet Milling Operation Using Carbide Tool

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