制造技术与机床
製造技術與機床
제조기술여궤상
MANUFACTURING TECHNOLOGY & MACHINE TOOL
2009年
12期
110-112
,共3页
高速铣削%铣削力%高温合金
高速鐉削%鐉削力%高溫閤金
고속선삭%선삭력%고온합금
High-speed Milling%Cutting Force%High-temperature Alloys
针对铁基高温合金(GH696)在干切环境下,选用超细晶粒硬质合金(涂层材料为TiAlN)机夹式铣刀在Mikron UCP 710五轴联动加工中心上作了切削试验研究.获得了不同环境下,铣削力和切削参数的变化关系,分析了高速铣削铁基高温合金铣削力随着铣削参数变化的趋势和原因.
針對鐵基高溫閤金(GH696)在榦切環境下,選用超細晶粒硬質閤金(塗層材料為TiAlN)機夾式鐉刀在Mikron UCP 710五軸聯動加工中心上作瞭切削試驗研究.穫得瞭不同環境下,鐉削力和切削參數的變化關繫,分析瞭高速鐉削鐵基高溫閤金鐉削力隨著鐉削參數變化的趨勢和原因.
침대철기고온합금(GH696)재간절배경하,선용초세정립경질합금(도층재료위TiAlN)궤협식선도재Mikron UCP 710오축련동가공중심상작료절삭시험연구.획득료불동배경하,선삭력화절삭삼수적변화관계,분석료고속선삭철기고온합금선삭력수착선삭삼수변화적추세화원인.
The present paper gives details of machining experiments with the high-temperature alloys GH696(HRC39~40)under dry cutting states using flat end solid carbide cutter (coated with TiAlN).The aim was to identify cutting force and cutting parameters.The analysis of experimental data shows the cutting force change rule along with cutting parameters.
