碳化矽顆粒增強的鋁金屬複合材料 (PRCMC) 是材料特性非常強的複合

碳化矽顆粒增強的鋁金屬複合材料 (PRCMC) 是材料特性非常強的複合材料，因為其材料易破碎等問題，造成很多在加工上的困難，主要碳化矽顆粒難被重型刀具磨損和不能隨後加工精度和表面品質，本文介紹了超聲振動輔助磨削 (UVAG) 金屬基複合材料 Al/SiC方法，UVAG 與小振幅，高頻率的工具振動，提高製造工藝和加工效率結合傳統磨削和超聲波加工 (USM) 的效能， 刀具磨損和機械加工表面形貌進行了研究，另外磨削工藝參數有相互影響，因此我們研究適當的參數在過程中進行相關的實驗，我們研究了超音波刀引響研磨的磨削力，並探討每個參數對刀具磨損和表面粗糙度的影響。從這項研究，我們可以理解磨削參數與加工特性之間的關係，此外我們還可以得到最佳的工藝參數組合，建立一個穩定的高效率、 高品質加工過程。

結果 (英文) 1:

Carbide Silicon 顆 grain increased strong of aluminum gold're part complexity collection material (PRCMC) is material characteristics very strong of complexity collection material, for because its material easy broken, question problem, caused many in processing Shang of trapped difficult, main carbide Silicon 顆 grain difficult was heavy tool mill 損 and cannot having 後 processing precision and surface products quality, paper between 紹 has super Sheng vibration begins to in Kiev help grinding (UVAG) Gold're part base complexity collection material Al/SiC method, UVAG stub small amplitude, high frequency rate of tool vibration begins to, improve manufacture made workers 藝 and processing efficiency results collection 傳 system grinding and Super Sheng wave processing (USM) of effectiveness, tool mill 損 and airport armed processing surface morphology progress line has research, addition grinding workers 藝 participation number has mutual shadow 響, so I we research proper when of participation number in over drive in the progress line phase about of right these, I we research has Super Sonic knife introduction 響 grinding of grinding force, does exploration discuss each real participation number Yes tool mill 損 and surface rough degrees of shadow 響. To promote this 項 study participant number stub we can understand grinding processing characteristic of the very relationship between, and we still have the best Craft participant number Combination, establish a motionless 穩 high efficiency, high quality processing over the drive.

結果 (英文) 2:

SiC particle reinforced aluminum composite material (PRCMC) is a very strong material properties of composites, because the material is fragile and other issues, caused a lot of difficulties in the process, mainly silicon carbide particles are difficult to wear heavy tools and can not subsequently processed accuracy and surface quality, the paper describes the ultrasonic vibration assisted grinding (UVAG) metal matrix composite tool vibration Al / SiC method, UVAG with small amplitude, high frequency, improve the manufacturing process and efficiency combined with traditional grinding and ultrasonic machining ( USM) performance, tool wear and machining surface morphology were studied, in addition to the grinding process parameters influence each other, so we study the appropriate parameters for related experiments in the process, we studied the ultrasonic knife cited loud grinding grinding force, and to explore the influence of each parameter on the tool wear and surface roughness. From this study, we can understand the relationship between grinding parameters and processing characteristics, in addition we can also get the best combination of process parameters, to establish a stable, high-efficiency, high-quality processing.

結果 (英文) 3:

Aluminum composite materials with silicon carbide particle reinforced composite material (PRCMC) is a very strong character, because the material is easy to break, causing a lot of difficulties in processing, mainly silicon carbide particles to be heavy and not the tool wear machining accuracy and surface quality, this paper introduces the ultrasonic vibration assisted grinding (UVAG) Al/SiC metal matrix composites, UVAG with small amplitude, high frequency vibration tools, improve the machining efficiency of manufacturing process and combined with the traditional grinding and ultrasonic machining (USM) performance, tool wear and machined surface morphology was studied, also have mutual effects of grinding process parameters, so we study the appropriate parameters the experiment in the process, we studied the ultrasonic knife grinding force grinding ring lead, and discuss each parameter on tool wear and surface roughness Influence of roughness. From this study, we can understand the relationship between grinding parameters and processing characteristics, in addition, we can also get the best combination of process parameters, to establish a stable and efficient, high-quality processing.