Comparing Accuracy,Surface Roughness And Repeatability Study Of Torque Link Aerospace Landing Part On Five-Axis Simultaneous Milling (Linear) And Five-Axis Simultaneous Milling (High Speed) By Using CATIA V5

Ngin, Wei Chuan (2018) Comparing Accuracy,Surface Roughness And Repeatability Study Of Torque Link Aerospace Landing Part On Five-Axis Simultaneous Milling (Linear) And Five-Axis Simultaneous Milling (High Speed) By Using CATIA V5. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text (24 Pages) Comparing Accuracy, Surface Roughness And Repeatability Study Of Torque Link Aerospace Landing Part On Five-Axis Simultaneous Milling (Linear) And Five-Axis Simultaneous Milling (High Speed) By Using CATIA V5.pdf - Submitted Version Download (663kB)

Abstract

Today,CNC machines are widely used in manufacturing production especially automotive industry,aerospace industry,and aircraft industry.With the CNC machines are produce part with more accurate compare to the manual operation process.CNC machines have different configuration and different type axis system.The aims of this paper describe the comparison accuracy and surface roughness of the two type of five-axis simultaneous CNC machine which are tilting table/table and tilting table/head.CATIA V5 is used as CAM simulation advanced machining software to control CNC machine and compute the tool cutting path strategy as simulating the real cutting process.Torque link aircraft design machining by using these two CNC machines respectively.Coordinate Measuring Machine (CMM) was chosen as the equipment for measuring the physical geometry dimensional accuracy of the machining parts.Surface roughness are measure by using stylus instrument after the parts are produces.Then analysis process to the results of the geometry parts.

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