A study of relationship between scallop height and surface roughness on 5-axis CNC machine

Sani, Wan Zarinalila (2018) A study of relationship between scallop height and surface roughness on 5-axis CNC machine. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

	Text (24 Pages) A Study Of Relationship Between Scallop Height And Surface Roughness On 5-Axis CNC Machine.pdf - Submitted Version Download (419kB)
	Text (Full text) A study of relationship between scallop height and surface roughness on 5-axis CNC machine.pdf - Submitted Version Restricted to Registered users only Download (1MB)

Abstract

Product design and manufacturing industry are known as one of the important industry around the world. Many research works have been conducted in ensuring the availability of the demands in order to fulfil their focus and target in achieving sustainability and excellence of every product that had been produced. Unfortunately, the advance the technology development the harder it needs to be controlled, and care to maintain its sustainability of the future products. The presence of modern computer technology such as Computer Numerical Control (CNC) machine which pursues great computer development that exists in modern technology is believed to give various benefits to manufacturing including in product design. Even though the study of these computer technologies has been conducted over this past few years, the knowledge of this kind of computer technology still needs more research and exploration. Nevertheless, with the advance practical and expert interpretation, better review and results can be obtained. This research paper focused on the relationship of the scallop height and surface roughness in 5-axis CNC machines. The stability, flexibility and the efficiency of the tool path generate on the surface finishing of the part will be observed and recorded as the data analyses for this study. The destruction size of cutting tools (ball-end mill) also will be studied with the selected scallop value. From this study, the surface roughness increases with the increases of scallop height parameter where irregular surface represent the tool path of cutting tool ball-end mill during machining operation (sweeping process).

Actions (login required)

View Item