Design And Analysis Of Long Cylindrical Workpiece Fixture Using Finite Element Analysis

Siti Umi Hani, Mohamed (2009) Design And Analysis Of Long Cylindrical Workpiece Fixture Using Finite Element Analysis. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

In the manufacturing industry on this day, design plays an important role in gaining competitive advantages. This project is designed the fixture system for holding, clamping and supporting the long cylindrical workpiece with diameter 10-50 mm during cutting or drilling in conventional milling machine. V-Block is designer to clamp long cylindrical workpiece to ensure the workpiece securely during machining process. Beside that, this clamping system have been designed for maximum force and would be less finishing treatment, so finally the operators have no rework. The advantages of this project, the productivity of product would faster and reduces defect. As a result, the optimize value of von misses stress and the deformation for the cylindrical fixtures. Deformation of cylindrical fixture parts was observed through the visual resultant when analysis have been successful done by using Nastran/Patran. In addition, the safety factor of cylindrical fixtures part has been determined as safe area.

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