Study On The Heat Dissipation Properties On Palm Waste Brake PAD

Khairil Anuar, Muhamad (2011) Study On The Heat Dissipation Properties On Palm Waste Brake PAD. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

The aim of this project is to study heat dissipation on new friction pad material, palm waste. The study is completed by modeling a finite element model using Abaqus software package from Simulia. The 3D modeling was developed using CATIA V5 software package from Dassault Systemes. Finite element method is numerical analysis technique for obtaining approximate solutions to a wide variety of engineering problems. The temperature distribution pattern and highest temperature achieved by the new friction material is compared to the common friction material that has been manufactured in the market today. It is found that the temperature distribution of the new material is similar to the common friction material. The highest temperature achieved by palm waste material is 139.76°C, meanwhile the highest temperature achieved by common friction material is 116.31°C. The temperature difference between common friction material and the new material is not significant where it is only difference about ±20°C. These results obtained are considered acceptable

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