Environmental Impact Assessment Of Non-Traditional Machining

Mohamad Hadzir, Mohamad Alif (2018) Environmental Impact Assessment Of Non-Traditional Machining. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Environmental Impact Assessment Of Non-Traditional Machining.pdf - Submitted Version Download (1MB)

Abstract

Environmental impact assessment is a systematic procedure intended to recognize and foresee the potential impacts of human movement on the biophysical and human condition. It additionally works as an environmental administration tool to identify measures to stay away from, moderate or adjust for those impacts. Problem statement for this study is about the point of machine use such as electricity consumption, type of material, parameters usage, lubricant, production of chip and how they impact the environment. Environmental impact assessment is expected to be an iterative procedure to follow‐up to decide genuine environmental results, interpret and investigate data about those results and analyses the opportunities for enhanced task environmental execution. In the other hand, the Non-Traditional Machining (NTM) use in this study are EDM Wirecut, Laser cut machine, EDM Die sinking and CNC Milling 5 axis and based on a variety of thermal, chemical, electrical and mechanical material removal processes which have been produced because of lack of proficiency of the traditional machining processes to create a complex and intricate shapes in materials with 'high strength to-weight' ratio. So, this project were analyse the environmental impact assessment of Non-Traditional Machining which focus on how the machining process take place during experiment can affect many factor regarding environmental impact assessment issues. The impact will be output during the experimental with a specimen provided using Non-Traditional machine. This experiment was held by using Gabi software to determine the output of every machine that had been set up.

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