Design And Analysis Of Casting Valve For High Voltage ABC Dead End Clamp By Using Finite Element Analysis

Siti Nur Madihah , Apandi (2012) Design And Analysis Of Casting Valve For High Voltage ABC Dead End Clamp By Using Finite Element Analysis. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

The difficulty of defects in product structure is caused by a combination of several factors. The most common method that used in analyze the current design of casting valve is using finite element method. The current design of casting valve is proposed by the company that very suitable and applicable for High Voltage ABC Dead End Clamp. The process involved in casting valve is High Pressure Die Casting (HPDC) that is no application too much for the cause of structural failure in unnecessary of casting valve. The aims of this research were to create a new improved design of casting valve and determine whether the value of the safety factor is larger than one that is possible to hold and grip the galvanized standard messenger steel wire strongly. By using Static Structural Analysis (ANSYS), the result of the finite-element analysis for new improved design is compared with current design analysis according to the minimum value of the safety factor. From the result, minimum safety factor was known that is below than 1 and able to provide an improved design for casting valve. Consequently, new improved design of casting valve presents the best holding and gripping for High Voltage ABC Dead End Clamp compared to the current design.

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