Design and analysis of aerial bundle cable suspension by using finite element analysis at Jati Beringin Sdn Bhd

Hasbullah, Nor Wahida (2015) Design and analysis of aerial bundle cable suspension by using finite element analysis at Jati Beringin Sdn Bhd. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

	Text (24 Pages) Design And Analysis Of Aerial Bundle Cable Suspension By Using Finite Element Analysis At Jati Beringin Sdn Bhd.pdf - Submitted Version Download (560kB)
	Text (Full Text) Design and Analysis of Aerial Bundle Cable (ABC) Suspension By Using Ansys for Jati Beringin Sdn Bhd.pdf - Submitted Version Restricted to Registered users only Download (6MB)

Abstract

Defects in product structure are caused by a combination of several factors. The most common method used to analyze the current design of aluminium hanger is using finite element method. The current design of aluminium hanger is proposed by the company that is very suitable and applicable for High Voltage ABC Suspension. The process involved in the aluminium hanger is High Pressure Die Casting (HPDC) too much application for the cause of structural failure is unnecessary of aluminium hanger. The aims of this research is to create a new improved design of aluminium hanger and determine whether the value of the safety factor is larger than the existing and will 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 which is greater than 1 is chosen as an improved design for aluminium hanger. Consequently, new improved design aluminium hanger presents the best holding and gripping for High Voltage Suspension compared to the current design.

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