Effect Of Temperature On The Mechanical Performance Of Joints Bonded With Electrically Conductive Adhesive

Zaidi, Mohammad Zharfan (2018) Effect Of Temperature On The Mechanical Performance Of Joints Bonded With Electrically Conductive Adhesive. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text (24 Pages) Effect Of Temperature On The Mechanical Performance Of Joints Bonded With Electrically Conductive Adhesive.pdf - Submitted Version Download (275kB)

Abstract

An electrically conductive adhesive is glue which is used in method of joining and it’s widely used in the electronic industry.An electrically conductive act as a medium for electric current to pass through them.The function of electrically conductive adhesive same as soldering process.However,due to the sensitivity of the electronic part to the temperature,the application of the electrically conductive adhesive is more compatible compared to the soldering process.There are a lot of factors that must be considered to design the adhesive joints.One of the factors is the effects temperature on the strength of the adhesive joints.In this study,the characteristic of the electrically conductive adhesive on the temperature was studied.In order to carry out this experiment,single lap joints of the specimen were used. The specimens were exposed to the room temperature,low temperature and high temperature.The specimens were tested using tensile test machine and the strength were of these three condition were compared.Then,the fractures of the specimens were examined using 3D Profilometer and the results of the degradation of the electrically conductive adhesive due to the temperature were compared.

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