Evaluation Of Mechanical Properties Of Inorganic Based Composities Adhesive By Experimental Method

Hamzaitul Akmarizal, Hamdan (2011) Evaluation Of Mechanical Properties Of Inorganic Based Composities Adhesive By Experimental Method. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

Inorganic based composites adhesive become one of the most important adhesive types now. Adhesive joints are very sensitive to surface treatments, service temperature, humidity and other environmental condition. It also hard to determine the suitable range of thickness range that fulfill the mechanical requirement. In this study, the mechanical properties of adhesive bonding will be evaluated by experimental method. Same specimen temperature with different thickness will be tested using tensile testing method. 3 different thickness of adhesive by using stainless steel SU 303 as specimen were manufacture and tested. Effect of material properties, adhesive thickness, and specimen temperature is tested using ASTM standard. Universal Testing Machine (INSTRON Model 5585) will be used as main testing machine. There were 12 specimen used for 4 different adhesive thickness. For specimen which adhesive thickness were 0.1 mm, 0.3 mm, 0.5 mm and 0.7 mm, the tensile stress results were 4.2 MPa, 11.2 MPa, 14.4 MPa and 16.2 MPa. That clearly shows that, when the adhesive thickness increases, strength of the joint will be increase. That means, the thicker adhesive layer, the stronger joining will produce

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