Evaluating the Adhesive Properties of Four Types of Conventional Adhesives

Mosa, Muhanad H.; Hamzah, Mohsin N.

doi:10.30684/etj.v40i1.2137

	Evaluating the Adhesive Properties of Four Types of Conventional Adhesives
Engineering and Technology Journal
Article 14, Volume 40, Issue 1, January 2022, Pages 120-128 PDF (1.1 M)
DOI: 10.30684/etj.v40i1.2137
Authors
Muhanad H. Mosa^* ; Mohsin N. Hamzah
Mechanical Engineering Department, College of Engineering, University of Al-Qadisiyah, Al-Qadisiyah, Iraq.
Abstract
The development of manufacturing technology led to the appearance of various products that need effective types of adhesives with good strength and durability in different types of joints. Accordingly, the issue is how to choose the appropriate adhesive for the specific application relying on the properties of adhesive besides, the work conditions. This work deals with the experimental testing of four types of an adhesives that have been prepared to test by the two types of joints to comprehend the behavior of adhesives then choose the most effective and optimum type. The Butt and single lap joint tests were achieved according to the ASTM standard D2095–96 and D-1002-99 respectively. The adhesives that were used were epoxy Resins, MS Hybrid Polymers, Polyvinylester, and R.T.V Silicon Rubber, also, used a steel material as adherents. The study concluded important points about these adhesives and the recommendation suggested essential points to select satiable adhesive.
Highlights
The butt and single lap joint are the powerful techniques to evaluate the adhesives. Quasi-static loads have been used effectively to find the response of adhesives. MS Hybrid Polymers can employ in applications that have strength with flexibility. MS Hybrid Polymers has the cohesive failure in both the normal and shear forces.
Keywords
Butt-Joint Single lap-Joint Epoxy Resins; MS Hybrid Polymers Polyvinylester R.T.V Silicon Rubber

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