Effect of acid solution on some Physical and Mechanical Properties of (Epoxy/polysulphide) Blends
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Abstract
The aim of present investigation is to evaluate the mechanical properties , (tensile, impact, and hardness) properties and physical properties. Acid absorption for (epoxy/polysulphide) specimens were prepared by open molding technique , with different ratios (95-5),(90-10),(85-15), and (80-20)% weight ratio.
Impact strength (Charpy method) using showed a better value for (85-15)% ratio, so toughness increased and this optimum mixing ratio (OMR) was taken for tensile and hardness test before and after immersion in acid solution with different concentrations (0.1 N, 0.2 N, & 0.3 N) to evaluate tensile strength and Shore hardness D , 0.3 N had been affected all specimens more than (0.1 & 0.2)N, in each test Diffusion coefficient was calculated for each concentration.
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References
1. Robeson, L., M., "Polymer blends Handbook", Klwer Academic Publish, Netherland, 2003.
2. Leszek, A., "Polymer Alloy and Blends, Thermodynamics and Rheology ", Hanser Pub., 1989.
3. Work, W., J., Horie, & K. Hess, " Polymer Blends Diffusion", interaction Vuion of Pure and applied chemistry, vol. 76, No.11, P.P 1985-2007. 2004
4. Utracki, L. A., "Polymer Blends Handbook", vol.1, klwer academic pub. , Netherlands. 2003
5. La Faro, Carmelo and Cicala, Gianluca, "The Energy Absorption of Engineering Materials", cytec Engineered Materials , United Kingdom. 2002
6. ASTM D 638.
7. AL-Azzawi, Ali Hassan R., " The Effect of some Solutions on the Physical Properties of particulates Composites", Ph.D. Thesis, Dep. Of App. Sci., University of Technology. 2008
8. Balkees M. Dheya, "Effect of Aggressive Solutions on the Impact Behavior of Fiber Reinforced Epoxy Resin", International Conference on Engineering and Information Technology" Sep. 17-18, Toronto, Canada, PP 127-130. 2012
9. Thomas, S. ,Aprem, A., S., " Applied Polymer Sciences ", vol. 78, PP. 941-952. 2000
10 .Balkees M. Dheya& Ahmed S., " Study of the Environmental Affect on Creep Test of PE. Blends", International Congress on Advances in Applied Physics and Materials Sci. .Alp conf. proc.1400, 227-231. 2011
11. Schaffer J. P., Saxena, A. Antolorich; "The Science and design of Engineering Materials", Richardson D. Irwin, Inc.1995
12. J. Bhaskar, V. K. Sigh; " Water Absorption and Compressive Properties of Coconut Shell Practical Reinforced Epoxy Composite", J. Mat. Environment Sciences, vol. 4, No. 1 , pp 113-118. ISSN:2028-2508. 2013