Effect of particles distribution on the crack of Syntactic foam
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Creating light weight and high strength materials through the formulation of composite material is the main concern of most researchers now days. Syntactic Foams made from hallow microspheres and polymer matrix becomes well known. Lots of studies have been made on syntactic foam in order to get the best benefit of them. Those studies have shown that most of the characteristics of Syntactic Foam mainly depend on the volume fraction the size and distribution of microballoons. Variation in physical properties had been obtained by varying the size of the microballoons and volume fraction. Moreover...
Creating light weight and high strength materials through the formulation of composite material is the main concern of most researchers now days. Syntactic Foams made from hallow microspheres and polymer matrix becomes well known. Lots of studies have been made on syntactic foam in order to get the best benefit of them. Those studies have shown that most of the characteristics of Syntactic Foam mainly depend on the volume fraction the size and distribution of microballoons. Variation in physical properties had been obtained by varying the size of the microballoons and volume fraction. Moreover, adding of other material like nanoclays were made in syntactic foam to improve the energy absorption. This study is devoted to investigate the effect non-uniformity of particle distribution over the matrix strength of the material. And also effectiveness of the microstructural level study on addressing a particular problem. In this study both Experimental and Numerical models were made, the results of both method are compared.
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