An Approach to Classify Engineering Materials Using Machine Learning Algorithm
This review paper explores the attempts made by the numerous authors in the field of material selection. There are ample amounts of works carried out in the field of materials engineering with data mining approaches. From the literature it is revealed tha
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Abstract This review paper explores the attempts made by the numerous authors in the field of material selection. There are ample amounts of works carried out in the field of materials engineering with data mining approaches. From the literature it is revealed that not much of the work is explored on the classification of advanced composite materials using machine learning approaches. Keywords Material selection materials Machine learning
Data mining approach Advanced composite
1 Introduction Material science is an interdisciplinary field for applying the properties of materials in various fields of building. The extent of the materials in designing is boundless. Each new item is either in light of new material configuration or change in the current material properties. The quick improvements in the field of materials science with due significance to materials building is the present days need [1]. Therefore, the materials designer ought to have careful information for the material determination to the proposed applications in enhancing new items. The best item is the result of adjusted materials and ideal outline developments. Along these lines the determination of best materials spins around the material choice systems. Expectedly the material determination is trailed by examining the material information set and handling consecutively to channel, arrange lastly the learning removed from information set can be utilized for different configuration applications [2]. Along these lines the choice and characterization of materials are vital and basic in the active field of material designing.
P.J. Antony P. Manujesh (&) N.A. Jnanesh Department of Computer Science and Engineering, KVG College of Engineering, Sullia 574327, India e-mail: [email protected] © Springer Nature Singapore Pte Ltd. 2018 N.R. Shetty et al. (eds.), Emerging Research in Computing, Information, Communication and Applications, https://doi.org/10.1007/978-981-10-4741-1_11
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A. Composite Materials Composite materials are an insignificant blend of two or more distinctive materials. One typically associates being the consistent stage (network) and the other being the broken stage (fortification). It is the flexibility of pattern consolidated with solidness of strengthening. The properties of these materials are unequivocally subject to the composite structure and these materials are broadly acknowledged materials in view of their versatility to various circumstances and the relative straightforwardness of mixing with different materials to show attractive properties [3]. The use of composites keeps on developing at amazing rates as these materials are utilized more as a part of their current markets and to end up built up in generally new markets, for example, biomedical and common structures [4]. The composites are customized to suit the particular applications making a more noteworthy favorable circumstances like; low warm conductivity and low coefficient of warm extension, high hub quality and solidness, and so fort
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