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Introduction Fibre reinforced composite materials possess a highly complex material behaviour.
Journal of the Mechanics and Physics of Solids, 90, 2016
International Journal for Numerical Methods in Engineering, 109, 2017
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However, use of microwave energy is uncommon for machining of metallic materials because of high reflectivity.
Al-Kayiem, Optimizing electro-thermo Helds for soot oxidation using microwave heating and metal, In IOP Conference Series: Materials Science and Engineering. 78 (1) (2015) 012018
Das, Microwave drilling with Litz wire using a domestic applicator, Bonfring International Journal of Industrial Engineering and Management Science. 4(3) (2014) 125
Das, A photoelasticity approach for characterization of defects in microwave drilling of soda lime glass, Journal of Materials Processing Technology. 225 (2015) 151-161 [17] N.
Das, On Crack Control Strategy in Near-Field Microwave Drilling of Soda Lime Glass Using Precursors, Journal of Thermal Science and Engineering Applications. 7(4) (2015) 041001

Study on oxidation resistance of tool materials for machining superalloy Tengda Wang1，a, Erliang Liu1，b,Zhen Li1 1College of Mechanical and Power Engineering, Harbin University of Science and Technology, 150080 Harbin, China atengdawanga@163.com,belliu@163.com Keywords: superalloy, oxidation resistance, grain size, tool material.
In terms of cutting tool materials, high-speed steel and part of cemented carbide tools wear rapidly and even chipping and inefficiency, which is unable to meet the machining of superalloy[5].
Acknowledgements This research is supported by the Science and Technology Major Project of National High NC Machine Tools (2014ZX 04001020-011).
[2] HAN Zhiyu, ZENG Guang, LIANG Shujin, et al, Development in Powder Production Technology of Ni-Based Superalloy[J], MATERIALS CHINA, 33(2014) 748-754
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Rather than developing calcined clay addition or substitution to ordinary Portland cement [5] or to fly-ash based alkali activated materials [6], as suggested by literature, we dedicated this experimental work to the identification of the potentiality of three different clayey waste materials for alkali activation.
Materials The clayey waste materials used as aluminosilicate source, are a mining by-product, supplied by Sibelco Italia S.p.A. with different mineralogical composition and belonging to three types of clay: halloysitic (HC) and kaolinitic (KC), belonging to the kaolin 1:1 clay group, and smectitic/illitic (SC), belonging to the illite 2:1 clay group.
Chemical and Mineralogical composition of aluminosilicate materials.  
[5] Jaskulski R., Jóźwiak-Niedźwiedzka, D., Yakymechko, Y., Calcined clay as supplementary cementitious material, Materials, 13[21] 2020, Article number 4734, Pages 1-36
Romagnoli, Artificial neural networks test for the prediction of chemical stability of pyroclastic deposits-based AAMs and comparison with conventional mathematical approach (MLR)”, Journal of Materials Science, 56 (2021) 513–527

This is due to the proven fact that composite materials acquire higher strength to weight ratio.
The fabricated composite materials were cut into analogous profiles as per ASTM for tensile and flexural testing analysis.
In general manmade composite materials are produced by combining two dissimilar materials into a new material that results in better properties than that of the individual components used.
The important characteristics of composites are their good strength to weight ratio than other materials, stiffness, light in weight, easy to manufacture, variety of materials, environmental sustainability and low expense.
Epoxy resin (LY 556), hardener (HY 951) and Multi walled CNT used as filler are the materials used as matrix.

Electromagnetic Wave Pollution and Electromagnetic Wave Absorbing Materials[A].Journal of Yunnan University(Natural Sciences Edition). 2002,24(1A):58~62
Building Electromagnetic Wave Absorber and Its Application on the Environment Protection of Habitation[A].Journal of building materials.2003,3(6):72-75
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Journal of Changchun University of Science and Technology(Natural Science Edition), 2010,33(2):103-106
Phase modulation of membrane effects on structural absorbing materials[J].Chinese materials science technology & equipment,2013,6.

Progress in Materials Science, 57, 911-946
Materials Science Forum, 327-328, 63-70
Progress in Materials Science, 50, 511-678
Journal of Magnetism an Magnetic Materials, 316, 383-385
Journal of Biomedical Materials

The Boundary Element Method (BEM) is one among the most popular simulation techniques employed to simulate mechanical behaviour of materials, including smart engineering materials.
Introduction The Boundary Element Method (BEM) [3-7] is a numerical technique that is quite popular when it comes to simulating the mechanical behaviour of materials, including smart materials.
The analytical formulae used here are the same as the ones that can be found in any book on the ‘mechanics of materials’ (also known as ‘strength of materials’ or ‘engineering mechanics’) or any design data handbook.
[2] Kirana Kumara P, Simulation of Mechanical Behaviour of Materials using Constant Boundary Elements - A Discussion on the Accuracy of Results for Beams, to be published in this journal, 2020
[4] Ang K.C., Introducing the Boundary Element Method with MATLAB, International Journal of Mathematical Education in Science and Technology, Vol. 39, No. 4, pp. 505-519, 2008

Being Used as Building Materials Preparation of Gypsum Building Materials Fluorine, phosphorus, organic matter and other harmful impurities contained in phosphogypsum, can prevent phosphogypsum from directly using in the production of gypsum building materials [13, 14].
By removing impurities, meeting the statutory standards, gypsum can be used as raw material of building materials.
Zi, et al.: Journal of Kunming University of Science and Technology (Science and Technology) (In Chinese) Vol. 28(2003), p. 23 - 26
Li.: Journal of Shandong Institute of Building Materials Vol.14(2000), p. 199-202
Li, et al.: Journal of North Central University (natural science edition) Vol.28 (2007), p.448－452

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