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Nowadays the polymer based composite materials which have high thermal conductivity attract more and more attentions.
Although the filler took fiber shape, the filled materials still have lower mechanical properties, because there is weak adhesion between the two materials.
Cheng, The influence of low-melting-point alloy on the rheological properties of a polystyrene melt, Journal of Materials Science. 35 (2000) 4573-4581
Pfefferkorn, Electrically Conductive Thermoplastic/Metal Hybrid Materials for Direct Manufacturing of Electronic Components, Polymer Engineering and Science. 49 (2009) 1511-1524
Effect of Processing Temperature on the Electrical Properties and Morphology, Journal of Applied Polymer Science. 77 (2000) 1044-1050

Materials with supreme thermal properties play an important role in TES systems.
Roux, A review on phase change materials integrated in building walls, Renewable and Sustainable Energy Reviews, 15(2011) 379-391
Fang, The research on thermal storage performance of paraffin/expanded graphite composite phase change materials, Journal of Functional Materials, 40(2009) 1313-1315
Li, Experiment test of thermal conductivity coefficient and heat transfer simulation analysis of fatty acids phase change materials, Journal of Functional Materials, 43(2012) 1950-1954,1959
Xing, Experimental and numerical investigation of heat storage/release characteristics of foam composite PCMs, Journal of Functional Materials, 44(2013) 1-5.

The choice of materials and sample production technology.
Materials Physics and Mechanics. 2018 Jan 1;38(1):11-5.
Inorganic Materials: Applied Research. 2018 Jul 1;9(4):639-43.
Non-destructive testing of technological discontinuities of the T-shaped zone of the integral structure made of PCM using phased ultrasound arrays// Journal «All materials.
Structural Polymer Composite Materials.

It measures output per unit of weighted average of multiple factors, such as fuel, equipment, and materials
International Journal for Research in Applied Science & Engineering Technology (2018) 23-34
Amit, Major Principles of Sustainable Transport System: A Literature Review, International Journal for Research in Applied Science & Engineering Technology (2018) 1597-1605
Konbr, Smart Sustainable Cities-Visions and Riality The Egyptian Context as a Case Study, International Journal on: Proceeding of Science and Technology 2 (2019) 101-127
Bayyatia, Towards a Green Materials Procurement: Investigating the Egyptian Green Pyramid Rating System Conference (2018)

Introduction Functionally graded materials (FGM) have widely used as structural components in aerospace, automotive engineering [1].
Therefore, structures where a substrate made of FGM is coupled with surface-bonded piezoelectric layers and using piezoelectric materials to realize structure vibration control in the engineering department has a broad application prospect.
Material Properties Generally speaking, most of the FGM are employed in high-temperature environments and many of the constituent materials may possess temperature-dependent properties.
International Journal of Mechanical Sciences 03 (2002) p.561-584 [4] Huishen Shen.
Journal of Applied Mechanics ASME 51 (1984) p.745–752

In this research, active materials had been proposed as the actuator for the contractile function.
Figure 1 Selection of actuators Electroactive materials can be described as materials that deform when an amount of electric energy is applied to them.
There are many groups of active materials such as SMAs, piezoelectric materials and electroactive polymers [15].
Among those electroactive materials, SMA wire and IPMC sheet are two electroactive materials that had been adopted widely as successful materials that could substitute actual muscle in animals that depend on its contractile body for locomotion.
Third, these active materials consume relatively low electric energy but could produce high strain compared to another type of active materials [16,21].

Light weight aluminum alloy honeycomb materials are ideal lightweight structure materials, which have higher specific strength and stiffness, and widely applied in aviation, aerospace, automobile and so on, and also it is an ideal material for damping, buffering, heat insulation and energy absorption.
Introduction Light weight Aluminum alloy honeycomb materials are ideal lightweight structure materials, which have higher specific strength and stiffness and could be core materials of the sandwich panels.
Nowadays the honeycomb materials impacting properties research mainly concentrate on numerical simulation[3-4] or drop hammer test[5].
Bao: Journal of Vibration and Shock Vol. 24 (2005), p. 49-52
Liu: Science Technology and Engineering Vol. 7 (2007), p. 2799-2802

Anode materials.
Now the commercialization lithium-ion battery anode materials are carbon materials.
Zhai: Materials Review Vol. 18 (2004), p. 21
Zhai: Journal of northeastern university Vol. 25 (2004), p. 567
Liu: Materials Review Vol. 24 (2010), p. 58.

Introduction Layered cobalt hydroxides, one of the most-known isostructural solids to layered double hydroxide materials, are of great interest for mineralogists and have been broadly employed in many fields of science and technology as ion-exchange materials, polymer composites, catalysts, and adsorbents [1].
O'Hare: Journal of Materials Chemistry Vol. 12 (2002), p. 3191–3198
Fujita: Chemistry of Materials Vol. 14 (2002), p. 583-589
O'Hare: Chemistry of Materials Vol. 10 (1998), p. 351-355
O'Hare: Chemistry of Materials Vol. 17 (2005), p. 2632-2640

The replacement of metal with other materials requires treatment and material selection for better function and mechanical properties, reducing production costs.
[GS.1.3] 30% 2% 3.5 45:35:20 Granite-Silica Materials Raw Material: Silica sand powder (white), volcanic sand, and granite powder.
Composites Science and Technology, (2018), Volume 167, Pages 539-546
Materials.(2019),12, 1811, 1-11
Mohanram, Evaluation of Effective Thermal Conductivity for Mineral Cast Structural Materials Using Steady-State and Transient Methods, Journal of Testing and Evaluation, (2013), Vol. 41, No. 4.