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A dielectric loss is an appearance of the fundamental properties of crystalline as well as amorphous semiconductor materials.
The origin and nature of dielectric losses in these materials has, therefore, become a matter of curiosity.
Raghavan, Materials and Manufacturing Processes, 14 (1999) 547
Kumar, Journal of Materials Science, 46 (2011) 4509
Kumar, Materials and Manufacturing Processes, 18 (2003) 93

Compressive strength is a pivotal factor in evaluating the structural integrity of earthen materials.
Density, another critical property influencing the performance of earthen materials, can also be evaluated using the UPV method.
Varum, Towards a methodology for use of sonic and ultrasonic tests in earthen materials, https://doi.org/10.23967/sahc.2021.307
Ighalo, Predicting the compressive strength of concrete by ultrasonic pulse velocity, IOP Conference Series Materials Science and Engineering 1036 (2021) 012053
Karatasios, Quantitative evaluation of self-healing capacity in cementitious materials, Material Design & Processing Communications 3 (2020)

However, Most of the work which carried out on VO2 materials has centered upon thin films [9], it was extremely difficult to control the stoichiometry of this thin film for large area applications.
-R.Gavarri: Materials Science and Engineering Vol.
Han: Materials Review Vol. 21(2007), p. 16.
Tu: Journal of Functional Materials Vol. 37(2006), p. 440.
Zhao: Rare Metal Materials and Engineering Vol.38(2009), p. 717.

May be appropriate to reduce the use of materials, such as reducing the thickness of steel plate.
By the force the larger width of the column on the surface channel may be appropriate to increase the use of materials to increase their scale.
Mechanical Science and Technology. 22 (2003) 41-44.
Journal of Anshan University of Science and Technology. 32 (2009) 1-4.
International Journal of Impact Engineering. 35 (2008) 119-132.

EVA is an elastomeric polymer that produces materials which are "rubber-like" in softness and flexibility.
Figure 1: Sample size of the tensile test The analogous test to determine bending strength of materials in the ISO system is ISO 178.
The testing device was used in this method which is the Instron 5566 Materials Testing Machine with load capacity is 10 kN (2250 lbf); maximum power is 200 VA; weight of load frame is 136 kg (300 lb).
Compatibility of Low-Density Polyethylene/Poly (ethyleneco-vinyl acetate) Binary Blends Prepared by Melt Mixing, Journal of Applied Polymer Science, 90 (2003) 841-852 [3] A.
Amrollahi, Effects of High-Energy Electron Beam on Low-Density Polyethylene Materials Containing EVA, Journal of Applied Polymer Science, 92 (2004) 1049-1052 [8] M.

Deformation of materials increased with the movement of the punch.
Metallurgical and Materials Transactions - Series A: 1073-5623 Vol. 11 (2009) 97-105
[7]Naka Tetsuo, Uemori Takeshi, Hino Ryutaro, Kohzu Masahide, Higashi Kenji, Yoshida Fusahito.Journal of Materials Processing Technology. v 201 n 1-3 2008 395-400, May 26
Journal of Materials Processing Technology. v 184n 1-32007 (4) 97-101
Materials science and technology. v 56, n 10 2010 (8) 519-522.

Hollow spherical cavity receiver of copper material having diameter 385mm and thickness 1.5mm is used in the experimental set up.
The thermal conductivity of insulating material is 0.03 W/mk.
K = Thermal conductivity of insulating material in W/mk.
International Journal of Thermal Sciences, 47 (2008), 1647-1657
International Journal of Thermal Sciences, 51 (2012) 23-30

Table 1 Structure parameters of the crankshaft crankshaft material QT-800-2 quality(Kg) 12.618 length(mm) 305 main journal diameter(mm) 70 connecting bar neck journal diameter (mm) 65 eccentric distance (mm) 59.5 Fig. 1 Mesh model of crankshaft Crankshaft Finite Element Model.
Two main journals bears constraints from bearings, output side bears constraints in axial direction and circumferential direction.
The fatigue analysis of crankshaft is based on static analysis; the maximum stress is much lower than material yield strength, so the crankshaft fatigue problem is attributed to high cycle fatigue.
The detailed steps are: create a new project, set alternative stress as “equal stress (Von Mises)”, average stress as “Gerber” [6], considering material real S-N curve has some deviation from theoretic curve, fatigue reduction factor are determined as 0.9, set material property as QT-8000-2 fatigue S-N curve, interpolation method as “double-log”, maximum loads as “total reverse”, maximum circulating times as 107.
Reference [1] MinZhe Ma, Zheng Hu, GuoZeng Feng: 3D Finite Element Fatigue Analysis on Crankshaft of a Diesel, Science Technology and Engineering, Vol. 8 (2008) No. 3, p.764-767

Mechanical Property of Hybrid Steel Fiber Reinforced Cement-based Composites Haitao Tan1, a, Wu Yao1, b, Xiaoming Song1 and Shuai Dong2 1Institute of Smart and Construction Materials, School of Materials Science and Engineering, Tongji University, Shanghai201804, China 2Shanghai Bekaert-No.2 steel mill Co., Ltd, Shanghai200131, China atanhaitao6@126.com, byaowuk@tongji.edu.cn Keywords: hybrid steel fiber; ultimate load; fracture energy; equivalent bending strength Abstract.
Introduction Conventional cement-based materials are highly brittle, as well as mortar.
Materials and Experiments Materials.
Medium sand was applied as aggregate and medium-efficient water- reducer was mixed to improve the workability of cement-based materials.
[6] K.R.Wu, S.J.Li: Journal of Tongji University (Natural Science).Vol.34 (2006), p.1075-1078.

Experiments setup Materials.
Wang: Journal of Materials Processing Technology Vol. 68(1997), p 262-274
Abdullah: Journal of Material Processing Technology Vol. 92-93 (1999), p 329-334
[3] A.Jawaid, S.Sharif, S.Koksal: Journal of Materials Processing Technology Vol. 99 (2000), p266-274
Rahim: Journal of Materials Processing Technology Vol. 185 (2007), p 72-76.