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The Aluminum properties are; the melting temperature (933k) and the solidification temperature (300K).
Figures (7) and (8), where the bold circle represent the mould cavity perimeter when the solidified part is clear at different locations along the cast (5mm, 15mm, 25mm, 35mm and 45mm) below the cast upper surface, the base of the inverted cone on the cast upper surface also affected by the applied press on it and the mould thickness, where its perimeter decreases with increasing these factors.
A new case named (Case2_2_A) have been used at 310K ambient temperature with the same geometry, properties of (Case2_2).
Yawas, Comparative Analysis of the Effects of Pressure on the Mechanical Properties and Microstructure of Die Cast Aluminum Alloys, Journal of Minerals and Materials Characterization and Engineering, (2016)
Yawas, Effects of Pressure on the Mechanical Properties and Microstructure of Die Cast Aluminum A380 Alloy, Journal of Minerals and Materials Characterization and Engineering, (2014)

Additionally humidity induced swellings of machined edges are possible – especially at thermoplastic matrices. [7] Humidity also affects the mechanical properties of the CFRP.
With advanced experiments, in consideration of additional influencing factors, the potential of dry lubricants on the basis of graphite at CFRP-drilling should be further investigated.
[6] Faraz, A. (2011): Experimental study on delamination, mechanical loads and tool wear in drilling of woven composite laminates.
[8] Selzer, R.; Friedrich, K. (1995): Inluence of water up-take on interlaminar fracture properties of carbon fiber-reinforced polymer composites.

Quality of final product is directly affected by these tools.
The friction coefficient is seen to be an important factor for the drawability of large size products.
In this method, wrinkling criterion proposed by Cao and Boyle [5] is used, which assumes that the initiation of wrinkling is a local phenomenon and depends on the material properties, stress state and sheet thickness.
[8] Şenalp A.Z: Computer-Aided Wrinkling Analysis of Non-Axisymmetric Parts in Sheet Metal Forming, (Ph.D Thesis, Middle East Technical University, Mechanical Engineering Department, Ankara, May 1998)
[12] Chu E., Xu Y.: International Journal of Mechanical Sciences, Vol.43 (2001), p.1421-1440

This paper will try to discuss brittle fracture of polycrystalline materials in the light of the roles of grain boundaries and of the grain boundary microstructures, based on recent knowledge of grain boundary structure and properties established in the last three decades [5].
When intergranular fracture occurs ideally without any plastic work (this is the case of very brittle materials), the fracture energy almost directly affect the fracture energy and fracture strength.
Factors Controlling Crack Propagation in Polycrystal as Percolation Process (a) In-situ Observations of Fracture Processes in Polycrystals So far there was a very few literature reporting in-situ observations of fracture processes in polycrystals with characterized grain boundaries.
This was a very important finding that the grain boundary character distribution can affect operating fracture mode.
Smith(ed); Grain Boundary Structure and Properties, Acad.

Unfortunately, as devices become smaller so they can interact with individual cells, they fail chronically in-vivo which has been attributed to both abiotic and biotic factors.
Carbon-electrode SiC INI Carbon containing materials, such as graphene, carbon-nanotubes (CNT), and graphene oxide, have gained prominence as possible electrode materials for implantable neural interfaces due to their excellent conductive properties.
The C sandwiched with a-SiC was characterized for both its material and electrical properties as shown in Figure 6 below.
Table 1: Electrochemical properties of SiC and common neural electrode materials.
PEDOT- CNT composite microelectrodes for recording and electrostimulation applications: Fabrication, morphology, and electrical properties.

Besides, in previous research done by M.Casadio et.al, they ignored the damping factor by stating that it does not represent any physiological meaning [5].
However, Ishida and Agarwal was against that assumption in which they suggested that stiffness and damping properties can describe passive properties of muscle fibers and tendons [6, 7].
The change of angle over time will determine the way of ankle joint counteract against the oscillation of perturbation which is may results from evoking the intrinsic mechanical properties of ankle joint, and muscle contractile elements which triggered by the CNS.
Types of external disturbance somehow maybe affect the stiffness produced by the ankle joint.
Further investigations in determining estimation of stiffness pattern of hip joint and also muscle properties, in particular under different frequencies of translation perturbation are warranted in order to develop a reliable measurement system to measure balance ability and motor learning.

The target and the constraint function have different nonlinear properties.
Material properties of cable element: elastic modulus is MPa, density is kg/m3, tensile strength is 1860MPa, where design value may take 40%, it is 744MPa.
Material properties of strut element: elastic modulus is MPa, density is kg/m3, yield strength is 235MPa.
Penalty factor is 10.
Table 4 Comparing of optimal result of vaulted tensegrity structure parameter (mm) (m2) (m) (N) optimal result 36×3 2.908×10-3 1.042×10-3 8018 literature [7] 48.3×2.9 6.54×10-3 - 11949 Summary The main work of optimization design of tensegrity structure is that confirm rational distribution of prestress and components material under mechanical properties and constraints of structures.

The middle part of the settled melt was then transferred to the second pot via a mechanical pump in order to separate the cleaned melt from the sludge.
Variation of the properties of the ingots recovered from steering wheel scrap: (a) area percentage of inclusion particles; (b) tensile elongation to fracture; (c) corrosion rate under immersion in 3.5% NaCl aqueous solution. recovered ingots gradually increased in accordance with a decrease of their NMI content, which was coincident with the results in other literatures [8-9].
Therefore, another factor would affect the corrosion rate of the recovered ingots judging from the much lower NMI content in the present study than those of Wang’s case.
Wang, Effect of inclusion on service properties of GW103K magnesium alloy, Trans.
Yang, Effect of purification treatment on properties of Mg-Gd-Y-Zr alloy, Trans.

Another important factor is also the porosity of the catalyst.
Acidic properties were generated by aluminium doping and grafting with sulfonic groups.
The surface area, macropore volume, mesopore volume and acidic properties of the prepared catalysts have been tabulated in Table 1.
The experiments were carried out in order to establish the influence of water on the catalyst's activity, as it has been proved that water could have either negative or positive effect on methanol conversion depending on the catalyst's properties [11].
Pancrazzi, International Journal of Mechanical Engineering and Robotics Research 9 (2020), p. 1271.

Its special optoelectronic properties make it widely used in various photoelectric devices, such as solar cells, photodetectors, transparent electrodes, and sensors[16, 17].
Xue, Microwave-assisted hydrothermal synthesis, growth mechanism and photocatalytic properties of pancake-like Cd(OH)2 superstructures, Crystengcomm 14(10) (2012) 3495-3500
Kargin, Optical and chiro-optical properties of crystals with sillenite structure, Crystallography Reports 46(2) (2001) 312-335
Rao, Preparation, structural and linear optical properties of zinc sillenite (Bi12.66Zn0.33O19.33) nanocrystals, Journal of Materials Science-Materials in Electronics 24(5) (2013) 1569-1574
Nagarajan, Cd(OH)F: Synthesis, structure, optical and photocatalytic properties, Journal of Fluorine Chemistry 182 (2016) 98-103.