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Investigating the effects that cause surface roughness, change and mechanical properties of outer automobile plates through temper rolling skin pass mill elongation is essential.
Friction is no a factor in the deformation limits of materials; however it is a major factor affecting deformation in the stamping process.
In this study, we will determine surface roughness, mechanical properties and the friction coefficient using different skin pass mill elongations.
In this study, we make a steel sheet using temper rolling and determine the mechanical properties with skin pass mill elongation.
Mechanical properties Yielding strength increased with increasing skin pass mill elongation which caused work hardening of the steel sheet.

These two factors have led to increasing the plastic waste, affecting, adversely, inhabitants and environment.
Recently, the authors explored the effect of PP on the asphalt physical properties.
Here, the current work builds on this study by exploring the mechanical properties of asphalt modified by the same PP grade.
The work is divided into two stages: (1) exploring the asphalt content that gives the best mix design in terms of the properties, and then (2) studying the effect of adding polypropylene waste on the mechanical properties of this optimum mix.
Sieve analysis was performed using mechanical shaker.

Fairly complete review of different works dedicated to the influence of optical fibers on mechanical properties of polymeric composite materials, its usage from mechanical point of view, measuring of strains with the help of fiber Bragg gratings is given in [8].
Modeling of integral mechanical properties Multilayered plate of length l = 125 mm, width s = 45 mm, made from GFRP VPS-33 with glass fiber filler T-10-14 and epoxy matrix ENFB-2M is considered.
The values of effective elastic properties of composite material and mechanical properties of optical fiber are presented in Table 1.
One of the crucial factors affecting the integral characteristics is orientation of optical fibers under the action of external load.
[3] Roberts S.S.J., Davidson R., Mechanical Properties of Composite Materials Containing Embedded Fibre Optic Sensors, SPIE Fiber Optic Smart Structures and Skins. 4 (1991) 326-341

The Effects of High Pressure Gas Burner Parameters on Thermal Efficiency for 2014 International Conference on Machining, Materials and Mechanical Technology (IC3MT) Suttikiat Srisathita and Panya Aroonjaratthamb * Department of Mechanical Engineering, Faculty of Engineering Mahidol University, Nakornpathom 73170, Thailand az-doo_zer@hotmail.com, bpanya.aro@mahidol.ac.th Keywords: High pressure gas burner, thermal efficiency, standard industrial stove.
The gas burner models are of various properties depending on the each factory’s design.
Added to this is how different properties of each model affect gas consumption and thermal efficiency.
Discussions The port design of gas burner was the primary factor of burner perfomance as thermal efficiency and emissions [2].
Conclusions Thermal efficiency of the domestic high pressure gas burner in this study was tested to investigate the significant parameters namely, the degree of outer and inner ports and the number of outer and inner ports, affecting to the burner thermal efficiency.

There are many factors that can affect the engine network performance, such as delay, packet loss and capacity utilization.
It also affects other characteristics of launch vehicle, such as trajectory, flight stability, mechanical properties, etc.
As the main carrier of energy consumption and the main factors of city environmental pollution, realizing its energy saving will become increasingly important.
“Phase shift pulse codes with good correlation properties,” IRE Transactions on Information Theory, vol.
“Polyphase codes with good periodic correlation properties,” IEEE Transactions on Information Theory (Corresp.), vol. 18, no. 4, pp. 531-532, July 2002

This study explores the additive manufacturing of porous Ti-6Al-4V reticular structures using Powder Bed Fusion Laser Beam, with a focus on their morphological and mechanical properties for biomedical implant applications.
The mechanical behavior of the final structure depends strongly on design factors such as porosity, density, and post-processing.
However, these treatments can also thin structural elements, potentially affecting mechanical properties and thus require careful evaluation [4].
Anumalasetty, “Effect of bulk microstructure of commercially pure titanium on surface characteristics and fatigue properties after surface modification by sand blasting and acid-etching,” J.
Fang, “Experimental and numerical studies on mechanical properties of TPMS structures,” Int.

After sintering, the mechanical properties and precision of finished products meet all demands.
The mechanical properties of MIM products are superior to precision casting and traditional powder metallurgy products.
Fe-Ni-Co alloy form by MIM is an excellent structural material, has good mechanical properties and shape-retentive property.
A successful MIM relies on a lot of factors.
Many factors such as material, starting density, powder size, sintering atmosphere, temperature, time and heating rate could affect the sintering rate.

One of the factors that can negatively affect this interpretation is the number of tested samples.
This material belong to category of construction materials and is known for its good mechanical properties, as in statically and dynamically stressed parts.
Good sliding properties, high abrasion resistance and good damping properties make it one of the most widely used construction material.
Radiation crosslinking is used for standard and construction materials, to which this processing gives properties of high-tech materials.
Even though the difference can be seen by the naked eye, the effect of irradiation on creep properties can be affected by subjective impression of the observer.

The properties studied include Inter-laminar Shear Stress (ILSS), Dynamic Mechanical Properties (DMA) such as storage modulus, loss modulus and loss factor using ASTM standards.
Temperature variations could lead to noticeable changes in the polymeric properties and fibre/matrix interface leading to degradation of mechanical properties.
Dynamic mechanical behaviour like storage modulus of the three panels, loss modulus properties, and loss factor are measured using DMA Q800 test machine.
The properties of FRP composite materials determined by different factors such as, fibre arrangement, type of fibre and fibre-matrix bonding.
Dynamic mechanical analysis provides information on the viscoelastic properties of composites.

Thickness of porous layer has little effect on the tribological properties of porous UHMWPE.
They found that the size, shape and content of the porogen in the molding mixture greatly affect the physical properties of the final porous sample.
Porous UHMWPE has porous structure, the mechanical properties is not as strong as normal UHMWPE.
But compare to other factors, the effect of thickness of porous layer is very small and negligible.
Thickness of porous layer has little effect on the tribological properties of porous UHMWPE.