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The load-depth curve in Fig. 1 is general raw data from the test, from which various mechanical properties can be obtained.
However, this standard deals only with hardness and elastic modulus, which are insufficient for evaluating mechanical properties.
Generally, tensile properties are considered the most important mechanical properties.
Therefore, in this study we investigated what properties affect the constants and determined their optimum values using finite element analysis.
Due to the small elastic deformation, the elastic property does not affect the plastic constraint factor.

These filaments underwent different characterization techniques to test its mechanical and thermal properties.
The study also covers the testing of the mechanical properties of the developed PLA-MMT composites and compared it with the virgin PLA.
These pellets were then stored in a Ziplock bag and kept in an airtight container with desiccant to prevent any moisture from affecting the materials.
The mechanical properties such as tensile strength, strain at break, and the modulus of rupture are shown in Fig. 4.
Enhancement of mechanical properties of PLA/PCL (80/20) blend by reinforcing with MMT nanoclay.

Influence of Graphite and Carbon Nanotubes on the Mechanical and Electrical Properties of Cast Epoxy Composites Clarissa F.
They have excellent electrical insulation and mechanical properties.
In epoxy composites with graphite and carbon nanotube reinforcements, the dispersion of the carbon nanotubes and the interfacial adhesion between the phases, matrix and reinforcement, are important factors that influence the properties of the composite [4, 12].
Table 1 – Mechanical properties of the epoxy composites.
This fact affects the mechanical properties as mentioned previously

The Mg-12Gd-2Y-Sm-0.5Zr (wt. %) alloy was prepared by casting technology and the microstructure and mechanical properties of the alloy have been investigated.
High thermal stability and good mechanical properties are crucial for the wider future application of magnesium alloys.
However, the application of the Mg alloys is limited due to their low mechanical properties especially at elevated temperature.
It was found that the Mg-12Gd-2Y-Sm-0.5Zr alloy has excellent mechanical properties and anomalous temperature dependence of tensile strength in the temperature range from 20～300℃.
In this paper, the microstructure and mechanical properties of high performance Mg-12Gd-2Y-Sm-0.5Zr are investigated.

They were then tested using conventional mechanical tests at 1070°C/140MPa to determine the effects of exposure on stress rupture properties.
Introduction Nickel-based single crystal superalloys are predominately used as materials for turbine blades in aero-engines because of their excellent mechanical properties at elevated temperatures.
Microstructure instability of single crystal at elevated temperature during service causing γ' coarsening and formation of topologically close packed (TCP) phases can be a concern for second generation single crystal alloys, since the stress rupture properties can be adversely affected.
The coarsening of the γ' precipitates was observed to be the main factor in the degradation of the stress ruptures properties.
The coarsening of the γ' precipitates was observed to be the main factor in the degradation of the stress rupture properties.

In some conditions, there will be a great deal of and larger grains on the surface of films because of small differences in deposition time, thus affecting the optical electrical, properties and limiting the application of CdSe films [10].
Electrochemical workstation (Corrtest) was used to test electrical properties. 3.
By analysis of the test results (Table 1) and calculating the absorbance and the very poor S of the various factors, pH value has been the biggest factors in poor, thus the main factors which affecting the CdSe film absorbance is the pH value.
Fig. 2 I-V curves of CdSe films 3.3 Surface morphology of CdSe thin films by AFM Fig.3 AFM imagine of CdSe films According to the main factors affecting the absorption is pH value, We changed the preparation of samples 3 PH, and tested their surface morphology.
Highly dispersed nanosilica-epoxy resins with enhanced mechanical properties, J.

The effect of interlayer on the structure, morphology and mechanical properties of bilayer films were investigated.
The relative fraction of sp3 to sp2 bonding structure in the films is a very important factor affecting these properties mentioned above [4].
The influence of interlayer on structure and mechanical properties of the films is investigated in detail.
These two factors enable the sliding of the grain–matrix interface in Cu/DLC bilayer.
Jin, Structure and mechanical properties of Ti alloyed DLC Films, J.

Among all the surface integrity properties, the residual stress profile is the dominating factor that influences the machined workpiece fatigue life [6, 7].
The material mechanical properties are also a strong function of the material microstructure states.
For example, the white layer formation in the machining process is reported to be a strong factor that influences the surface integrity properties [13].
The a phase has much superior material mechanical properties than the b phase.
[25] Lütjering, G., Influence of processing on microstructure and mechanical properties of (α+ β) titanium alloys.

Comparative Analysis of the Physical and Mechanical Properties of Composites with Functional Fillers Based on Waste Vyacheslav V.
A comparative analysis of the tested physical and mechanical properties is carried out, depending on the characteristics of the particle size of the fillers.
Samples were taken from the composites obtained for the study of mechanical properties.
Investigations of physical and mechanical properties were carried out at the Research Center “Wood-polymer composites”, Moscow.
Shibakov, Mechanical properties of filled polyvinyl chloride compositions, Bulletin of Kazan Technological University. 15(17) (2012) 107-109

Introduction Asphalt-aggregate interface is the decisive factor in asphalt concrete structures, which directly affects the performance of asphalt concrete, such as high temperature stability, water stability and structural strength, etc. [1].
Cohesive properties of the asphalt could according to the surface energy theory test to acquire.
Asphalt plays a role of binder in asphalt mixture, asphalt-aggregate bonding properties directly affect the life of asphalt mixtures.
And the changes of interface morphology depend on the factors of the volume fraction of asphalt and specimen molding time [12].
Therefore, developing a more reasonable test system, quantitative revealing the rule of asphalt-aggregate interface mechanical properties and establishing a more rational mesomechanics analysis model to predict asphalt macroscopic mechanical properties will undoubtly an urgent task in the industry.