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Research on properties of materials based on extension evaluation method Yaolin Liu Keywords: Materials, Mechanical Properties, Matter-element Theory, Extension Evaluation Abstract.
It is often used to evaluate things with many affecting factors.
Analysis on factors of properties of materials There are many kinds of factors of properties of materials, including Chemical composition,Heat treatment condition,Physical properties and Mechanical properties etc.
During the selection of materials, the mechanical properties of materials are much analyzed, it has the following factors.
It is suitable for the evaluation with many Influence factors.

In addition, with the flexible design of the base thickness and the change of contact state between slab and base, effects of base parameters on mechanical properties of pavement structure was complex.
Thickness and modulus of base were factors to optimize.
Fig.2 Interlayer shearing test Fig.3 Shearing force – displacement curve Effect of base parameters on mechanical properties of pavement structure Effect of Base Parameters on Maximum Stress of Slab and Base.
Interlayer contact parameter was the primary factor affecting shear stress.
Meanwhile, interlayer shear stress was close to 0 when the contact parameter was "A1". 4, Interlayer contact status was the main factors affect slab warping.

In this manuscript, we studied the mechanical properties of the cement-lime-treated loess soils with different weight ratio.
The physical indices and strength properties of these samples tested are analyzed in detail and their main influence factors are also investigated.
There are many factors affecting the optimal water content of the samples, including soil properties, the value of compaction work, etc.
There are other factors, like the dry density, curing enviroment, etc., affecting the stregnth of the samples treated by lime-cement or cement,which should be investigated further.
(2) The strength of the samples are affected by many factors including treated materials, compatcion work, water content, and age.

The metallurgical properties and weld bead geometry and mechanical properties of the joints determine the quality of the joints.
Final equation in terms of coded factors: FZ=411.39-97.23*A-26.08*B-3.23*C, final equation in terms of actual factors: FZ=810.53-194.45*Laser power-13.04*Welding speed-0.06*Focal distance.
The formation of microstructures and the changes in widths of the fusion zone and heat affected zones have more effect on the developing of mechanical properties of the joints.
Che, Improving mechanical properties of dissimilar material friction welds, Appl.
Sivaprasad, Evaluation of microstructures and mechanical properties of dissimilar materials by friction welding, Procedia.

Mechanical Properties of Cubic SiC, GaN and AlN Thin Films Jörg Pezoldt1,a, Rolf Grieseler2,b, Thorsten Schupp3,c, Donat J.
The mechanical properties of the epitaxial layers were investigated by nanoindentation.
Compared to non-piezoelectric materials, the piezoelectricity adds an additional energy dissipation path which might affect the vibrational properties and the quality factor of the MEMS device [3].
The mechanical and dissipative properties are affected by the epitaxial layer quality, their dislocation densities and the residual stress.
The mechanical properties of 3C-SiC are mainly studied on thick epitaxial layers, but advanced applications [4] require thin films exhibiting different mechanical properties [2].

The Effect of Various Nanoclay Surface Modifications on the Thermal and Mechanical Properties of Amorphous Polyamide Nanocomposites Khairul Anwar ABDUL HALIM1,a*, James E.
This is due to the affinity between polymer matrix and nanoclay is of important factors should be considered.
The type of clay grades significantly affects the mechanical properties of the amorphous polyamide nanocomposites.
In order to achieve a good dispersion, preferably exfoliation of nanoclay platelets, the affinity between polymer matrix and nanoclay is one of the important factors should be considered.
Fig. 3: The effect of different nanoclay grades on the ultimate tensile stress and strain at break for aPA TR90 and aPA TR 90 nanocomposites The type of clay grades significantly affects the mechanical properties of the amorphous polyamide.

China a durisheng851018@163.com , bjhpeng@scut.edu.cn Keywords: TiN/TiAlN coating, Current density, SKH51 steel, Microstructure, Mechanical properties Abstract.
During deposition, the effect of target current on microstructure and mechanical properties is responsible for the number, energy of emission target particles and distribution of target droplets.
In this paper, Ti-Al-N coating on SKH51 was deposited by multi-arc ion plating and the effect of target current (density) on coating's mechanical properties and surface morphology was investigated.
In this study, the adhesion force is controlled by above two factors at the same time.
In order to get a optimal TiAlN coating on SKH51 steel, it is necessary to make further study on the effect of other factors.

The Study of the Affect Factors on the Soaping Fastness Resistance of Inkjet Ink Jifang Yana, Beiqing Huangb and Xianfu Weic Beijing Institute of Graphic Communication, Beijing, 102600, P.R.China ayanjifang0729@163.com , bhuangpeiqing@bigc.edu.cn, cweixianfu@bigc.edu.cn Keywords: Soaping fastness, Curing temperature, Curing time, Particle size, Binder Abstract.
This paper is to study factors that affect soaping color fastness of inkjet printing ink.
Considering curing condition as a constant, study the affect of other factors on soaping fastness of ink, like particle size, the binder content and varieties of binder.
There is important significance to improve soaping fastness by discussing these factors.
Fu: Preparation and Properties of Waterborne Dispersions of Ultrafine Organic Pigments (Ph.D.

This work uses nanoindentation and nanoscratch to measure the mechanical properties of evaporation copper thin films.
The mechanical properties are then determined by indentation test and lateral force test produced by nanoindenter and nanoscratch.
The results represent the substrate has a significant effect on the mechanical properties of the thin films.
In engineering applications, one of the basic problems is to determine the mechanical properties of materials.
The aim of this work is to measure the mechanical properties of thin films by using nanoindentation and nanoscratch.

Despite that 42CrMo4 steel material properties of are well documented [9,10], there is still an interest in studying the mechanical properties of such material [7,11].
Table 4 – 42CrMo4 mechanical properties Hardness Brinell Yield Strength [MPa] Elastic Modulus [GPa] Tensile Strength [MPa] Poisson’s Ratio 197 415 200 655 0.29 In Table 4 it is shown that in terms of mechanical properties the 42CrMo4 does not meet the same mechanical properties performance as Inconel 713C but it is still a medium performance steel.
An investigation of the factors affecting the design of drum dryers.
Electronic structure and mechanical properties of plasma nitrided ferrous alloys.
Martensitic–austenitic 9–12% Cr steels – alloy design, microstructural stability and mechanical properties.