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TG stabilizer is mechanical property well and simple to construction.
Influence factors and level.
Main factors affecting cement and flyash stabilized soils are: cement content, flyash content and stabilizer content. 3 levels were chosen that cement content 4.0%, 5.0%, 5.5%. flyash content 10%,15%,20%.
the ranking of factors influencing 7d and 28d strength of stabilized soil is cement content>stabilizer content>flyash content.
It is a good mechanical property material and simple to construction.

The elevated temperature mechanical properties of the samples were tested and the strontium phases in the AE42 and their influence to the mechanical properties analyzed.
Introduction Magnesium alloys have low density and good properties, which include high specific strength, good mechanical properties, and excellent electrical and thermal conductivity.
AE42 AEJ4202 AEJ422 Fig. 2 XRD of the samples Material thermal properties .
The stability of the second-phase particles (melting point and thermodynamical stability), the refined grains and the aluminum supersaturation of α-Mg are major factors influencing the creep resistance of AEJ series alloys.
Therefore, the proper control of the addition of Sr is an efficient way to strengthen the thermal properties of AE series alloys.

Seam welds modeling and mechanical properties prediction in the extrusion of AA6082 alloy L.
This could lead some author to consider Pm as the only parameter affecting the weld formation.
Process speed is known to be another important parameter affecting the weld quality.
Dynamic properties.
The relationship between welding conditions and mechanical properties of the extruded profiles has been analyzed.

A better understanding of the dynamic mechanical properties of the composite will help to define structure/property relationships as it is sensitive to internal structure and subsequently to relate these properties to the product final performance, Kaynak et al. [1996].
Khatibi et al. [2002] studied the existence of different interphases in the composites using DMA and found that cyclic loading affects the fibre-matrix interfacial properties in the composites.
Fouad et al. [2005] observed that pre-heat treatment process on UHMWPE strongly affects its mechanical and visco-elastic properties.
There are different parameters affecting the molecular motion within the matrix.
Landel: Mechanical Properties of Polymers and Composites (Marcel Dekker, New York 1994).

This study investigated how the dynamic mechanical properties (chemical composition) of polymer layer affect the noise damping of wood/polymer/wood sandwich composites.
Dynamic mechanical properties and loss factor (tanδ) of polymer materials were measured with Rheovibron DDV-Ⅱ (Toyo Baldwin co.) at a frequency of 110Hz and a heating rate of 1°C/min in a tensile mode.
For the acoustical measurements at several temperatures, the panels were cooled or heated to control temperature before being tested Results Dynamic mechanical properties.
Table 1 shows the dynamic tensile properties of E-VAc copolymer, the loss factor of wood/polymer/wood sandwich composites in bending mode and the impact sound pressure level (dB(A)) of sandwich composites.
However, the dynamic mechanical properties of E-VAc copolymer are different from those of random copolymer.

Furthermore, various factors influencing the qualities of ultraviolet-curing abrasive tools are discussed.
The dominated performances involve several factors such as retention of the particles in the bond, mechanical performances of bond, adhesion of bond to substrate, etc.
The shrinkage of UV-curing resin is a very important factor affecting the adhesion performance when it is cured.
Improvement of the performances of ultraviolet-curing abrasive tools involves several key factors.
Appropriate fillers have good effects on reinforcing mechanical properties of ultraviolet-curing abrasive tools.

The formula gives the vehicle traction, analyzes the factors that affect vehicle traction and proposes an effective method to improve vehicle traction.
Many mechanical engineering job object is the soil, so construction machinery and ground is a natural continuum. 
With the development of technology,people are increasingly demanding high performance machine, the safety factor under the cover of many unknown factors gradually prominent role, forcing people to go in-depth study of the interaction process and the relationship between the vehicle and the ground[2,3,5].
Vehicle maximum traction when driving on soft ground can be generated by the tangential shear strength limit soil shear properties of soil is therefore important characteristics of the vehicle in the soft ground by nature[1].
Epilogue   This paper outlines the mechanical properties of the soil and the soil on the shear stress and strain relations; were calculated traction tracked vehicles and wheeled vehicles, the calculating method of traction, traction deduced formulas, but also for Factors that affect vehicle traction are described in detail; finally proposed to improve the traction method. 

Andión, Effect of carbon fibres on the mechanical properties and corrosion levels of reinforced portland cement mortars, Cem.
Effect of carbon fiber dispersion on the mechanical properties of carbon fiber-reinforced cement-based composites, Mater.
Nikbin, On the mechanical properties of concrete containing waste PET particles, Constr.
Loza Yañez, Effects on mechanical properties of recycled PET in cement-based composites, Int.
Yanez, Effects on mechanical properties of recycled PET in cement-based composites, Int.

It provides the way to obtain the coating with required physical, mechanical and chemical properties.
Despite the good properties of these coatings, due to increasing aggressiveness, the new methods to improve their properties are sought.
The basic mechanical properties of the material were determined in the static tensile test using the Instron 4469 machine, these results are presented in Table 2.
Michalik, Influence of Solutionizing on Structure and Mechanical Properties of ZnAl40Cu3 alloy, Materialwiss.
Michalik, The effect of modification with rare earth elements on ZnAl22Cu3 alloy structure and mechanical properties, Arch.

Effects of epoxy/SiO2 hybrid sizing on the mechanical properties of carbon fiber composites C.H.
It has been generally recognized that the fiber/matrix interface is one of the major factors affecting the mechanical properties of carbon fiber composites.
Therefore, it is necessary to modify the fiber surface to enhance the interfacial bonding property and improve the mechanical properties of carbon fiber composites [1,2].
The increase in mechanical properties of the sizing treated composites has been reported [3,4], but the increase degree is not very large for the common sizings.
ILSS and impact properties of the composites were used to analyze the effects on mechanical properties of composites. 1.