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The effect of silica-carbon black (CB) dual-phase filler on physical properties in terms of only static mechanical tests of the prototype was investigated.
Tensile and tear strength are factors that should concern and emphasize.
Mechanical properties measurement of Rubber vulcanizates.
Mechanical Properties.
Conclusions It can be concluded that increasing silica affects the properties rubber compound and vulcanizates.

In this paper, through the domestic and foreign research experience, the orthogonal experiment on some factors affecting the durability of concrete is designed.
Through the domestic and foreign research experience and orthogonal test of several factors affecting the frost resistance of concrete, this paper presents the optimum mixture ratio by range analysis.
The factors of horizontal arrangement are shown in Table 2.
Constructionand Building Materials . 1996 [2] Chao-Ying Zou,,Juan Zhao,Jian-Lin Luo, et al.Experimental Studies on Mechanical Properties of Concrete under Freeze-ThawAction.
ACI Materials Journal . 1994 [6] W.J.Tang, Slag and steel slag composite powder on cement and concrete properties influence experimental study [D ].

During freezing sinking, the displacement and affecting factors of deep alluvium frozen soil wall was a technical problem which need to be resolved.
The factors affecting it such as frozen soil thick, height of deep alluvium, segment height, exposure time and excavated radius were utilized.
The article took the first Chinese design of deep alluvium frozen soil wall over kilometers as background and makes the numerical simulation analysis to the factors concerning the displacement of frozen soil wall, such as the thickness of frozen soil wall, freezing temperature, the excavation high of wellbore, the properties of soil and the exposure time etc. using the frozen soil creep parameters attributed by the finite deformation and using the numerical analysis software of FLAC2D, then compared with the results of actual measurement engineering.
By making regression analysis, obtained the numerical calculation models of freeze wall’s maximum radial displacement considering frozen wall thickness, alluvial soil depth, excavation section high, excavation radius and other factors, which proved the formula rationally through comparing with engineering measurement datas.
(in Chinese) [6] RONGCHan-xin.Astudy on mechanical characteristic of frozen soil wall and shaft lining as well as their interaction mechanism in deep alluvium[D].

Mechanical properties of Al alloys can be greatly enhanced by incorporating reinforcing particles, forming composite.
The most important benefit of this technique is to find out the possible interaction between the factors.
Mechanical and Wear properties The mechanical properties of a composite depend on many factors such type of reinforcement, quantity of reinforcement, shape, size etc.
The author have produced Al (6061-T6)/B4C composite and investigated its mechanical properties.
Applied load is the wear factor that has the highest physical properties as well as statistical influence on the dry sliding wear rate of the composites among the other factors such as sliding speed and sliding distance.

Analysis of Reliability on Slope Stability Based on Safety Factor Dawei Lv1, a, Baoguo Shi2, b,Fei Wang 2,c and Guanjun Xu 2,d 1Guangdong Road and Bridge Construction Development Co, Guangzhou, Guangdong, China 2School of Highway, Chang’an University, Xi’an, Shanxi, China axingtianwuqi@163.com, b824872533@qq.com, cwangzhongfeii1989@163.com, dshuishishui1988@126.com Keywords:  subgrade engineering; rock slope; safety factor method; Sarma method Abstract: A mechanical model for Sarma method was built based on a sliding of simple non-homogeneous rock slope as the research object.
The slope system is a common geomorphologic shape; its stability depends on the physical and mechanical properties and failure modes of geotechnical.
The changing process of instability and failure modes will be affected by the diversity and complexity of the substance of the slope system and will be decided by complex rock structure, geotechnical conditions and the initial stress state.
The mechanical model is shown in Figure 1.
The stick compartmentalization can be distinguished according to the soil properties of the rock mass and actual landslide structural level.

The properties and the performance of Thermally Stable Diamond Composite (TSDC) directly affect the applications of TSDC in engineering.
The failure risk of the TSDC cutting tips during a cutting process is affected by many factors, including the Depth of Cut (DOC) of the pick with the TSDC tip.
The failure risk of the TSDC tips is significantly affected by the various uncertain factors in the mining environment, including the TSDC material properties, TSDC tip shape and size, rock strengths, the angle of resultant force (or simply resultant angle) on the tips and the Depth of Cut (DOC).
DOC and resultant angle of the resultant force are two major factors that directly affect the characteristics of bending force on the tip in the mining and construction industries.
To strength the study, the impact of the uncertainties in other factors will be analyzed in the future.

Predicting the material's mechanical properties is essential for reducing testing time, cost, and effort.
Introduction Aluminum is the most used nonferrous metal in the local and global industries due to its excellent physical properties, and the wide range of mechanical properties that it attains through heat treatment and alloying [1].
Despite the well-defined steps in the T6 treatment, various factors affect the achieved values of mechanical properties such as hardness and impact toughness.
Their result showed that mechanical properties were not affected during artificial ageing by the prior precipitation process.
Mrówka-Nowotnik, “Influence of chemical composition variation and heat treatment on microstructure and mechanical properties of 6xxx alloys,” Arch.

Effect of Chemical Treatment on Mechanical Properties of Banana and Abaca Fiber Reinforced Composites B.
The fabricated composites are tested to evaluate mechanical properties such as tensile, impact and flexural strength as per the ASTM standards.
The mechanical properties of the treated fiber and untreated fiber are compared and it is found that the mechanical properties have been significantly improved due to the chemical treatment.
The role of potassium permanganate treatment for the improvement of the mechanical properties of jute polypropylene composites [8].
Hossain, Mahbub Hasan, Chemical modification effect on the mechanical properties of coir fiber, Engineering Journal 16 (2012) 73-83

Effect of different ultrasonication applied on the mechanical properties and morphology of nanocomposites were investigated.
By incorporation of graphene nanoplatelets as fillers in the polymer matrices, significant enhancements had shown in some properties of polymer nanocomposites such as mechanical properties, electrical properties and thermal properties [3].
However, distribution and dispersion of nano-scale fillers in the polymer matrix are the key factors that affect the final properties of nanocomposites.
Result and Discussion Flexural properties.
Conclusion Method B with tip sonication shows greater effects towards mechanical properties of epoxy/graphene nanocomposites.

Study on the mechanical properties of the latex-mycelium composite HE Juan1, a, CHENG Cong-mi1,a , SU Da-gen2,b , ZHONG Ming-feng2,b 1School of civil engineering,Guangzhou University,Guangzhou 510006,China 2School of materials science and engineering,South china university of technology ,Guangzhou 510640 acongmi2008@sina.com, bccm88888888@sina.com Keywords: composite, styrene-butadiene rubber latex, mycelium, silane coupling agent Abstract.
Interface is suggested to be a key factor contributing to the properties of the composite[3], thus interface modification is recognized as an effective way of improving the bond between mycelium and polymer.
The compressive strength was measured in accordance with the Standard Test Method for Measuring Compressive Properties of Thermal Insulations[6] in this study, and it was taken as the load that caused a 10% deformation along the horizontal axis.
a) sem image of the mycelial network b) sem image of bond between mycelium and latex Fig. 4 Sem image of the sample treated with latex and coupling agent The effect of coupling agent and sbr latex At last, the effect of sbr latex and mycelial network on the mechanical properties of the composites was studied.
Vol. 118 (2008), p. 106 [6] ASTM C165-2007 Standard Test Method for Measuring Compressive Properties of Thermal Insulations [S] [7] M.Stajic, L.Persky, D.Friesem, Y.Hadar:Enzyme and Microbial technology .