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The results showed that the mechanical properties, in terms of Young¢s modulus, yield stress, and cold drawing stress, are affected by the level of crystallinity and by the crystalline forms present.
The mechanical properties were measured by a tensile testing machine (Z010, Fa.
Elastic Modulus (±0.5MPa) Yield stress (±0.5MPa) Elongation at break (±2%) PA6 matrix 6.9 30.1 186 PA6/Al2O3 1% 7.5 32.9 173 PA6/Al2O3 2% 8.8 35.8 177 PA6/Al2O3 5% 7.7 35.7 160 PA6/Al2O3 7.5% 6.8 35.9 126 PA6/Al2O3 10% 8.3 35.1 121 In order to study the factors which contribute to the reinforcement of mechanical properties, the structure and crystallization behavior were investigated.
The effect of orientation on mechanical properties has been studied by Li and coworkers [12].
Study on mechanical properties shows the mechanical reinforcement effect of loading ZnO nanoparticles is better than loading Al2O3 nanoparticles.

Experiment Research on Mechanical Properties and Penetration Performance of UHMWPE Fiber Concrete Yuwu Zhang, Luhui Yan, Lin Zhu, Sheng Zhang, Lingfeng Li Basic Education School of Commanding Officer, National University of Defence Technology, Changsha 410073, China zyw_86@126.com Keyword: UHMWPE fiber, concrete, mechanical properties, penetration performance, experiment Abstract.
The basic mechanical properties and penetration performance of a new type of fiber concrete reinforced by UHMWPE fiber were experimental investigated.
The influences of fiber addition, forms at fiber ends, fiber dimensions and other factors on anti-penetration performance and mechanism of the SFRC are investigated [5-7].
Ultra high molecular weight polyethylene (UHMWPE) is a new kind of ballistic fiber [9] which has excellent properties of impact-resistance.
Mechanical Properties Primary materials and Mix design of concrete.

It was hypothesised that the mechanical properties would be linked to the shape of the pore structure due to the orientation of the open porous scaffolds (OPS) produced.
Factors such as porosity, biocompatibility and structural integrity are of critical importance in the development of bioactive calcium phosphates [5, 6].
Figure 3 gives a summary of the mechanical properties for the OPS produced.
The mechanical properties of the samples produced were found to be low.
Elongating the pore structure in transverse and longitudinal directions did not affect the total porosity of the bioceramics or their mechanical properties.

Asphalt aging is a pivotal factor affecting the service performance of asphalt pavement.
Introduction Asphalt aging is a crucial factor affecting the service performance of asphalt pavement.
In the aging process, a series of physical and mechanical properties of asphalt will change, which has been studied by standard test methods for many years.
This experiment studied the influence of ultraviolet rays on asphalt composition, structure and properties.
(4) Ultraviolet aging obviously affects the rheological properties of asphalt at low temperature, which shows that the composite modulus increases and the phase angle decreases.

The continuous development of steel products requires the detailed investigation of relationships between the production technology, microstructure, and mechanical properties.
That is why it is not surprising that several scientists aim to evaluate the relationship between the microstructure and mechanical properties of the thermomechanically rolled steels [4,5].
In order to investigate further the relationship between the microstructure and the mechanical properties and to separate the effects of the different microstructural parameters, a correlation analysis was carried out.
This means that the morphological anisotropy of the steel strips produced by controlled temperature rolling has a significant effect on their mechanical properties.
The method of the controlled temperature rolling has a significant effect on the nature of the relationship between the microstructure and the mechanical properties of the steel strips.

Even though, there are some molding factors which could affect products quality.
These factors represent potential sources of variability in the analysis system.
The observed mechanical properties are explained in terms of fiber orientation.
Especially, the buckling of neat PBT is not clear affected by those process factors at all.
Factors Influencing Fibre Orientation and Mechanical Properties in Fibre Reinforced Thermoplastics Injection Mouldings.

This paper analyzes the key factors for deformation control, researches the influencing factors on slurry wall stability during slurry trenching and concreting for diaphragm wall, and proposes control measures to control the stability of slurry wall and matters need attention, which is of great significance to guide the foundation construction.
The influencing factors There are a number of factors influenced on the slurry wall stability.
The properties of slurry.
The properties of foundation soil.
The properties of foundation soil have very important effect to the stability of foundation pit.

Processing Defects and Nanoindentation Mechanical Properties in Tape Cast Alumina/Zirconia/Mullite Layered Composites S.Y.
Therefore, any residual stress remaining in the adjacent layers will be an important factor governing the mechanical properties of layered composite.
In such a case, the magnitude of residual stress would decrease gradually away from interlayer, with a similar tendency for the mechanical properties.
Even though the higher residual stress in the A/YZ(2) compared to the A/YZ(1) region, the mechanical properties in the A/YZ(2) region were low.
Summary The mechanical properties determined by nanoindentation are strongly affected by the presence of processing cracks in the sintered alumina/zirconia/mullite symmetrically layered composites.

The physical and mechanical properties of lightweight concrete conformed to the Thai Industrial Standard 2601-2013.
Changes in the proportion of Portland cement in LWC have dramatically affected on the physical, mechanical and thermal properties of lightweight concrete.
The physical and mechanical properties and thermal conductivity were tested.
Ungkoon, Investigation of the compressive strength, time lags and decrement factors of AAC-lightweight concrete containing sugar sediment waste, Energ.
Ungkoon, “Improving mechanical properties of autoclaved aerated concrete by sugar sediment, Adv.

Study on Desulfurized Gypsum-steel Slag Composite Gelled Material Mechanics Properties Runxia Hao Xiaoyan Guo （School of Architecture and Civil Engineering,UST Inner Mongolia,Baotou 014010,China) haorx5300630@163.com gxy.jiang@yahoo.com.cn Key words: Desulfurized gypsum, Steel slag; Activator, Mechanical properties Abstract.
According to sevengroup samples made by the above experiments method,testing sample’s flexural strength andcompressive strength,the result is as shown in figure 1 below.From figure 1we can see that,with the increase of the ratio of steel slag, desulfurized gypsum/steel slag gelled material’s mechanical properties show the general trend of lower.
Among them, factors affecting the performance of gelled material according to descending order are alumina sulfate mixed quantity, cement mixed quantity, triethanolamine mixed quantity’s affect on the performance of gelled material is at the least.
Effects of aluminum sulfate on the properties of FCD gypsum-st-eel slagcomposite .
Effects of retarder on the properties of desulfurizedgypsum/steel slag composite.