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Introduction Epoxy resin is the major matrix for composites with outstanding mechanical, thermal, and electrical properties.
In this paper, we report the mechanical properties of glass fiber reinforced epoxy with CNF.
There are many factors affect the improvement of composites, such as dispersion and surface treatment of CNF, which make the prediction of mechanical properties difficult.
Mechanical and tribological properties of carbon fabric composites filled with several nano-particulates.
Experimental study of mechanical and electrical properties of carbon nanofiber/epoxy composites.

The optimal dosage of suitable retarding admixture in the means of mechanical properties has been determined.
Mechanical properties.
One of the objectives was the determination of binder phase responsible for the mechanical properties of the material.
Hu, Properties and application of alkali-slag cement, Journal of the Chinese Cement Society 21 (1993), 176–181
Li, Investigation on some factors affecting the characteristics of alkali-phosphorus slag cement, Cem.

It is widely recognized as a high-quality material due to its excellent properties and versatility, especially in terms of mechanical, durability, and thermal properties [3–5].
Results and Discussion Effect of UV Light Exposure on Mechanical Properties.
It was obtained that the addition of CR affected the mechanical properties of PU because chlorination treatment on rubber could increase the surface energy of the rubber.
This illustrates that the sample began degrading, resulting in a decrease in mechanical properties.
The morphology and chemical structure characterizations showed agreement regarding the improvement in the mechanical properties.

Therefore, plastic strain introduced by the cold working must be considered as a factor affecting the hydrogen embrittlement in addition to the applied stress and the content of diffusible hydrogen entered into steels, which are considered as factors in the studies of high strength steel bolts.
Mechanical properties of the steel are shown in Table 1.
Mechanical properties of the steel used.
Mechanical properties of the steel used.
Mechanical properties of the steel used.

For both VHDPE and RHDPE, rice straw fiber systems had comparable mechanical properties with those of wood composites.
Performances of PVA/RS composite were affected by many factors, for example, hot-pressing time, hot-pressing temperature, raw material ratio.
Otherwise, season is also an important factor for PVA/RS composite preparation.
Summary Many factors such as hot-pressing time, hot-pressing temperature or raw material ratio affect PVA/straw composite.
In addition, season is also an important interesting factor.

Besides the mix design, fiber distribution is another crucial factor for strain-hardening properties of ECC [5,6].
At the same time, the fresh properties reach the condition for a desirable plastic viscosity before the fiber addition.
Improved fiber distribution and mechanical properties of engineered cementitious composites by adjusting the mixing sequence.
A design approach for the mechanical properties of polypropylene discontinuous fiber reinforced cementitious composites by extrusion molding[J].
Flowability of fiber-reinforced concrete and its effect on the mechanical properties of the material[J].

These factors affect their resistance to oxidation and oxidation and degradation mechanisms.
The relatively low content of Al in the latter alloys results from its detrimental effect on their mechanical properties.
It should be noted that the mentioned above groups of materials exhibit considerably different mechanical properties which affect their propensity to stress-induced deformation.
Yttrium is the best recognized alumina dopant which segregates at grain boundaries, and through this process changes its microstructure from equiaxed to columnar, affecting the scale growth mechanism [30-32].
AES in-depth distribution profiles Modeling of the Oxidation and Degradation of 'Alumina Formers' : General Discussion Substantial progress in understanding of the oxidation and degradation of 'alumina formers' achieved recently results from taking into account a variety of factors which affect their behaviour under service conditions.

And the effects of the ratio of UF resin and blocked isocyanate, hybrid method and the additive on the properties of the plywood were also studied.
UF resin and isocyanate curing manner, directly affecting the bonding strength and formaldehyde emission of plywood.
Based on an overall consideration of various factors, we plan to choose 5% of blocked isocyanate.
The results of this study demonstrated that the water-resistance and mechanical properties particleboard improved with increasing of melamine intensity.
Conclusions In this work, the physical properties of plywood by UF resins and blocked isocyanate were investigated.

The Property Comparison of Coating Prepared by Oxygen-acetylene Spray Welding Technology and High-frequency Induction Remelting Technology Junfeng Zhu1,a, Weifeng Xiao2,b, Gang Liu2,c and Shulin Wang1,d 1School of Mechanical Engineering, Jiangsu University, Zhenjiang, 212013, China 2Shanghai Tool Works Co.
Through investigating coating surface, interface of coating, microhardness and wear resistance of coating on thin plane material, we can further make sure which technology is more suitable for the coating manufacturing and find out external factors having bad effect on coating quality.
In order to avoid being affected by external factors, spraying coating should be heated by high-frequency induction heating machine instantly.
Self-fluxed alloy powder plays a significant role in mechanical remanufacturing area.
Its chemical composition and property parameters are shown in Table 1, which is an important factor to make us choose appropriate self-fluxed alloy powder to meet different needs successfully.

Meanwhile, the safety factors in different stages were obtained from numerical simulation.
To consider the heterogeneity of rock or rockmass at the mesoscale level, in RFPA2D code [6], the solid of structure is assumed to be composed of many mesoscopic elements with the same size, and the mechanical properties of these elements are assumed to conform to a given distribution law, such as uniform distribution, normal distribution or Weibull distribution.
Hereby, Weibull distribution is employed to define the material properties, and it can be described as following: (3) where u is the mechanical parameter of the element, such as strength, elastic modulus, etc; the scale parameter u0 is related to the average of the element parameters and the parameter m defines the shape of the distribution function.
It thus can be concluded that faults and fractures are one of the most significant factors on the slope stability.
The safety factors of the slope at the natural state, as well as after excavation and reinforcement, have been rationally obtained.