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The research findings indicate that incorporating a laminate layer into the hybrid composite positively affects its mechanical properties.
E-glass fiber, derived from glass, possesses robust mechanical properties and exhibits corrosion resistance.
The tensile test findings indicate that adding laminate layers into the hybrid composite positively affects its tensile properties.
Hybrid jute/glass reinforced laminate mechanical properties.
Effects of Laminate Layering on Mechanical Properties of Hybrid Composites.

Analytical-parametric-based creep life estimation model combined with the Creep Factor approach was developed and integrated with an existing engine performance model to allow the estimation of various hot section component creep lives and the computation of the Creep Factors.
Many studies have been conducted in order to understand how these changes affect the creep life.
Using an analytical-parametric-based HP turbine blade creep life prediction model, the mechanical and thermal stress analyses were performed on the HP turbine blades.
Shusen, “Creep behaviors and effect factors of single crystal nickel-base superalloys,” Materials Science and Engineering: A, vol. 499, no. 1–2, pp. 352–359, 15 2009
Harada, “A factor analysis of creep rupture properties of Ni-base superalloys,” Journal of the Japan Institute of Metal, vol. 69, no. 8, pp. 691–694, 2005

Based on data analysis, the dynamical mechanical behavior of concrete with high temperature is affected by not only the strain rate effect whose influence keeps on decreasing with temperature increasing, but also the high temperature weakening effect.
According to the investigation, research findings in allusion to dynamic properties of concrete with high temperature are still rare.
In this paper, with the experimental system of high-temperature split Hopkinson pressure bar (SHPB) and microwave heating technique, a set of high temperature SHPB experiment technique is designed, multiple sets of tests at high and normal temperature are carried out, then the effect of temperature and loading velocity on mechanical properties are analyzed and compared, finally dynamical stress-strain curves of concrete with high temperature are obtained, and dynamical mechanical behavior is analyzed.
At temperatures below 600 ℃, the peak stress of concrete improves with the strain rate increasing under the same temperature, while at the same strain rate, the peak stress declines with temperature increasing; namely, it shows the significant strain rate effect and temperature effect in the dynamic mechanical properties of concrete with high temperature.
High-temperature concrete can be regarded as a porous material, the matrix material of which is aggregate with brittle characteristics and cement colloid, thus its dynamic mechanical properties will not appear in the plastic yield platform and dense stage (such as foam aluminum [18]), but in the compaction breakage stage.

Heat loss through solid boundaries is a key factor which determines the temperature of smoke layer at quasi-steady state and will be discussed in this paper.
Status of smoke layer might be affected by some points such as heat release rate of fire, exhaust rate, geometric and thermal conditions of the fire room and so on.
Heat loss of smoke layer through solid boundaries is a key factor which affects temperature of smoke layer at quasi-steady state of mechanical exhaust.
Model 2: Considering convective and radiative heat loss integratively A 2-layer zone model was proposed by YI[7] to calculate smoke layer properties with mechanical exhaust in an atrium.
In a fire room, The ratio of heat loss through solid boundaries to the convective part of fire power, χ, depends on the geometrical constraints, ventilation conditions, thermal properties of solid boundaries and others.

The process of scaling is mainly controlled by the composition and properties of produced fluid.
In this paper, we analyzed the relationship between scaling and the properties of produced fluid and established the warning mechanism for this problem.
This was also one of the key factors that caused the reduction of reservoir permeability.
Statistically analyzing the properties of produced liquid and scale composition in mechanical production wells in experimental regions.
The critical factors influncing the mechanical production well scaling are pH value, basicity, scaling cations and silicon content.

Very significant feature of spinning is ability to produce components with high mechanical properties and high quality of surface layers.
Very significant feature of spinning is ability to produce components with high mechanical properties and smooth surface finish [3, 4].
These factors define the surface integrity of component and have direct impact on service life.
In order to assure the statistical properties the runs were made in randomised order.
Metal spun and deep drawn part´s surface layers properties evaluation.

Besides, in order to improve the biological activity, micro regulation of three factors including the roughness, porosity and crystallinity of the coating surface could been used.
The titanium and titanium alloys, because of its good biocompatibility, corrosion resistance and mechanical properties, has become one of the most potential materials as human hard tissue implant [1,2].
In order to combine the advantages of titanium alloy’s mechanical properties and HA’s biological activity, the preparation of HA bioactive coating on the surface of titanium and titanium alloy is the most popular approach.
The effect of surface roughness of the implant on Cbfa1 transcription factors regulating the differentiation and mineralization of osteoblast was studied [16].
The degree of crystallinity is also one of the factors affecting the biological activity of the coating.

According to the experimental results, we develop an evaluation method applicable to usage of sealing rubber material under LT-MED conditions, and rubber material properties are measured by the changes of mechanical indicators.
Initial properties of XT are shown in Table 2 Table 2 Initial properties of XT Rubber name Tensile strength（MPa） Elongation at break（%） Shoer hardness XT 13.71 540.80 61.7 2 Results and discussion 2.1 Single-factor aging experiment.
XT's property changes after aging to 7 days under each of four ambient factors are shown in Fig.4.
Prediction of mechanical properties of po1ych1oroprene during thermo-oxidative aging, J.
Influence of clay modification on the structure and mechanical properties of EPDM/ montmorillonite nanocomposites, J.

The addition of MPW fibers to lightweight concrete used as filling material in buildings’ slope forms and bridge access ramps showed potential for enhancing certain mechanical properties, but their effects were influenced by factors such as curing age and fiber dosage.
Mechanical properties of concrete reinforced with alternative fibers.
Determining the mechanical properties of concrete.
Determining the mechanical properties of concrete.
Determining the mechanical properties of concrete.

Low-calcium fly ash-based geopolymer concrete: long-term properties. 
Effect of mechanical activation of fly ash on the properties of geopolymer cured at ambient temperature. 
Effect of mechanical activation of fly ash on the properties of geopolymer cured at ambient temperature. 
Factors affecting the suitability of fly ash as source material for geopolymers. 
Influence of calcium compounds on the mechanical properties of fly ash geopolymer pastes.