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Process schemes and factors improving adhesive properties and wetting quality of the fiber with the alloy are shown.
Moderate thermal effect, the kinetic pressure and other factors of external action can change distance between atoms within few percent and are unable to affect this discrepancy and, as a consequence, the surface energy and wetting quality.
All mechanical characteristics of the obtained samples are higher in comparison with the foundry alloy AlSi9Mg.
Melt treatment by pulsed magnetic fields aimed at controlling the structure and properties of industrial silumins // Russian Journal of Non-Ferrous Metals. 2016.
[5] Li S.H., Chao C.G., «Effects of carbon fiber/Al interface on mechanical properties of carbon-fiber-reinforced aluminum-matrix composites» Met. & Mat.

By studying a typical rectangle PCB, the design parameters affecting natural frequency of PCB are found in the paper.
Theoretical Analysis of Modal Sensitivity Sensitivity means the change of gradient about concerned properties of a product with respect to the design parameters.
Geometrical property sensitivity analysis.
Based on the analysis above, all the results are calculated in Fig.7 (b) after further sensitivity analysis of different factors.
Mechanical Vibration [M].

Some main mechanical properties such as elastic moduli, elongation and creep depend on the fiber properties [16].
Fig. 1 Microstructure of filter paper Filter paper, whose physical and mechanical properties are shown in Table 1, has a well-defined anisotropy in their mechanical properties associated with a elasto-plastic behavior in a preferential orientation of the fibers in the Machine Direction (MD), Figure 2.
Table 1 Physical and Mechanical Properties of Filter Paper.
Properties and Performance of Natural-Fiber Composites.
Fiber properties and their influence on paper structure.

This, in turn increases the elastic compliance and plastic energy dissipation ability of the bulk solder, which are the key factors to enhance the drop resistance [9].
Thus, the aim of this study is to investigate the influence of Si3N4 particles addition on the microstructure, thermal behavior, and mechanical properties of SAC107 solder alloy.
It may be noted that with increasing quantity of reinforcement particulates into solder could affect the solder properties.
Che, Microstructure, mechanical, and thermal properties of the Sn–1Ag–0.5Cu solder alloy bearing Fe for electronics applications, Mater.Sci.
Ahmad, Mechanical properties of Sn–0.7Cu/Si N lead-free composite solder, Materials Science & Engineering A 556 (2012) 633–637

However, past research results [2] show that the properties of ZrB2 based composites are strongly dependent on processing.
The mechanical, thermal, and oxidation properties of the zirconium diborides, carbides and their composites with SiC reinforcements have been evaluated by Opeka et al. [4] and Monteverde [5].
The present study is focused on the microstructure, mechanical properties, thermal shock and ablation resistance, as well as isothermal and non-isothermal oxidation behaviour of the hot pressed ZrB2 based composites.
Mechanical Properties.
Room temperature mechanical properties of the composites.

However, ATH starts to aggregate at high loadings, which will deteriorate system’s processing ability and mechanical properties. (9).
These two properties reflect the advantages of the orthogonal array: uniform dispersion and regular comparable.
In other words, any factor at each level is compared to all different factors at each other (26).
The higher the`Yjk is, the better effect of viscosity reduction of j factor has at k level, which can determine the priority level of the j factors, then find optimal combinations for the various factors.
The priority order of the factors is the same

Such model is made of interconnected (in a finite number of nodes) volume elements with finite dimensions, finite physical properties and finite degrees of freedom.
Calculation of strains and displacements, with defined mechanical properties [1,11], was performed using Abaqus CAE (Dassault Systèmes, S.
Load was specify on proximal areas between opposite cavity walls as pressure of 2.37±0.14 MPa, and that is the mechanical properties of the composite indicated as polymerization stress of Filtek Z250 which is shown in the paper [11].
Davidson, Effect of adhesive layer properties on stress distribution in composite restorations--a 3D finite element analysis, Dent Mater 18(4) (2002) 295-303
Ferracane, Factors involved in the development of polymerization shrinkage stress in resin-composites: a systematic review, Dent Mater 21(10) (2005) 962-70

The influence of the four factors biomass particle size, moisture, pressure and compression speed to formation density and compressive strength was summarized, by orthogonal test method.
The unique properties of biomass materials are used to squelch Biomass briquettes [3].
According to orthogonal experiments, the four factors influence to the formation density and compressive strength were summarized, which were reference to the biomass-related equipment industry.
In this paper, we use orthogonal experiment 4 factors and 4 levels, Orthogonal Latin square table (L16(45))[8].
Analysis of biomass density As shown in table 3, RA>RB>RD>RC, the affect of factors to biomass density prioritize is A>B>D>C, that is the biomass size is the largest influence factor.

Influencing Factors The preparation of bioglass by sol-gel method is not a complex course, but it is influenced by many factors.
Many factors can affect this process through the gelling time, which include the H2O dosage, ethanol dosage, pH, temperature, activator and so on.
Zhong et al. [21] discussed the processing and properties of sol-gel bioactive glasses.
The demand of material properties is more strictly, so the preparation of biomaterials should be more strictly.
Greenspan, Processing and properties of sol-gel bioactive glasses, J.

Introduction As ceramic materials have many excellent properties, such as high insulated property, excellent heat-resistant, high wear-ability and good erode-resistant property, they are widely applied in electronic industry and mechanical industry[1].
It is great significant for selecting suitable process parameters to master the dynamic distribution of temperature field in the milling process and analyze the technological factors affecting the forming effect through the finite element simulation of temperature field.
Material Properties.
The material properties are listed in the table 1[3].
Table 1 Thermal Properties of Al2O3 ceramic Density () Melting point (℃) Boiling temperature (℃) Heat capacity () Thermal conductivity () Convective Coefficient () 3970 2050 2950 765 6.27 14 Boundary Conditions.