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The types of test samples, the combination of plates and the test methods of mechanical properties are designed.
Test sample design of mechanical properties a.
This behaviour has a certain impact on the plastic flow of the DCAA metal under the action of the convex die, affecting the filling effect.
Due to these factors, the filling mechanism of the arc-shaped gap is more complex
References [1] Hörhold R et al. 2016 Mechanical properties of an innovative shear-clinching technology for ultra-high-strength steel and aluminium in lightweight car body structures.

This factor reflects not only the comprehensive mechanical properties of copper materials for the production of the copper-cylinder, but also the processing operation and heat treatment which influence comprehensive performance of copper-cylinder.
Due to solid mechanical properties of copper-cylinder relates to temperature, when the temperature in which the standard copper-cylinder is used is different from the temperature in which the selection test is operated, this is bound to introduce the influence of temperature on the accuracy of pressure measuring.
The factors that affect the uncertainty of height measuring of copper-cylinder can mainly be divided into four categories
Systematically analysis measuring uncertainty factors that affects the standard copper-cylinder.
Primary pressure standard, height measuring of copper-cylinder, inconsistent individual deformation of standard copper-cylinder, inconsistent pressure sensitivity and the influence of temperature are five main factors that affect the measuring uncertainty of standard copper-cylinder.

In order to improve mechanical property, spherical particles have been used as reinforcements in polymeric materials for many decades.
Several researchers investigating the particle size effect on the composites indicated that the mechanical responses of the composites could be affected by the particulate sizes.
Among the studies, some results demonstrated that the mechanical properties of the composites increase as the particle sizes decreases [1, 2].
Jordan et al. [5] reviewed the issue of particulate size effect and pointed out that the improvements in mechanical properties of composites are influenced by a set of factors including nano-particle size, shape, volume fraction, degree of dispersion, characteristics of polymer matrix and interactions between the filler and the matrix.
The effects of the particle size on the mechanical properties, such as stiffness, strength and fracture toughness, were determined from various experimental approaches.

Structure and Properties Enhancement in High-speed Steels upon Primary Solidification of a Melt A.S.
In general, different methods are used commercially to achieve cast structure refinement and, as a consequence, their properties are improved.
The relationships between the structural parameters and mechanical properties in the M2 and T30 HSS have been established.
But in some cases other factors can be considered: temperature of α↔γ transformation, stability of martensite and carbide phases, secondary hardenability, and other ability.
Summary Additions of inoculants particles and surface-active elements into the melt produce in HSS of M2 and T30 types structural changes concerning both the matrix and the eutectic constituent, simultaneously affecting the shape of the matrix grains and the morphology, number and distribution pattern of the eutectic carbides.

The material mechanical properties, stripping, decontamination rate was tested and characterization.
Finally, the influence factors of copolymerization reaction: the choice of solvent, dosage of initiator, monomer and the dosage was discussed.
This material’s mechanical properties, stripping, decontamination rate were tested and characterizing definition was done.
Finally, the influence factors of copolymerization reaction were discussed, including the choice of solvent, dosage of initiator, monomer and the dosage.
properties of the dry film. from table 3 test results, H system’s strength is greater than I, and the system of the peel strength is lower than I.

It is shown that magnetic field action essentially affects the structuredependent properties of Si (mechanical and electrophysical).
A growing number of publications on this subject has resulted in the emergence of a new trend in the physics of plasticity - spin micromechanics - aimed at getting knowledge of the micromechanical spin-dependent processes affecting the mechanical properties of solids.
This result has given grounds to expect alteration of the structure-dependent properties of silicon (electrophysical and mechanical) due to magnetic action.
As a response to silicon lattice defect properties modification in MF are chosen the microhardness H, as a direct characteristic of the micromechanical properties, and the surface resistivity, as a charateristic of the electrophysical properties.
The results described here show that the action of MF offers new possibilities of controlling the mechanical properties.

Using Bergmann's loading factors, stress calculations were conducted for an 80 kg individual.
Generally, the law of mixtures and various reaction models are used to describe the behavior of composite materials and predict their mechanical properties.
The mechanical properties are determined through specific mathematical relationships that incorporate the volume fractions and properties of both the reinforcing fibers and the matrix material.
The analysis encompassed the determination of key mechanical properties, including Young’s modulus, shear modulus, Poisson’s ratio, density, ultimate tensile strength, and fatigue life under cyclic loading conditions by incorporating Bergmann’s physiological loading factors and applying the Goodman fatigue criterion, the simulations provided a detailed assessment of how varying fiber volume fractions affect the structural integrity and long term durability of the composite, with direct relevance to orthopedic implant performance.
Mechanical and physical properties of Carbon/Silicon composite The study of mechanical and physical properties of the Carbon/Silicon composite shows that increasing the fiber volume fraction improves stiffness, strength, and shear resistance while slightly increasing density.

The objective of this study was to determine the affecting factors that can possibly change slipperiness of flooring.
Introduction Floor covering is responsible for ensuring the quality, mechanical properties of flooring regarding its intended use, so it is unavoidable to know if it will fit for its purpose.
Hence surface properties of ceramic tiling such as cleanability, slip resistance and its negative changing is an important research topic.
As a matter of fact, surface roughness can be an indicator of the behavior of the different texture, so it can quantify surface properties.
We examined earlier how the cleaning regime effects the change in slipperiness and roughness of ceramic tiles (deterioration in the surface was observed affecting the surface quality).

Besides, starch has the expansion character [4] and anti-static properties [5], therefore, it can be used to make plastic foam.
This kind of product can better reduce the risk with anti-static properties.
In order to make the material possess the necessary mechanical property, to realize the coupling between fibers, to make a strong and effective inter-connection of nodes, thus it form a stable trussed structure.
Rj is bigger, which means the factors impact larger.
The primary and secondary factors can be determined.

The basic characteristic of the piezoelectric materials were analyzed and the affecting factors of characteristics were derived.
The model thickness greatly affected its stiffness and indirectly affected its output characteristics.
Introduction Mechanical equipment vibration was an important engineering problem.
In this paper, the model of single piezoelectric sheet piezoelectric materials was presented by ANSYS finite element techniques and was used to study the characteristics of piezoelectric materials and to derive the factors that were affecting its characteristics.
Factors influencing Analysis.