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Corrosion behaviors and mechanical properties of CrN film were evaluated.
The mechanical properties of the CrN coated samples were evaluated using nanohardness, ball on disk and scratch testers.
Mechanical properties of the CrN coated samples, i.e., nanohardness, elastic modulus, wear rate and adhesion property, were measured.
Mechanical Properties.
Both factors result in a brittleness of the CrN film.

Its local inhomogeneity and interphase both affect the macroscopic properties of the composite.
The three-phase (matrix-interphase-fiber) model considering some different factors was developed to study the effects of interphase parameters on the mechanical properties of the composite.
Studying mechanical properties of natural short fiber reinforced composite has certain significance.
Only if all above factors are considered and appropriately characterized, a reasonable and effective numerical model can be obtained.
Simulation of the tensile behavior of the composite The global mechanical properties depend not only on the properties of constituents of the fiber and matrix, but also on processing means about interface and additives.

Mechanical properties of CFT column and steel beam joint with inner stiffening ring was analyzed by using FEA program ANSYS.
The mechanical properties of this kind of joint, some theoretical analysis and experimental research have made in home and abroad, but now is mainly aimed at single tensile or two-way vertical, less in non-perpendicular elements.
This paper makes research on the mechanical properties of CFT column and steel beam joint with inner stiffening plane.
The mechanical property of the stiffening ring of Multi-dimension is affected by angle, the smaller angle, easier to make stress concentration.
So the thickness is a main factor affects its mechanical performance.

Simultaneously, it improves the combustion properties of biomass fuels, and increases the efficiency in the use of biomass resources.
In this article, by researching the characteristics of the compressed rice straw fiber, biomass formation mechanism and its influence on shaping factors, the better conditions in processing of rice straw compression molding are concluded.
While it improves the combustion properties of biomass fuels, and increases the efficiency in the use of biomass resources.
The main factors of biomass compression and molding are: material type, moisture content, particle size, forming pressure and the shape of the die size and the temperature.
The mechanical structure diagram is shown in Figure 9.

The results show that the smaller grain size, the lower crystallization degree and the higher density and mechanical properties.
Moreover, these differences have important influence on the sintering, densification and mechanical properties of h-BN ceramics [3-11].
The fracture work of h-BN ceramics prepared by different submicron h-BN powder content Mechanical properties analysis.
Due to the lower density, pore was important factor affecting the mechanical properties of h-BN ceramics.
This is also one of the reasons for the decrease of density and mechanical properties.

The effect of interlayer on the structure, morphology and mechanical properties of bilayer films were investigated.
The relative fraction of sp3 to sp2 bonding structure in the films is a very important factor affecting these properties mentioned above [4].
The influence of interlayer on structure and mechanical properties of the films is investigated in detail.
These two factors enable the sliding of the grain–matrix interface in Cu/DLC bilayer.
Jin, Structure and mechanical properties of Ti alloyed DLC Films, J.

This research intends to conduct a multi-objective approach in identifying significant factors that will affect the target response.
It was found that nozzle diameter, infill % and the number of shells are significant factors affecting build time [4].
Birosz et al, studied the effects of infill pattern to mechanical properties with some insight on production data.
Singh, "An overview of mechanical properties and form error for rapid prototyping," CIRP Journal of Manufacturing Science and Technology, vol. 29, pp. 53-70, 2020
Andó, "Effect of FDM infill patterns on mechanical properties," Polymer Testing, vol. 113, p. 107654, 2022

It has been revealed that small additions of dopant to Y-TZP were beneficial in enhancing the mechanical properties of Y-TZP.
Another factor which can also affect the mechanical and physical properties of Y-TZP is types of sintering technique.
After sintering ceramic specimens were verified for fractional density, mean grain size, mechanical properties.
Besides that, the mechanical properties, hardness and toughness of the material were significantly increased to ~14.1 GPa.
Sintering over 1450ºC is expected to deteriorate the ceramic material’s physical and mechanical properties as the sintering of higher temperatures would affect the material's performance.

The material properties of the stainless steel by a uniaxial tensile test are shown in Table 1.
The Material Properties of Stainless Steel.
The high contribution value indicates the factor is highly significant in affecting the response of the process.
The factors of punch travel, is recommended as the most significance factor affecting springback since its p-value is less than 0.05 which 0.003 for air V-bending stainless steel sheet.
The factors of die radius (5 mm) and punch velocity (27 mm/min) are not significance factors affecting springback in air V-die bending stainless steel sheet. 5.

This allows us to say that thermal spraying did not cause a great change in the intrinsic mechanical properties of the ductile iron substrate.
Improves mechanical properties in particular ductility during tensile test.
Minak, Comparison of mechanical properties in compacted and spheroidal graphite irons, Tribol.
Walson, Aluminum-alloyed cast iron, properties and design, Trans.
Tchorz, Mechanical and Tribological Properties of HVOF-Sprayed (Cr3C2-NiCr+Ni) Composite Coating on Ductile Cast Iron, J.