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The attainment of a high-quality product with specific and predicted mechanical properties is a crucial factor in the production process.
The mechanical properties of the material are also impacted by its atomic activity, which also affects the interatomic distance value. 2.1.
The bond lengths vary interdependently, with each atomic pair affecting the phase, but not to a statistically significant degree.
Camprubí, Mechanical properties at nano-level, (2011)
Kurz, Factors influencing mechanical properties, Introd. to Mater.

Hardness is influenced by factors like Al2O3 content, porosity, grain size and micro crack.
When the ZrO2 content is too much, or the reunion appears, then cracks connect, and mechanical properties of products will decrease.
When the content is below 5.4wt%, the mechanical properties of composite ceramics will increase with the ZrO2 content improving.
When the ZrO2 content is above 5.4wt%, mechanical properties of ceramics will decline
Nano-SiC particles on the Al2O3-ZrO2 composite mechanical properties of ceramic materials[N].

The function relationship between the experimental factors and response surface is shown by the regression equation.
It affects the blade cooling, thus affects the tool's durability.
Under the same tool material conditions, the values of cutting speed, feed and depth ​​are not determined by one factor, the ceramic processing methods, processing requirements and parts material properties etc should be considered, to get the optimized best value.
Feed is the main factors to the parts surface roughness, smaller feed must be selected to improve the surface quality [8].
Cutting speed is the main factor to affect the machining performances.

Factors such as the mass of bone, its material properties and geometry as well as the magnitude and orientation of the applied loads affect this behaviour.
Numerous previous studies have been devoted to analysis of quasi-static mechanical properties of a cortical bone tissue, but less attention has been paid to its dynamic mechanical characterization.
More recently, the effect of the strain rate on the mechanical properties of human cortical bone was investigated by Hansen et al. [3].
Material Properties.
Rho, J.Y., Kuhn-Spearing, L., Zioupos, P., Mechanical properties and the hierarchical structure of bone.

The viscoelastic properties of the PLA/pectin blends were assessed to determine their impact on printability and mechanical performance.
Mechanical properties, such as compressive strength, were analyzed to ensure the scaffolds could support cellular activities and tissue ingrowth.
Mechanical Properties: Compression Testing The compression strength of a scaffold is influenced by various factors, notably viscosity and strand width as illustrated in Figure 2a.
This is particularly relevant when considering the properties of pectin, known for its gel-forming abilities, which, when combined with PLA, can lead to a scaffold with improved mechanical properties [12,16,21].
Markert, Effects of porosity on the mechanical properties of additively manufactured components: a critical review, Mater.

(a) Compressive strength test (b) Flexural strength test Fig. 1 Mechanical properties test 3 Results and Discussions  In this paper, the test is based on the specimen curing age of 28 d, and the compressive strength (R1) and flexural strength (R2) are used as the response values to study the effect of test factors on the mechanical properties of premixed dry-mixed mortar with iron tailings., and the test results are shown in Table 1.
Therefore, the cement-sand ratio is the key factors affecting the compressive strength of mortar.
Study on the properties of fine-grained tailings [J].
[13] Nakkeeran G, Krishnaraj L, Bahrami A, et al.Machine learning application to predict the mechanical properties of glass fiber mortar[J].Adv.
Machine learning application to predict the Mechanical properties of Glass Fiber mortar[J].

Finally, the change of the stress intensity factors along the crack front was investigated based on simulation results.
The global mesh is not affected by the changing of local mesh size.
Improvement need to be made for simulation since Paris coefficient C, initial crack length and other material properties cannot be treated deterministically.
Li: Crack growth analysis in a weld-heat-affected zone using S-version FEM.
Yulong: Crack growth analysis in weld-heat affected zone using S-Version FEM. in American Society of Mechanical Engineers, Pressure Vessels and Piping Division (2010)

.-721302, India †Presenting Author: Suryakanta Nayak: suryakanta99@gmail.com *Corresponding Authors: Dipak Khastgir: khasdi@rtc.iitkgp.ernet.in Tapan Kumar Chaki: tapan@rtc.iitkgp.ernet.in Keywords: Poly(dimethylsiloxane); Dielectric properties; Mechanical properties; Nanocomposites; Barium titanate Abstract.
Different mechanical properties are also studied for all the composites in order to find the effect of filler concentration.
Different electrical and mechanical properties of these composites were studied at various filler concentration.
The influence of the filler on electrical and mechanical properties of these nanocomposites was also measured.
Results and discussion Electrical and mechanical properties.

In the oxalate system, some factors of pH values, reactant concentration, feeding method and reaction temperature affecting the grain size and morphology of the precursor of Sm2Fe17 alloy by co-precipitation were investigated.
Sm2Fe17Nx of the compounds has excellent intrinsic magnetic properties.
With the fixed type of the additive, factors of pH values, reactant concentration, feeding methods and reaction temperature affecting precipitation rate, the grain size and morphology of the precursor of Sm2Fe17 alloy by co-precipitation were investigated.
The factors and conditions are as shown in Table 1.
Table 1 Factors and experimental conditions Factors Experimental conditions pH 1.5~3.5 Fe2+ 0.425mol/L~1.7mol/L Sm3+ 0.05mol/L~0.2mol/L Feeding methods Direct feeding,simultaneous feeding,converse feeding Results and discussion Effect of pH Value The pH value is one of the most critical factors in chemical co-precipitation, which determines the precipitation rate, the grain size and morphology of the powder particles.

Slurry preparation is of paramount importance in chemical mechanical planarization (CMP) process.
It couples the combination effects of chemical and mechanical ones.
The rheological properties of polishing slurries affect the material removal ratio (MRR) and surface quality of the wafer.
The slurry characteristics, such as the solid particle size, the particle hardness and concentration, coupling with some other factors, for instance, the slurry viscosity, the dispersant, the lubricant etc., have important influences on the reduction of the surface roughness Ra, the waviness Wa, scratches, pits, etc.
Wa (nm) Ra（nm） Controlled value 0.8 0.80 Slurry prepared 0.5 0.41 Conclusions Slurry preparation is a key factor in affecting the CMP performances.