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The experiments carried out and show a significant effect of these types of processing on the surface quality and the provision of the initial various physical and mechanical properties of the processed materials.
In addition to these factors, it is necessary to take into account the properties of the material itself, subjected to mechanical processing.
The optimal cutting conditions were achieved during the main experiments and correspond to the values ​​of variable factors: V = 141 m/min; I = 2.4 A.
The change in voltage in the electrical circuit during blade anode-mechanical processing also affects the roughness of the treated surface.
Factors affecting the technological capabilities of sintered metal-ceramic materials in the process of blade finishing.

In recent years, with the development of rock engineering, a large number of rock physical and mechanical tests have been carried out which show that the laboratory test results are seriously affected by two main factors.
The factors above make the laboratory test data discrete, the coefficient of variation can generally reach 15% to 30% [4].
Physical and mechanical properties of rock materials.
Horsrud, Estimating mechanical properties of shale from empirical correlations, J.
Li, Experimental study on rock physical and mechanical properties in Danjiangkou reservoir area, J.

Weld heat input is consequently a critical issue significantly affecting the strength and properties of the joint.
In practice, the cooling rate is dependent on many factors: heat input, process efficiency, material properties preheat temperature, material thickness and wire feeding rate [31-33].
Table 1 Mechanical properties of the weld [39].  
This means that the chemistry of the weld and consequently its properties differ from the chemistry and properties of the pure filler metal with its improved mechanical data.
In addition to the important parameters of heat input and filler material, other factors also affect the welding outcome of UHSS welds, for example, preheating, post weld heat treatment (PWHT) and shielding gas.

The retainer bearing will be misaligned for mechanical errors, which leads to the uneven air gap of AMB and affects the performance of AMB.
But in fact, the axis of AMBs and retainer bearings will not be coincident for mechanical machining and assembling errors[3], which will affect AMB performance for the uneven air gap distribution.
Commonly, the factor t is from 1 to 9[9].
(2) The smaller the factor t is and the bigger the factor e1 is, the more severe variations of Ke/K and ξe/ξo are.
Traxler, Active magnetic bearing—basic, properties and application of active magnetic bearing (Zurich, Switzerland: ETH, 1994)

To enhance these mechanical properties, zirconia (ZrO2) has been introduced as a second phase material.
A suitable method used to improve the mechanical properties of HA is based on the synthesis of composites comprising HA and a second phase material.
The presence of second phase materials such as σ- or β-TCP and TTCP formed when HA decomposes to less bioactive products, such as β-TCP, is not favorable because the presence of such phases affects the mechanical properties of HA/ZrO2 composites[10].
The sintering method and the type of ZrO2 are possibly the parameters affecting HA decomposition.
Gibson, The effect of low levels of zirconia addition on the mechanical properties of hydroxyapatite, Journal of Materials Science Letters. 20(18) (2001) 1719-1722

The quality of work piece is directly affected by cutting conditions, cutting tool geometry and properties of work material.
Furthermore, the analysis of cutting condition factors affecting to cutting force and surface roughness is of interest for reduction of operation time and cost to obtain proper cutting conditions.
The cutting force is mainly affected by cutting conditions, cutting tool geometry and properties of work material [2,4-7].
Materials and methods Workpiece Material and Cutting Tool Geometry.The cast nylon 6 was used and their mechanical properties were showed in Table I.
Pechkong, “ A study of influence factors affecting to surface roughness in stainless steel turning,” Proc.

Structure, mechanical properties, thermal stability and antibacterial properties were investigated.
The blend films possess good mechanical properties and thermal stability, and the existence of chitosan endows blend films with antimicrobial property.
Mechanical Properties.
XRD spectra of blend films with different ratios (cellulose:chitosan) Mechanical Properties.
And the blend films showed good mechanical properties and thermal stability, retaining excellent antimicrobial properties of chitosan.

Finally, the alignment influencing factors can’t be determined.
The combined effects of the complex factors group formed the overall performance of the assembly body, the interaction between influencing factors and its contribution for the overall performance can’t be determined.
This paper attempts to establish the mapping relationship① through contact theory, exploring theoretical formula such as preload (), gap (), surface quality (), material properties () and stiffness (), damping () in order to establish agent model of various components.
Various parts contains only the quality attributes with no stiffness and damping properties.
A large number of agents with joint surface stiffness and damping properties are conducted computational experiment and communicated with the actual alignment system in real-time.

The study provided the values of drying rate depending on 5 factors.
Based on the results, the authors found that an increase in the particles drying temperature negatively affected the mechanical properties, surface roughness and wettability of wood-particle panels.
Variable factors and their levels of variation.
To improve the accuracy of the mathematical description, the dependence of the drying rate on various factors was considered in two humidity intervals taking into account the properties of the wood filler.
Romelevich, Studies on mechanical properties of composite materials based on thermo modified timber, Drvna Industrija. 641:1 (2013) 3-8

The physical properties were compared in terms of hardness, adhesion strength, corrosion, wear resistance, and thermo gravimetry analysis, etc.
Viscosity, film hardness, adhesion, bonding strength, wear resistance, and chemical resistance were test for mechanical property.
Pearson correlation of film thickness and gloss was -0.219 which is a value hard to explain the correlation exists between two factors.
Basic coating properties * NC : Nonvolatile contents Mechanical property.
Conclusions We investigated the effect of colloidal silica in the organic-inorganic hybrid coating on the physical and chemical properties.