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Their nonmagnetic properties make manganese steels very useful for electromagnets, induction furnaces, and other electric equipment [1-3].
Austenitized parts have better mechanical properties than non-quenched as-casted ones
Post-weld heat treatment should be carried out to stabilize austenite in the heat-affected zone and, mainly, to preserve the properties of welded joints in massive castings.
Limoei, Optimization of heat treatment to obtain desired mechanical properties of high carbon hadfield steels, World Applied Sciences Journal. 15(10) (2011) 1421-1424
Shittu, Mechanical properties of quench hardened martempered and tempered ASTM A 128 grade b-4 steel, Journal of Science and Technology. 29(2) (2009) 107-117

Two main influence factors are discussed; they are performance of the inerferimetric microscope and the stage.
Introduction Spherical and aspherical surface provide superior performance and optimize the structures in mechanical design.
Thus the decreasing contrast of the fringe is the main factor limiting the measurement of spherical and aspherical surfaces.
According to the diffraction grating properties [4], the movement of diffraction grating along X direction is in direct proportion to phase shifting of the interference fringes, thus the displacement can be calculated by detecting the phase shifting.
Two main component parts are discussed, however, there are also some factors, such as the spherical dispersion influence on the algorithm and the grating measurement error, which should be carefully considered.

However, from the point of view of the builder the concrete structure can be seen and therefore it is exposed concrete regardless of its aesthetic properties.
However, in terms of surface finish and aesthetic parameters, in the Czech Republic there are no regulations or technical standards that would constitute important material parameters and properties.
The technical rules can be described as a simple handbook / textbook containing a brief overview of the factors that influence the final appearance of the concrete structure surface.
It should be noted that in order to achieve a satisfactory goal, it is important to respect the currently available legislative requirements in combination with respect for all variables affecting the final appearance and function of the concrete work / structure.
The right choice of formwork material is one of the most important factors in design and construction.

Rice protein could affect the pasting properties and textural properties of rice flour.
The formation of a gel or a paste is one of the principal factors that control the texture and quality of starch-containing food.
Pasting properties.
RVA pasting properties and textural properties.
Rice protein could affect the pasting properties and textural properties.

The influences of microscopic heterogeneity on macroscopic mechanical properties and failure behaviors were investigated.
Heterogeneity is one of most important factors determining mechanical behaviors of rocks.
Luo et al. [4] carried out an investigation into relationship between macroscopic and mesoscopic mechanical properties of heterogeneous rock materials based on types and contents of minerals.
The effects of microscopic heterogeneity on macroscopic mechanical properties and failure processes were investigated.
The influences of microscopic heterogeneity on macroscopic mechanical properties and failure behaviors were investigated.

In addition, carbon fiber has the excellent properties of other: such as X ray, thermal, electrical conductivity and corrosion and wear resistant properties etc..
The key factor affecting its strength lies in the structure defects.
In addition, some mechanical properties of brick masonry reinforced with carbon fibers were also.
It has many excellent properties of the carbon fiber.
Preparation and properties of cobalt oxides coated carbon fibers as microwave-absorbing materials.

The results of this process are chips and the core that can be used to produce other element, particularly if the material is expensive or if it can be used to examine properties and quality of the material.
Physical model of the friction process describes, besides effects that occur in the milling area, also other factors that influence the course of the drilling process.
Physical model of the drilling process During operation of trepan cutters (Fig. 4), beside physical effects that occur in the milling area, there are also other factors that influence drilling process.
These factors influence also the state of milled surface: chemical composition, roughness, microhardness.
Then, on the basis of the research, the physical model was build that describe factors influencing operation of trepan cutters.

These factors affect in bundling of MWCNT, which MWCNT re-agglomerate immediately and disturbs the electrical formative in polymer composite electrode [24].
There could be other factors the dispersion of MWCNT with toluene in a short period.
Rivolo, “Experimental study of PDMS mechanical properties for the optimization of polymer based flexible pressure micro-sensors Experimental study of PDMS mechanical properties for the optimization of polymer based flexible pressure micro-sensors,” 2016
Soutis, “The Effect of Shear Mixing Speed and Time on the Mechanical Properties of GNP/Epoxy Composites,” Appl.
Yeoh, “The properties of epoxy/graphene conductive materials using high speed mechanical stirrer and bath sonicator,” Mater.

This has compromised some of the mechanical properties like tensile strength and microhardness.
Effect of Tool Positioning Factors on the Strength of Dissimilar Friction Stir Welded Joints of AA7075-T6 and AA6061-T6.
Effect of microstructural evolution on mechanical properties of friction stir welded AA2009/SiCp composite. 
Microstructure and mechanical properties of friction stir welded 5083 and 7075 aluminum alloys. 
Effect of microstructural evolution on mechanical properties of friction stir welded AA2009/SiCp composite. 

The applied mechanical stress σ and shear stress τ in this gliding system are under the following correlation τ=σ·m, where m=cosλ·cosχ – Schmidt factor (orientation factor), λ is the angle between gliding direction and deformation axis, χ is the angle between normal axis to gliding plane and deformation axis.
Taylor factor bar chart for the sample of the plates of Alloy V-1461 quenched at 530 ºС (Fig. 8 b) contains two maximum values; it evidences the greater non-uniformity of the elastic properties of this sample.
We found that when the quenching temperature for Al-Cu-Li plates rises, the orientation share <111> increases resulting in the higher mechanical properties of such plates.
Mondolfo, Structure and properties of aluminum alloys, Metallurgiya, Moscow, 1979
Doroshenko, Structure and mechanical properties of ingots and rolled sections of aluminum alloy based on the Al-Mg-Mn system, Russian Metallurgy (Metally) 1 (2013) 53-57