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The evolution of cutting force depends on material properties, machining parameters such as cutting speed, feed and depth of cut.
The cutting force is essentially corresponds to the product of feed, depth of cut and specific cutting pressure and further it depends on cutting tool geometry, cutting conditions, types of cutting tools and properties of workpiece materials [21, 22].
This phenomenon could be attributed from the effect of radius of cutting tool edge in machining and also the interactions between cutting tool edge configuration, machining conditions and the properties of work piece constitute behavior.
The performance factors are calculated with an accuracy of 10-2.
The performance factors are calculated for specific cutting pressure with an accuracy of 10-2.

The magnetization curves were measured by a single sheet tester-type magnetic property analyzer.
Introduction Duplex stainless steels (DSS) represent a series of alloys characterized by high mechanical properties and corrosion resistance.
The properties of stainless steels can be studied by traditional microscopic, magnetic methods and modeling techniques as well [1, 2, 3, 4].
It was found that the substitution of Ni with a combination of Mn and N did not affect phase balance in LDSS [5].
(1) Where: Ni are scaling parameters, Ai are the amplitudes of magnetization components, αi. are the horizontal shifting factors.

Furthermore, many of the mineralized tissues formed by organisms have amazing mechanical properties [1,2].
However, the mechanical properties of Ca- Ps are far from being close to those of human bone, which limits their applications.
These materials combine a degradable behaviour with an interesting combination of mechanical properties [98,99,101].
These molecules may affect the surface properties of the materials by adsorbing before or simultaneously to the calcium-phosphate layer formation.
The factors that affect ion release from thin-film coatings include Ca-P chemistry, coating roughness, and extent of coating strain.

These factors must be weighed carefully to optimize the performance of glucose monitoring systems.
C1=ε0Aπa1K1+a2K2 (9) Then without silicon properties the equation should be C1=ε0Aπa1K2+a2K2 (10) Table III.
Factors such as the variability in hand conditions (moist or dry) and the thickness of human tissue in the finger can significantly affect the capacitance readings, making consistent interpretation difficult.
Ilyas et al., Effect of sugar palm nano fibrillated cellulose concentrations on morphological, mechanical and physical properties of biodegradable films based on agro-waste sugar palm (Arenga pinnata (Wurmb.)
Bai, High-resolution probe design for measuring the dielectric properties of human tissues, Biomed.

The experimental results demonstrated that the temperature of the substrate does not affect the chemical composition of the deposited thin films.
In our study of the bulk MAX phases of Cr2AlC- V2AlC solid solutions, we found their mechanical and electrical properties are superior to their end members[7].
In this study we will synthesize the (Cr,V)2AlC thin films and investigate the effects of deposition conditions, as well as the properties of the deposited films.
It is reasonable to conclude that, at least in this system, the substrate temperature does not affect the final chemical compositions of the deposited thin films.
Secondly, the gas phase scattering is an important factor that influences the composition of the thin film deposited, since some atoms, such as C, travels in the Ar gas in straight paths while the other atoms may be thermalized and experience sufficient collisions before reaching the target, which was concluded from the case of Ti2AlC film deposition.

The selection of appropriate mortar mixtures is an important research problem once four main factors should be considered in their design - durability, flexural resistance, compatibility and, consequently, economy.
In terms of physical properties, mortar samples were used for capillary water absorption determination – capillary coefficient in terms of initial capillary absorption velocity and the asymptotic value in terms of total capillary absorption [12, 13].
Lime-based mortars flow consistency seems to not be affected by the usage of waste fibers.
LF1, with 0,25% of waste fibers, presents one of the most well-adjusted mechanical behavior.
[13] CEN, Conservation of cultural property.

Rubber asphalt as the blend system of asphalt and rubber powder, rubber powder asphalt character, nature, between the two blend modes are likely to affect the rubber asphalt stress absorbing layer performance.
Experiment This paper selects five experiments, respectively is the rubber powder screening experiment, the matrix asphalt rotary viscosity experiments, matrix asphalt penetration test, Losangeles abrasion loss experiment of coarse aggregate, fine aggregate apparent density experiment described. 1） Rubber powder screening experiment The rubber powder screening experiment using YX ultrasonic rock advanced screen, the system in the traditional vibration sieve ultrasonic vibration wave on the basis of the introduction of a low amplitude, high frequency on the screen of the (mechanical wave), the ultra fine powder receiving huge ultrasound acceleration, thereby inhibiting the adhesion, friction, down, wedge such as blocking net factor, improving the screening efficiency and the net cleaning efficiency. 2）Rotary viscosity experiments of asphalt The viscosity of asphalt is the embodiment of force an inherent molecular substances resist friction.
In practical engineering, considering the road grade, raw material prices and other factors, suggestion for selecting rubber powder 20 mesh - between 40 eyes using. 4.4 The proportion of rubber powder In order to determine the proportion of rubber powder addition on properties of rubber asphalt influence, the contrast test of various conventional indexes of different rubber powder of the design of the.
Properties of Concrete Containing Scrap-Tire Rubber–An Overview.Waste Management.( 2004) [3] M Nehdi, A Khan.
Cementitious composites containing recycled tire rubber: an overview of engineering properties and potential applications.

To describe the state of the material, the properties are determined at the very surface.
This indicates that the underlying assumptions regarding the scatter of the surface properties as well as their superposition over all finite elements are appropriate.
It needs to be investigated whether the ECM specimens with R = −1 are subjected to significant plastification, as this would affect the determination of R0w, 50% and vc
• Topography: The micro-notch factor Ktopo is derived from averaged values of the surface microgeometry.
Klemenz: Correlation of mechanical surface treatments, induced surface states and fatigue performance of steel components, Procedia Engineering 19 (2011) [11] J.

Choice and Test of CBN Abrasive Grain CBN abrasive grain is a key factor in Quick-point grinding; it affects directly performances of Quick-point grinding wheel.
Properties and Microcosmic Appearance of CBN at Room Temperature.
Properties of CBN Abrasive Grain at Room Temperature.
Table 1 shows values tested Table 1 Properties of CBN abrasive grain at room temperature Properties A B C D Compressive strength [kg] 2.8 2.7 3.1 3.8 Impact toughness [%] 65 64 68 70 Microcosmic Appearance of CBN Abrasive Grain at Room Temperature.
Nice properties of D grains were more proved.

The factory hardness is up to HB344-400, and its chemical composition and mechanical properties are shown in Table 1 and Table 2.
Table 1 Chemical composition of NAK80 Element C (%) Si (%) Ni (%) Mn (%) Mo (%) Cu (%) Al (%) Cr (%) Content 0.15 0.3 3.0 1.5 0.3 1.0 1.0 0.3 Table 2 Physical and mechanical properties of NAK80 Material Temperature (℃) Tensile strength (Mpa) Elongation (%) Contraction of area(%) Yield (Mpa) Modulus of elasticity(Gpa) NAK80 25 1319 14.6 51.2 1186 199 (2) The test is carried out on the VMC0745 machine, shown in Figure 1.
The L27 orthogonal table composed by the three levels of each factor is shown in Table 4.
Journal of mechanical engineering, 2009, 45(5): 230-236
Electro-mechanical engineering, 2010, 26(1): 1-9