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As can be seen from these results of optimization of a deep drawing process, many important factors must be taken into account.
Many process parameters may affect the material flow in the rectangular cup drawing, such as material properties and the geometry of the sheet blank, punch radius and die corner radius etc.
Their properties and chemical composition are given in table I and II, respectively.
Factor c 2 3 6.
Park, Analytical derivation of earing in circular cup drawing based on simple tension properties.

As the research region locates on the Hunhe fault, the mechanical property of fault zone which can significantly affect the stability of open pit mine slope and the deformation of the petroleum factory is necessary considered.
The main factors of the interface model are the internal friction angle, cohesion, dilation angle, normal stiffness and shear stiffness, compressive strength and shear strength.
Meantime, the angle of slope toe can be slow down, which conducive to the increment of safety factors.
(1) The interface model of fault zone and surrounding rock can effectively simulate the open-closing and sliding mechanical properties of main fault F1 and other branch fault during excavation and backfilling

In recent years, with the better economic situation, the regional highway network are further perfect, but because of poor construction quality, the road use, natural disasters affect certain roads and so on reasons not to exercise their responsibilities, seriously affected the driving quality and safety, every year need to spend a lot of manpower material resources for maintenance and servicing, caused huge losses to the society.
Therefore, the grouting material is one of the most significant factors that affect the treatment effectiveness.
The characteristics of Polyvinyl alcohol fiber: (1) It have Good mechanical properties, high strength, high modulus and low elongation
Research on Adhesive Property of Polymer Modified Cement Matrix Adhesive Composites [D].

Effects of Processing Parameters on the Laser Deposited Co-285 + WC Coatings Guifang Sun1,a, Rui Zhou2,b , Peng Li1,c and Yongkang Zhang1,d 1School of Mechanical Engineering, Jiangsu University, Zhenjiang, 212013, China; 2School of Mechanical and Metallurgical Engineering, Jiangsu University of Science and Technology, Zhangjiagang, 215600, China.
Composites of cobalt and WC have good wear resistance and high temperature properties [4,5].
Laser power (A), addition amount of WC (B) and scanning speed (C) were chosen as three factors in the Taguchi design (Table 2).
In a word, microhardness of the matrix was affected by both the addition amount of WC and the P/V value.
Analysis of the number of signal levels and extreme differences in the Taguchi method of both the microhardness of the matrix and the Rockwell hardness of the deposited coatings shows that the best combination of the factors is A2B3C1 and the importance of the factors follows B→C→A, i. e. in this study, the best laser processing parameters for hardness (specimen 6) is that laser power 0.6 kW, the addition amount of WC 30wt%, the scanning speed 0.3m/min; and the addition amount of WC has the most important effect on the microhardness of the matrix and the Rockwell hardness of the deposited coatings, followed by the scanning speed and laser power.

Efficiency and quality of SPM depend on many factors.
The efficiency and the quality of SPM depended on many factors.
These optical properties depend on a number of factors, such as structural defects and impurities, phase state and several other conditions [123—125].
Numerous examples presented in the monograph [154] show that with decreasing particle size, nano-objects affect many different physical and chemical properties.
In particular the properties affected can include color, solubility, material strength, electrical conductivity, magnetic properties, mobility (including in the environment and within the human body), chemical, and biological activity [149].

Graphene is suitable candidate due to their outstanding properties such as good electrical, green material, chemical and thermally stable as well as remarkable mechanical strength and flexibility.
Graphene is an ideal material to replace the ITO due to its unique properties such as high transparency, conductivity, thermal and mechanical stability.
Graphene has been attracted tremendous interest of current and future research due to its outstanding properties and it is suitable to be used as transparent electrode.
The properties and characteristic of graphene films for TCE as tabulated in Table 1.
Table 1: Graphene properties and TCE characteristics for OSC Properties / TCE Characteristics Graphene Ref.

Among these, La1-xCaxFeO3 ceramics have typical characteristics of NTC properties [5].
Zhou, et al., Electrical properties of lead-free thick film NTC thermistors based on perovskite-type BaCoIIxCoIII2xBi1−3xO3, Mater.
The preparation and IS-based electrical properties of high-performance NTC ceramics and thick films , Central South University, Chang Sha, 2012
Ftikos, Properties of A-site-deficient La0.6Sr0.4Co0.2Fe0.8O3-δ based perovskite oxides, Solid State Ionics 126 (1999) 143-151
Anderson, Electrical and thermal transport properties of (La, Ca)(Cr, Co)O3, J.

Improved surface properties (hardness, corrosion resistance) can be obtained using the LEHCPEB treatment.
As a result, improved surface properties of the material, often unattainable with conventional surface treatment techniques, can be obtained fairly easily.
This is particularly true for tribological [2,4,6,7] and corrosion properties [7-10].
The surface properties revealed in Fig. 1 must be determined by the final structure-phase states generated by the LEHCPEB thermo-mechanical treatment.
The so-formed homogeneous layers were demonstrated to improve the corrosion properties of these dual phase alloys; as illustrated in Fig. 1 for the 316L steel.

At the same time, Khloponin et al. [8] studied the mechanical properties of hot rolled coils cooled with water spray, and proved that the rapid cooling reduces hardness properties of strips but increases the uniformity along the strip.
Therefore, Peshkov et al. [9] convinces that by well-suited cooling schedules, the mechanical properties of hot rolled strips after cooling using the water-spray method make it possible to raise the coiling temperature of strips, while retaining the uniform properties of the steel, and attached the experimental verification.
Colas et al. [12] expressed a similar simplified model to predict cooling times, and found that placing a coil into still water can be a good way to decrease the storing time without affecting quality in steel in route to cold rolling, with assuming the main heat flow in a coil is along the axis.
Since other properties follow largely from the temperature field [15], naturally, determination of the thermal stress distribution is the significant step in solving shape coil deterioration.
The thermal conductivity along the axial direction is almost equal to that of the steel, although generally the thermal physical properties are the function of temperature and chemical composition of the steel coil.

It is thus well known that the deterioration and the breakdown of mechanical systems were mainly caused by seizure or wear of machine elements inside an operating mechanical means [6].
In concern of the AT mechanism, it is highly vital for the wear factor to remain low so that excessive loss of material does not cause shift characteristics of the mechanism to deteriorate [7].
Each wear particle produced is mainly generated with different levels of deterioration of the mechanical components [9].
The factor concerning size estimation and shape observation meanwhile showed that the value of elongation was linearly decreased and no occurrence of irregular shape was observed.
Apparently, it can be anticipated that the occurrence of severe wear particle was insignificant which portrayed both physical and chemical properties of the ATF were not affected throughout this mission profile.