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The property and quality of the paper machine affect the quality of the presswork directly.
The sliding factor is, there is also relative sliding between the string band and the drive roller with string band, the sliding factor of which is .
(in Chinese) [4]Qiu Xuanhuai, Mechanical design .
Beijing: Mechanical Industry Press, 2003.
Mechanical parts manual .

Introduction Most metallic implants are not merely concerned about biocompatibility but also require satisfactory structural properties.
After mechanical alloying, the Ti alloy powders were sieved, collected and blended for 1 hr with 3 wt. % of water soluble binder material.
Generally, higher saturation value and lower layer thickness using 3DP will increase the mechanical properties of porous 3D Ti alloy specimens after debinding and sintering.
These suggest that compensation factors have to be included in the design of the specimens accordingly so as to account for all these weight and dimensional changes.
Further works are ongoing to develop an empirical model to predict the structural and geometrical properties of porous 3D Ti alloy specimens.

Grinding efficiency depends on reasonable choice in grinding depth and feed, but it’s also related to parts shape, machine tools state, grinding liquid state, grinding wheel dressing more than 30 variable factors [1].And electrolytic dressing joins in ELID grinding machining.
As a data in engineering database, its source affects reliability of related data in the experience database directly.
In fact, in calculation of the example similarity, according to the different starting point, people tend to focus more about the influence of local similarity to the whole similarity of some properties.
,μn=i=1mwi×simq,μi=1mwi (3) In formula: q--- New problems which represent the example or target example; u--- Source example in case database; qi, ui- The i attribute of the q ,u； m-- The number of the properties in problem description part; wi-- The weight of close-season similarity of the i attribute.
On the analysis of the physical properties of the workpiece materials, respectively take the material hardness, tensile strength, elongation, impact toughness, thermal conductivity of the weight as 0.3, 0.3, 0.2, and 0.2.

Introduction The stamping formability of cold rolled sheet (CRS) depends not only on its microstructure and mechanical properties, but it is also closely related to the surface conditions of CRS.
The mechanical properties and microstructure of test material are shown in Table 1 and figure 1, respectively.
The grain size is level 9.5, and the mechanical properties of them are similar.
Table. 1 Mechanical property of the three steel plates No.
Sheet forming properties of three kinds of texturing technologies.

Because of the great difference from micro mechanical to traditional mechanical in structure, materials and techniques, Research shows that the friction and viscous force of the micro mechanical component surface have great influence to mechanical transmission, which is the key factor to service life of micro mechanical system.
This thesis is to use laser light as induction illuminant, combined with chemistry composite plating technology, to bring deposition about Ni-P/nano-C60 composite Coating on the micro mechanical component surface, so as to improve mechanics properties of tiny mechanical component surface effectively, and prolong the service life.
That is not conducive to keep its mechanical properties, so the best time for coarsening is no more than 6 minutes.
Under the laser’s affected, solution or matrix surface absorb energy of the laser, on the one hand it can heat the matrix and solution, on the other hand a changing temperature field distribution has been formed in solution.
Fig3 SEM micrographs of the composite coating surfaces laser-induced by different power 2.3 Experimental of fretting friction and wear behavior Tested fretting friction and wear properties of the two kinds of samples on the PLINT test machine, we can realize their wear resistances.

It is used for defining some basic properties of objects in the scene, and the properties are shared by the objects.
In this model, we consider that every emotion is influenced by one or more factors of personality.
The impact of intensity can be expressed by a matrix EFF(m×n), whose personality factors’ range is [0,1].
In the matrix EFF(m×n), m is the number of the emotion, n is the number of each emotion affected by the factors of personality
Assume there is a virtual human; its personality factors are not responsible but really pleasant, we define the following personality matrix P:

Coating structures will affect the inserts’ life and the cutting heat distribution on chip, workpiece and insert.
The research of Rech showed that the coated inserts have better tribological properties than uncoated inserts such as smaller insert–chip friction, smaller insert–chip contact area, thinner secondary shear zone and lower temperature, which can reduce the heat transmitted into insert [1].
The result also shows that the friction of the coating surface will affect cutting force and total cutting heat.
On the heat partition properties of (Ti, Al)N compared with TiN coating in high-speed machining.
Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture.2009,223,363-375

The deformation of tire tread under load affects the drainage space.
Alternatively, variables and properties of a given cell are purely representative of one phase or a mixture phase, depending on the volume fraction values.
Fig.7 Comparison of water velocity in different grooves Analysis of Influencing Factors on Tire Hydroplaning 3.1 Water film thickness Fig.8 shows hydrodynamic lift acts on tire that water film thickness was 3mm, 5mm, 7mm and 10mm at the speed of 95km/h.
The water velocity in main tread groove is greater than the second longitudinal groove water velocity. 3) Water film thickness and velocity are two important use factors.
Chinese Journal of Mechanical Engineering, 2013, 26(3): 506-511

Among several possible smart nanoscale materials, Carbon Nanotubes (CNT) have aroused great interest in the research community because of their remarkable mechanical, electrochemical, piezoresistive, and other physical properties.
Among several possible smart nanoscale materials, Carbon Nanotubes (CNTs) [5] have aroused great interest in the research community because of their remarkable mechanical, electrochemical, piezoresistive, and other physical properties [6-14].
The properties of CNT are important to understand for designing smart composite materials.
Non-carbon nanotubes have small piezoelectric properties.
Electrochemical properties for corrosion monitoring.

The results showed that the cutting speed and feed were the main significant parameters affecting the cutting temperature, while depth of cut and quadratic term of cutting speed had a moderate effect.
The heat generation and temperature at cutting zone in hard machining affects tool wear, tool life and surface integrity.
The temperature at the cutting zone is greatly influenced by the cutting parameters and the physical and thermal properties of the tool-workpiece material.
The cutting speed is most dominant factor, which raises the cutting temperature significantly in turning of hardened AISI 4340 alloy steel with cubic boron nitride (CBN) tool inserts [12].
The cutting speed, feed and depth of cut are most influential factors on cutting temperature, the increase in the levels of cutting parameters raises the cutting temperature in hard turning of AISI D3 steel at elevated hardness of 60 HRC using CBN tool inserts [13].