Search results

For inkjet printing, the viscosity and surface tension of ink are major factors that affect the quality of ink-jet printing.
In ink-jet printing, the viscosity and surface tension are main factors that affect printing quality.
Surface tension is an important performance affects the quality of ink-jet printing.
Viscosity is another one of the important performances affecting the quality of ink-jet printing.
References [1] K.J.Fang, C.X.Wang and X, Zhang: Coating Application and Special Printing Academic Papers Vol.(2004), p. 219-222 [2] S.H.Fu:China Textile Leader,Vol.4 (2012), p. 34-37 [3]G.J.WU: Polyester Fabric Pretreatment on the Properties of Ink-jet Printing (Jiangnan University,Wuxi, 2008) [4] S.H.Wang: Effects of Pretreatment on Fabrics Ink-jet Printing Performance (Jiangnan University, Wuxi, 2008)

TABLE 1 - PROPERTIES OF TESTED MATERIALS [12].
According to the authors [14] the feed rate and the drill diameter are admittedly as the most influential factors affecting the thrust force, while the feed rate and spindle speed brings the greatest contribution to the roughness of walls of the holes.
The feed rate and the diameter of the drill are admittedly the most influential factors affecting the axial force [14].
Factors affecting the machinability of GFR/epoxy composites.
The influence of surface roughness on the mechanical strength properties of machined short-fibre-reinforced thermo- plastics.

It is one of the most important engineering properties of soil for design of sub grade of roads.
CBR value of soil may depends on many factors like maximum dry density (MDD), optimum moisture content (OMC), liquid limit (LL), plastic limit (PL), plasticity index (PI), type of soil, permeability of soil etc.
Methodology Initially we collected soil samples from the study area and quantified the soil properties.
So it is evident that the geogrids are the best suitable material for enhancing the soil properties of the red soil.
Lime can also be used in partial enhancement of the soil properties.

The mechanical wear because of the steel impact during the transfer of the metal and the parameters affecting it, is another phenomenon which occurs in the bottom region.
The factors were rotation speed, steel temperature and steel composition.
The presence of iron oxides and slag attack, the effect of vacuum and atmosphere and the impregnation-spalling are the corrosion factors.
Excellent mechanical, thermal and chemical properties are exhibited by carbon containing refractories in the metallurgical industry.
These phases strengthen and toughen the structure to improve mechanical properties.

Distributions of the thrust force and hole delamination factors for various drills and cutting parameters were obtained.
The carbon fiber content in the CFRP is 70%.The physical and mechanical properties of the CFRP T700/6101 are shown in Table 1.
Main mechanical properties of T700/6101 CFRP material.
The diameter D, rotating speed n and feed speed Vf were used as the 3 independent experimental factors.
Cutting fluid degrades the mechanical properties of the composite materials.

Analysis of Safety and Risk Factors about the Tailings Dam in the Mental Mines Haiyan Ju 1,a, Guiqing Gao 1,b , Qiuxiang Li1,c , Jianhua Li 1,d 1 Nanchang Institute of Technology, Nanchang 330099, Jiangxi, China ajhyhgw@qq.com, bguiqingg@qq.com, 253793943@qq.com c, d gdwjljh@163.com Keywords: tailings dam; safety; dam failure; risk factor Abstract.
The main impact factors of seismic liquefaction include: the physical nature of the conditions of the tailings, burial conditions and dynamic load conditions [9].
Because dam foundation bearing capacity is not balanced, the quality of dam construction is poor , structure and cross section of the dam body size are poorly designed, or other factors caused the cracks [10].
Conclusion Tailings dam as a major hazard of metal mines, enterprises and safety regulatory must attract enough attention in the factors of the tailings dam failure.
Based on the analysis of the tailings dam failure factors, the proposal of reducing the dam-break accident are the following.

The study shows that the initial conditions, temperature changes during thermal forming and phase deformation are the main factors affecting rebound.
Its initial strength is 500～600Mpa, and it also possesses a variety of properties including high strength, good strain hardening capacity, strong uniform deformation and good fatigue properties[1].
At the same time, influences of several factors including steel board thickness on high strength sheet forming property are discussed.
If soaking time is too long, austenite grains inside the sheet will grow continually, then forming properties of sheet and mechanical properties of forming parts will be decreased significantly; If soaking time is too short, austenite grains inside the sheet will be non-uniform, so as to the parts deformation of sheets in the process of forming.
At the same time, influences of several factors including steel board thickness on high strength sheet forming property are discussed.

To obtain high combustion properties, the bio-oil upgrading technology was widely employed, since the inferior properties of bio-oil, such as low heating value, high oxygen content, high water content, acidity and instability, limit its application [1].
Surface tension and viscosity are two important physico-chemical properties in the process of emulsification, which can affect the application and stability of emulsion system greatly.
Some properties of bio-oil and 0# diesel were shown in TABLE 1.
Surface tension is one of important factors on the stability of emulsion system.
Viscosity and surface tension were two important factors which affected the stability of emulsion.

This thesis is designed to study the mechanical properties of the brushes, friction pair wear properties, and its impact on friction pair contact resistance, taking the brushes and gold sheet components as objects.
Factors Affecting the Friction Pair Contact Resistance In Fig. 1 are brushes and the gold sheet components, according to the theory of electrical contact [6], the contact resistance can be expressed as: Eq.1 ρA: The resistivity of the material A,Ω·m; ρB: The resistivity of the material B,Ω·m; n: Reaction friction contact state; H: Hardness, N/mm2; F: Contact pressure N.
Elastic Properties of AuNi9 Brush Experiment.
（a）3-D shape （b）plane nephogram Fig.6 Results of 4.3gf contact pressure wear test Experiments on Environmental Suitability of Friction Contact Resistance The foregoing experiments of the elastic properties of brush and the tests of friction and wear properties do not take environmental factors (such as vibration, temperature, shock, heat, etc.) into account.
Li: Preparation and properties of Ag-Cu-MoS2 brush materials [J].

From prior knowledge, small particles should lead to enhanced physical properties.
Main and interaction effects of three factors affecting the amount of GNR/Z composite powder retained at different mesh were evaluated using general factorial design of experiment.
For more than two levels in a factor, Tukey’s test is applied to identify which level is significantly affecting the amount of retained GNR/Z composite powder.
Rashmi, Waste tire rubber in polymer blends: A review on the evolution, properties and future, Prog.
De, Recycling of silicone rubber waste: effect of ground silicone rubber vulcanizate powder on the properties of silicone rubber, Polym.