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Material properties and model.
The mechanical properties of the adherends and adhesive are given in Table 3 and 4, respectively.
According to the simulation results, it is an important factor that peel stress affects joint strength.
According to the simulation results, it is an important factor that peel stress affects joint strength.
It is the main factor that peel/shear stress concentrations at overlap region ends affect the joint strength.

Bottom ash has substantial effects on mechanical properties with different composition of replacement in mixture of bottom ash and Portland cement.
The result of using bottom ash in Portland cement mortar showed that it could make better the mechanical properties and hence disposed bottom ash wastes safely in technical, economic and environmental methods.
According to Aggarwal et al. [26], mechanical properties of portland cement and bottom ash would influence by other factors such as particle size and shape, particle orientation, particle concentration, particle distribution, topology of mixture, pore structure and composition of the continuous phase.
Conclusion Investigation about the replacement of bottom ash in Portland cement had possibility to affect the properties of mortar.
Properties and microstructure of sintered incinerator bottom ash, 2002

During processing, due to oil leakage and other factors, the internal pressure of sealed fluid decreased, so the clamping force maybe insufficient.
At low rotating speed, is mainly affected by the mating efficiency of worm pair, and can be seen from (2) Where is the lead angle of reference circle (°), is the mating friction angle (°) which determined by friction coefficient, that is
According to Pascal’s law, fluid is characterized by properties of force feedback, and especially suitable for parallel output, the application in clamping device is multi-position floating clamping.
Wang: Symmetry aesthetic and innovation on mechanical design.
In: ASME International Mechanical Engineering Congress and Exposition, Proceedings, v 4, p 315-319,2008

To protect concrete from freeze/thaw damage, a number of research results about the factors affecting the material performance during freeze-thaw are reported.
Nano-particles possess excellent physical and chemical properties.
Multiple studies have shown that even small dosages of NKC can improve the physical and mechanical properties [3,4], and microstructure [5,6] of cement-based materials.
Physical, mechanical properties were conducted on the concrete with NKC particles compared to the control samples during the freeze/thaw cycles.
Ramyar, Freeze-thaw resistance, mechanical and transport properties of self-consolidating concrete incorporating coarse recycled concrete aggregate, Materials and Design. 53 (2014) 983-991

Effect of Carbon Addition of Shape Memory Properties of TiNb Alloys Hideki Hosoda1,a , Y.
Then, carbon addition affects the shape memory properties of TiNb alloys, and is effective to enhance the critical stress for slip.
For mechanical properties, cyclic loading-unloading tensile tests were carried out at RT using an Instron-type Shimazdu Autograph AG1kN.
Shape memory properties.
A proper amount of carbon content may be more effective to enhance mechanical properties without degradation of superelasticity.

Bhaduri[3] discussed the influence of different temperature on fracture toughness property of material.
(a) Pressure (b) Speed (c) Slurry Fig. 3 Material remove rate under different levels of various factors The influence of lapping process parameters on surface roughness Ra.
It because that chemical properties of Zhongjing slurry are more active than ethylenediamine slurry and it reacts with wafers more intensely than ethylenediamine slurry with wafers, so it could get better surface quality by using Zhongjing slurry.
(a) Pressure (b) Speed (c)Slurry Fig.4 Surface roughness under different levels of various factors There are some relative big pits and rough scratches on surface of sample 3 after lapping (shown as Fig.5(a)).
Bhaduri, Microstructural and mechanical properties of nanocrystalline spinel and related composites, Ceramics International. 28(2002)153-158 [4] C. b.

Under a simple and economical condition, PVB with 14.2% of butyraldehyde group and good alcohol-solubility were prepared, the PVB film forms quickly after the volatilization of ethyl alcohol, and it has good diaphaneity, high tensile strength, and excellent mechanical properties.
As literature shows the physical and chemical properties of PVB such as solubility, miscibility, solution viscosity, mechanical properties, and the reaction capability with other reactants are connected with the composition of above three groups.
The mechanical properties are also excellent that the highest tensile strength of the PVB film can reach 50.9MPa.
Conclusions It confirmed that butyl aldehyde was an important structural factor which affected alcohol-soluble of the PVB in this experiment.
The PVB film forms quickly after the volatilization of ethyl alcohol, and it has good diaphaneity, high tensile strength, and excellent mechanical properties.

This process will help to increase elasticity, strength and corrosion protection to the product therefore this process can affect directly to quality of the printed circuit.
Factor that affects the cover laminating process of the printed circuit is glue, temperature and compression force.
Therefore it has been studied about suitable adhesive formulation for thermal properties of the adhesive after coating the printed circuit and evaluation of adhesive ability between the silicon wafer and ceramic base to compare performance of the adhesive in the electronic industry [1], the adhesive formula improvement for increasing the adhesive endurance properties [2], cove layer manufacturing technology for stepping up adhesive capability between cover layer and circuit board [3], development of testing equipment by IPC-TM650 method using Lab VIEW software to analysis the temperature and time that affect to attachment process and adhesive properties of the flexible damper [4] and a completely random experimental design and application of Taguchi technique to confirm the influence of temperature and time on the percentage of the adhesive [5].
Chansanon and S Tanodgreaw, in Thermal properties of epoxy for using in solar cell.
Tantiwiphanuwong, in Experimental Design by taguchi method for factor study to completely percentage adhesive properties in curing precess.

The material used for the research was SPCC; the properties are list in Table 1.
Table 1 Material properties Young’s Modulus E [Gpa] Poisson’s Ratio μ Yield Stress σs [Mpa] 182.9 0.26 218 Ultimate Tensile Strength σb/ MPa Hardening Exponent, n Strengthening Factor, K 327 0.22 571.8 The proper processing parameters are essential to a successful spinning.
The orthogonal array experiment L9 (33) for 3 factors and 3 levels was designed.
Fig. 4 show the effect of the three factors on the maximum spinning force P.
Table 5 Factors and levels used for experiment No.

Consequently, the reduction of tool wear during milling aluminum alloy can be mainly attributed to the improvement of mechanical properties of carbide tool materials after pulsed magnetic treatment.
However, this approach has not been widely applied yet, since the mechanism of magnetic treatment of tools is not clear and treatment results are affected by many factors.
In order to investigate the effect of pulsed magnetic treatment on the mechanical properties of materials, a pulsed magnetic treatment system was designed and produced in our previous work[5].
In minor flank area, as the friction action between tool and workpiece is a main factor, the decrease in minor flank wear can be mainly attributed to the improvement of material mechanical properties of tool materials after pulsed magnetic treatment.
Consequently, wear reduction can be mainly attributed to the improvement of material mechanical properties of tool materials after pulsed magnetic treatment.