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Some other parameters affecting TSIF, such as segmentation crack depth and convection severity, were also discussed.
Introduction Protective coatings have been widely used in thermal environments to improve certain surface properties of the substrate, e.g., thermal, corrosion and wear resistance.
The transient thermal stress intensity factors (TSIFs) were evaluated using finite element method.
The main dimensionless data concerning material properties and geometrical parameters in our calculations are tabulated in Table 1.
In terms of the differences in thermo-physical properties of coating and substrate, circumferential stress discontinues at the interface as expected.

The interface transition zone (ITZ) has a significant impact on the concrete’s mechanical properties and fracture modes.
The results show that ITZ’s strength and elastic modulus have a certain effect on the mechanical properties and fracture modes.
The characteristic of ITZ significantly affects the mechanical properties and fracture process of concrete.
Lybuimove firstly studies the mesostructure concrete and puts forward the concept of ITZ, takes ITZ as the leading factor to concrete’s mechanical property [4].
Compared with the mortar, the parameters of ITZ, including low strength, low elastic modulus and high permeability, influence concrete mechanical properties [7].

Zhang Tongsheng[3] studied the effects of activator on the properties of steel slag cementitious material.
Maslehuddin [5] studied the mechanical properties and the durability of steel slag coarse aggregate concrete and ordinary gravel concrete.
The unstable components of free calcium oxide (f-CaO) and free magnesium Oxide (f-MgO) are the main factors to restrict its application (refer with: Fig.1).
Its physical and mechanical properties equivalent to or better than limestone gravel and river sand, such as grain grading, crushing value and attrition rate etc [7].
Maslehuddin, Comparison of Properties of Steel Slag and Crushed Limestone Aggregate Concretes, Construction and Building Materials. (2003)105-112

Tensile properties at room temperature.
Tensile properties at elevated temperature.
Jiang, A.Tanga, et al., Ameliorating the mechanical properties of magnesium alloy: Role of texture, Mater.
[13] X.Huang, Y.Chino, M,Yuasa, et al., Microstructure and mechanical properties of AZX912 magnesium alloy extruded at different temperatures, Mater.
[15] D.Liu, Z.Liu, E.Wang, Effect of rolling reduction on microstructure, texture, mechanical properties, and mechanical anisotropy of AZ31 magnesium alloys, Mater.

The mechanical properties of AA 6061-T6 Aluminum alloy were sensitive to the novel welding process.
The dimensions are considered an essential factor.
Ambriz et al.studied how tensile properties of 6061-T6 aluminum alloy welds are affected by the strain rate, where it was found that it has a significant effect on the mechanical properties of yield and tensile stress [41].
Mechanical properties for BM and WM AA 6061- T6 welded manually and using a robotic arm.
The microstructure changes significantly affected the HAZ properties more than the weld and the adjacent base metal.

The structural configurations of atom constituting materials are one of the fundamental factors in the study of physical properties of materials.
Introduction Techniques to understand and control microscopic systems are important because they provide ways to control material properties.
The following are important geometric factors affecting the material properties: While pores, dislocations, cracks, and grain boundaries affect the material properties on a micro-scale, the arrangement of atoms, order of stacks, and lattice mismatches have influences on a nano scale.
Moreover, there are important applications based on geometric properties for spatial problems.
In addition, the grain boundaries and properties of a material can be also analyzed under the different circumstances such as temperatures, stresses, and shock waves.

There are many factors affecting the performance of brake pads, particularly their friction and wear rate [4].
These factors are statistically significant at the 0.05 level with the current model.
A summary of the measured properties that are influenced by the mixing time No.
However, every specimen has a slight difference in physical properties, given the rather similar wear rate, as noted earlier [11], A variation in porosity affects the performance of brake pad less than does a variation in hardness.
Thus, the consideration of physical properties focused on hardness.

Both types of interference and their related influencing factors are described firstly in this paper.
The main factors which affect the amount of interference fit are analyzed firstly in this paper.
Physical properties for the materials of tool shank and shrink fit toolholder are shown in Tab 1.
Tab 1 Physical properties for the materials of tool shank and shrink fit toolholder Physical properties Material Elastic modulus [GPa] Poisson ratio Density [103Kg/m3] Friction coefficient shrink fit toolholder H11 225 0.28 7.8 0.2 tool shank cemented carbide 640 0.22 15 Initial Interference Amount Affecting Contact Pressure.
Spindle Rotation Speed Affecting Interference Amount.

There are many factors to affect the ER damper properties, such as construction parameter, inspire parameter and ER properties [8-9].
This paper focuses on the researching of relationship among shear stress and frequency, velocity, displacement and ER properties through simulation.
We can see from the formula that damper strength is close relationship with construction factors(d, L, D, h)，surroundings factors(V, f, v),and ER parameter(α, β, η0).
Third, surroundings factors (V, f, v) decide damper strength of damping device when front parameter were defined.
This paper focuses on the research of damper strength -- velocity, damper strength – drift properties of shear ER fluid damper.

These two factors were found to influence the ceramic shell composition and indirectly enhanced the ceramic shell strength performance.
In fact, most rice husk ash contains 90-97% of silica and has shown great potential to be used as reinforcing filler in many natural rubber products where it can increase the mechanical properties [6].
The Effect of Rice Husk Ash on Mechanical Properties and Durability of Sustainable Concretes.
Factors affecting shell strength and the effect of dry time on shell strength. 22nd European Investment Caster`s Federation.
Ceramic matrix composites; Microstructure, properties and application.