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Mondal, Influence of nanofillers on adhesion properties of polymeric composites. 
Afifi, Synergistic effect of industrial-and bio-fillers waterborne intumescent hybrid coatings on flame retardancy, physical and mechanical properties.
Afifi, Synergistic effect of industrial-and bio-fillers waterborne intumescent hybrid coatings on flame retardancy, physical and mechanical properties. 
Mahdavian, Ce-MOF nanorods/aluminum hydroxide (AlTH) synergism effect on the fire-retardancy/smoke-release and thermo-mechanical properties of a novel thermoplastic acrylic intumescent composite coating.
Li, Effect of pentaerythritol on the properties of wood-flour/polypropylene/ammonium polyphosphate composite system. 

Mechanical & Control Engineering, Tokyo Institute of Technology Email: myoshino@mes.titech.ac.jp Keywords: Silicon wafer, damage free machining, ductile manner machining, hydrostatic pressure, finished surface, affected layer Abstract.
Fluorinert is fire retardancy, and exhibits good insulation property.
Crystal orientation is another important factor that affects roughness of finished surface.
is the stress intensity factor, which is expressed by the following equation, (2) where is tensile stress acting on a micro crack, and is the size of a defect.
Mechanical Science, 43, pp.335-347

Moreover, the initial density affects the thermal deformation of powder compact to a certain extent.
Fig.2 Samples with various relative densities Fig.1 Experimental conditions for various relative densities Effect of deformation conditions on true stress-true strain curves There are many factors to affect the plastic deformation at elevated temperatures.
Each particle composed of powder compact has the same properties with usual complete compaction, so it usually has characteristics as the usual metal.
The initial density affects the thermal deformation of powder compact to a certain extent.
McMeeking: International Journal of Mechanical Sciences, Vol.34 (1992), p.563 [11] P.Sofronis and R.M.McMeeking:International journal of mechanical sciences, Vol.59 (1992), p. 88 [12] G.R.Shaik, W.W.

There are several factors affecting the shear strength performance and the parameters of the compaction such as type of the fiber, the soil, and the length of the fiber as well, generally the addition of the natural fiber to the soil increase the shear strength.
Basic experiments were conducted to identify the engineering properties of the soil.
The properties of the soil.
The properties of the soil.
Ho, Mechanical properties of kaolinite/fiber soil composite, Journal of Geotechnical Engineering, 120(8) 1994 1381-1393

Research and comparison of blade natural frequencies is made in different rotational working conditions taking into account external factors such as the rotational inertia force.
At present, most of large blades are made of composite materials of fiber reinforced plastic (FRP), FRP has the merit of high specific strength, good fatigue properties and well damping properties.
The mechanical properties of glass fiber reinforced plastic materials as shown in Tab.1: Tab.1 Material Character of FRP Material Ex Ey Gxy Poisson Density 7:1 FRP [Pa] [Pa] [Pa] 0.22 1950[kg/m3] 1:1 FRP [Pa] [Pa] [Pa] 0.14 1950[kg/m3] 2 Modal frequency analysis of the blade 2.1 Additional stiffness The inertial centrifugal force caused by the blade rotary motion, wind load and other loads of the coupling action increases when the wind turbine rotating, it’s increasing the blade stiffness as well appearing stiffening effect.
At the same time, the different thickness of layers from the tail to the tip and the change for sections of blade web also cause blade stiffness and quality distributed unevenly , therefore, changing for layers in cross section characteristic and the structure performance will affect modal vibration mode of blade and the changes for all order natural frequency.
The results showed that the blade in operation won't resonate to damage, stress stiffening of large wind turbine blade in operation effects on the modal frequency significantly, which cannot be oversight in practical application; and the layer angles of the blade of wind turbine can change the stiffness of blade, and affect the modal frequency, which means modal frequency of the blade can be devised.

Vol. 38 (2000), p. 1707 ] investigated the CO2/N2 gas separation properties of a large series of poly (ethylene oxide) segmented copolymer with polyurethanes, polyamides and polyimides.
Carbon membranes combine improved gas transport properties for light gases with thermal and chemical stability.
Furthermore, the addition of inorganic materials in a polymer matrix offers enhanced physical, thermal and mechanical properties, representing a way to stabilize the polymer membrane against change in permselectivity with temperature.
Vol. 322 (2008), p. 423 ] investigated the effect of silica nano particles on the gas separation properties of ethylene vinyl acetate.
Membrane wetting is one of the most important factors affecting efficient CO2 separation process and long-term operation stability [[] Y.X.

Here we draw attention to the development of smart materials with embedded vasculatures that provide multiple functionality: volumetric cooling, self-healing, mechanical strength, etc.
As length scales become smaller, dendritic vascularization provides dramatically superior volumetric bathing and transport properties than the use of bundles of parallel microchannels.
The current literature reveals a surge of interest in bio-inspired designs of flow architectures that promise superior properties, for example, distributed and high-density heat and mass transfer.
The tube lengths decrease by a factor of 1/2, from the largest (L0), to L1 = L0/2, L2 = L1/2, etc.
The flow in all the channels is in the Poiseuille regime with constant properties.

Consequently, these problems will seriously affect the lifetime and durability of the coating.
Therefore, How to improve the interfacial properties of camouflage coating and keep it functional has become a prior question in the research of military camouflage coatings.
Xia Juan[11] has systematically studied the contamination principal and influencing factors of paintings by using the widely used acrylic based emulsion coating.
After all, it is obvious that the interfacial properties of a coating have important influence on its whole performance.
Obviously, nano- TiO2 turns out to be somehow effective in improving the interfacial properties of the coating within the range of concentration tested in this experiment.

However, its mechanical and dyeing properties are poor.
The addition of RIFs always causes bothersome fillers aggregation [4], which would cause serious deterioration of mechanical properties.
Therefore, the mechanical properties of the iPP/ROF blends are possibly better than those of RIF- or rubber-modified iPP blends.
The aim of the study was to achieve the uniform dispersion of this novel phenolic ROF powder and then to improve the mechanical and dyeing properties of its blends.
It is always detrimental to the mechanical properties of blend if the filler particles retained this state in the corresponding blends.

From Eq.(36), the factor S reaches to the critical value cS as the stress intensity factor of the cracked body reaches to its critical one.
Results of the stress intensity factor of the finite cracked plate under only mechanical load with crack angle 00θ = o are listed in Table 1.
For thermal problems, Table 2 also shows the accuracy of the thermal solution in this work is within an acceptable region, where the boundary conditions and material properties are followed the referenced papers [20, 21].
Yosibash, Thermal generalized stress intensity factors in 2-D domains, Comput.
Table 1 Stress intensity factors 0/IK K of cracked plate under mechanical load with 1H / W = .