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Mechanical properties of the vinylester based material increased with time and curing temperature.
The proton conductivity and thermal stability of MDP BnIm mixed material increased with the mixing ratio of BnIm.
On the other hand, the latent heat of phase change material increased with the increasing of the paraffin content.
The yield and ultimate tensile strength, and the elastic modulus of the material, increased with heat treatment and volume fraction of silicon carbide particles at the expense of ductility.
Furthermore, large-scale physical tests carried out by Hanson et al. (2010) in their investigation of the impact of erosion resistance on internal erosion in embankment dams identified that erosion resistance for the same embankment material increased with an increase in compactive effort and water content.
The proton conductivity of SPPO xBnIm composite material increased with the temperature, and the highest proton conductivity of SPPO xBnIm composite materials was found to be 8.93 × 10−4 S/cm at 200 °C under 35% relative humidity (RH) with a "doping rate" where x = 2.
Similar(52)
The micro-hardness of the synthesized materials increased with increased volume fraction of TiB.
Interest in modification of materials increased with availability of heavy duty ions of higher energies.
It is found that tensile shear load bearing capacity of welded materials increased with increasing hole diameter.
The run-outs of the monodisperse materials increased with the inclination of the lower slope (Figure 4).
In this study, it was found that the yield of the nanofibrous carbon materials increased with extending deposition time.
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