On one hand, many of these experimental studies were focused on nanocrystalline materials only, and, therefore, the comparison with early published data for conventional materials would be vulnerable to the systematic errors of the experiments using different techniques.
Most of the previous experimental studies were focused on reinforced (RC) beams under flexure, shear or torsion.
Even more so the same seems to hold true in the reverse direction, where experimental studies are focused on the detection of adaptational processes, and where gene flow is not explicitly considered as to its effects on the range of the habitat to which adaptation has to take place.
Additionally, few full-size experimental studies are focused on the mechanical behaviors of HSRC beam and column members.
Experimental studies were focused on determining the effects of energy density, hatch distance and coating color on the ablation completion index.
Because the advantages offered by pentacene are attributed to a good semiconducting behavior, many theoretical and experimental studies were focused on its crystal structure, morphology, optical, and electrical transport properties [11 13].
The experimental work presented in this study was focused on examining the effect of the variation of two parameters: temperature and water saturation, on the elastic modulus, Poisson's ratio, and dilation properties of a limestone used widely in French construction called tuffeau.
Indeed, the experimental studies are principally focused on the fold change of ncRNAs but precise details of ncRNAs related to structural damage by chemicals are unknown.
The present study is focused on the experimental investigation and nonlinear finite element simulations of shear deficient and glass fibre reinforced plastic (GFRP) strengthened reinforced concrete beams.
The present study is focused on the experimental investigations of the burning behavior of two pool fires behind 1/50 scaled tall buildings with heights varying from 0.565 to 1.165 m in a cross-wind.
