The influences of variable thickness, material property, length-to-thickness ratio, boundary condition on bending and free vibration responses are investigated and discussed in detail through several numerical examples.
Sealed or unsealed surfaces and properties, length of runway/s, terminal facilities, landing system technology.
A D-optimal experimental design built with three reaction coil properties (length, configuration and internal diameter), flow-cell volume and flow rate, was adopted to generate the experimental data.
The influences of the volume fraction index, the different estimation method of the material properties, length scale parameter, the aspect ratio and the Poisson effect on the static bending behavior are examined.
Computed results are presented to illustrate the dependence of the sound power transmitted through the splitter section on the acoustic properties, length and location of the splitter and the flow Mach number.
Control sets were produced by extracting, for each CNE, a region with the same properties (length, and distance from translation start site) upstream of a randomly selected gene.
Here we examine the properties of these characterised yeast UTRs in the context of the stress-response microarray data sets [ 19, 20], looking for UTR properties (length, uORF content and conservation) which determine differential regulation.
Overall, we examined five structural gene properties: length of proteins and 5'-UTRs, number of exons, length of the first exon, and GC content of gene's coding regions.
We performed a systematic analysis of 116 tumors and used stringent filtering based on conventional characteristics of lncRNAs in terms of coding properties, length, exon counts, and expression levels to identify high-confidence novel lncRNAs.
The model was also used to probe the influence of partitioning and degradation properties, length of emissions, and model assumptions regarding lipid content and liver metabolism on concentration age trends of bioaccumulative and persistent contaminants.
