Sentence examples for dynamic blast from inspiring English sources

The developed method proved to be a very efficient way to assess the load carrying capacity of a column with imperfections caused by dynamic, blast loading.

The procedure determines the ultimate axial load in four stages: static preload, dynamic blast loading, dynamic response after blast loading and a static load carrying capacity assessment of a deformed structure.

The objective of this study was to experimentally and numerically assess the dynamic blast response of these FRP-reinforced wood panels and explore the development of pressure impulse (PI) diagrams based on a maximum deflection damage criterion.

Additionally, among the FRCC panels, the SCC panels exhibited crack patterns on their back sides that were more significant than the other FRCC panels, indicating that the static flexural behavior, such as strain-hardening performance, of SCC contributed to the crack pattern under dynamic blast loading.

Selected entries can be then be visualized (Fig.  2b), downloaded (Fig. 2c), or used as a dynamic BLAST database for the custom queries (Fig.  3).

A wide range of rigid plastic theoretical solutions for plates having different shapes, boundary conditions and impact, dynamic and blast loadings have been studied in the literature and these equations could be used for fibre-metal laminates with the appropriate modifications discussed in this paper.

Currently available tools include Genome Viewer, Dynamic Annotation, BLAST, Annotator, EMBOSS, KEGG pathways (27), Gene Ontology Tree (28), Genomewide ORF Alignment and Sequence Download.

Unlike the theories proposed by Logan and Barcroft, which seemed to suggest a lethal dynamic peculiar to blast, Hooker's explanation was more straightforward – blast was merely another way of delivering an old-fashioned blow to the body.

An innovative sandwich structure with auxetic re-entrant cell honeycomb cores was proposed in this paper, and the dynamic responses and blast resistance of the honeycomb sandwich structures under blast loading were investigated numerically by employing the LS-DYNA.

Blast capacity was defined through pressure impulse equations that establish a relationship between the dynamic nature of blast load and damage.

Thus, proposed LSCC system has potential for use in structures subjected to suddenly applied dynamic loads, especially blast loads.