Sentence examples for due to explosion from inspiring English sources
The results of these case studies have successfully shown that the risk due to explosion can be assessed during the initial design stage ensuring a safer plant.
Optical networking is being viewed as the holy grail for eliminating bandwidth constraints that have arisen due to explosion in data traffic, which is fast outpacing voice traffic on the public networks.
The finite element software LS-DYNA has been used to model and to analyze the outcome of this project, specifically to be modeled in the area of the second interaction due to explosion.
T-Mobile has responded as well, though the Uncarrier's timeline is more finite that Sprint's nebulous "investigation window," instead citing its "remorse" policy, which gives users a standard two-week window with which to exchange a product, whether due to explosion concerns or any other reason they might feel like they've made a terrible mistake.
Thus, between the precession and additional energy imparted to the particles due to explosion or collision, orbital debris can disperse widely throughout an orbit at lower inclinations, but will disperse less in polar orbits (inclination near 90°), contributing to debris density in polar orbits.
The mechanisms explains two kinds of nanosized particles: particles of several tens and even hundreds of nanometers are formed due to explosion of molten droplets while the smaller particles having in turn a different structure and morphology are formed as a result of condensation of evaporated constituents under different conditions.
iRET estimates risk due to explosions by using TNT equivalence method and the TNO correlation method.
The design of structures subjected to loads due to explosions is often treated by means of elastic plastic response spectra.
This study demonstrates the applicability of peridynamics to accurately predict nonlinear transient deformation and damage behavior of composites under shock or blast types of loadings due to explosions.
Analyses of the fragmentation (due to explosions and collisions) of spacecraft and rocket bodies in low Earth orbit (LEO) have been performed this year at NASA/JSC.
