Sentence examples for jet release from inspiring English sources
The results of the present model are found to be in very good agreement with previous numerical and experimental results of transient jet release ignition.
To improve the working safety in the cavern, an integrated quantitative method for hazard analysis on natural gas jet release from caverns in salt rock was presented.
As our model utilizes a commercial 3D-CFD simulator to calculate the effect of an accident, given that the proper modeling is assured, the model guarantees sufficient accuracy for a vapor phase jet release scenario and following gas dispersion calculation.
The current consequence model described in this work predicts the transient jet release rates and the concentration variations of pure CO2 over a given period of time and distance in Fluent 16.2.
The AXIM simulator is based on parametric calculation with simple heat and material balances only for a liquid phase, so the accuracy of this model is not sufficient for vapor phase or two-phase jet release, dispersion, and fire and explosion calculation.
An integrated quantitative hazard analysis method for natural gas jet release from salt caverns is presented in this paper, which was constituted by a revised model for gas leakage rate calculation, a consequence analysis and a model of probability assessment for harm.
After the hijackers of the Indian Airlines jet released their passengers, India charged that Pakistan was behind the episode.
On its Facebook page, the Defense Ministry posted a 33-second video of a jet releasing the missile and said in its statement that "all the elements of the system performed according to their operational configuration".
That same day, ten children in a playground were killed when a jet released a cluster bomb, spraying a cascade of small bomblets, on Deir Assafir, to the east of Damascus, where rebels are moving uncomfortably close to the city for the regime's liking.For all their slow, steady advances on the ground, the fighters have been largely helpless against air attacks.
Since during accidents non-vertical jets occur frequently, in this work jet releases under various angles were studied.
Our results were quantified by establishing engineering correlations that could be used to predict the flammable extent of hydrogen and methane jet releases in the presence of surfaces.
