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The simulation uses a set of well-established flow-modeling algorithms for simulating reacting and compressible flow to create a 3-D simulation of the pressure wave that would be experienced by a real soldier.
The simulation uses a new matrix formulation for computing load-flow, steady state and time-domain solutions.
The simulation uses a dynamic, physical input output model for the basic material and energy industries, embedded in an economy-wide stocks and flows framework (SFF).
The simulation uses a mechanistic model where the change in soil thickness over time depends on the transport of soil through a diffusive transport and a water erosion process.
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The simulation uses an explicit dynamic finite element method to describe the vibration of a pad brought into contact with a beam at constant velocity.
Unless otherwise specified, SBA0 in the simulation uses an exponential average with a default factor z = 0.5, and SBA+ adopts a default probability P1 = 0.2.
The simulation used a less intense explosion than the actual bombing.
In this paper procedures are shown, which allow a significant reduction of computational efforts of the simulation using a subspace iteration scheme with "optimally" selected start-vectors.
We validate our solution by the simulation (using a finite-volume mesh with 80 million cells) of a take-off blast wave propagation for Ariane 5 launcher.
Fig. 6 Example of the simulation using a modeled sequence in group 2 assuming (A − B 3 = 0.666 MPa.
Thus, the simulation used a 60-μm-diameter micro-sized droplet with an initial velocity of 5 m/s.
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