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A non-convex mixed-mode fracture criterion was established for crack initiation and propagation based on the virtual crack closure technique results.
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C versions of programs use the same algorithms as the Fortran ones, involving real- and imaginary-time propagation based on a split-step Crank Nicolson method.
Hybrid versions of programs use the same algorithms as the C ones, involving real- and imaginary-time propagation based on a split-step Crank Nicolson method, but consider only a fully-anisotropic three-dimensional GP equation, where algorithmic complexity for large grid sizes necessitates parallelization in order to reduce execution time and/or memory requirements per node.
In particular, we consider algorithms involving real- and imaginary-time propagation based on a split-step Crank Nicolson method.
The second target was to develop a simple, site-specific model for in-cabin and outdoor-indoor propagation based on Physical Optics (PO) techniques.
Similar messages and data structures have been used with some modifications to support both MODEs 2 and 3 and to limit the propagation based on time-to-live values.
A model for crack propagation based on brittle fracture and localized oxidation and shearing near the crack tip has been proposed.
In this paper we introduce methods for electromagnetic wave propagation, based on splines and on T-splines.
Our objective was to develop a rapid and successful method for in vitro propagation based on an initial in vitro asymbiotic seed germination step that achieved high percentages.
We utilized Monte Carlo simulations of these plots using the measured bulk optical parameters at inputs to decouple the initial emission directionality (i.e. FSHG/BSHG) from the SHG propagation (based on μs and g).
The contribution is unique hazard identification before the test generation process, state justification on the gate level, sequential fault propagation based on breadth-first search and stepwise composition of state graphs for sequential test generation.
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