FUTURE TRENDS IN NUMERICAL SIMULATIONS OF DETONATIONSReport as inadecuate




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Abstract : We discuss current and future developments in scientific computation : the types of problems solved, the sophistication of algorithms, and the new types of computers that will greatly enhance our ability to simulate the behavior of detonations numerically. Three major types of advances are in : - Application of new computer architectures and associated hardware that emphasizes multiprocessing, parallelism, and interactive graphics - Use of more sophisticated numerical algorithms, including algorithms for adaptive gridding, finite-element monotone methods on unstructured grids, and Lagrangian fluid and particle dynamics, and - Solution of more complicated physical problems, including more spatial dimensions with more sophisticated or complete chemical models.





Author: E. Oran J. Boris

Source: https://hal.archives-ouvertes.fr/



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