shocks stanford.edu

Stanford SciDAC project

We propose to develop a new capability based on high-order high-resolution schemes to simulate shock-turbulence interactions and multi-material mixing in planar and spherical geometrical configurations and study the turbulent RT and RM mixing. These problems are of relevance to ICF capsule implosion and supernovae explosions.The project also involves the development of novel sub-grid models for shock-turbulence interaction and multi-material mixing and its validation using the DNS data. more.
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PAGE TITLE

Stanford SciDAC project

DESCRIPTION

We propose to develop a new capability based on high-order high-resolution schemes to simulate shock-turbulence interactions and multi-material mixing in planar and spherical geometrical configurations and study the turbulent RT and RM mixing. These problems are of relevance to ICF capsule implosion and supernovae explosions.The project also involves the development of novel sub-grid models for shock-turbulence interaction and multi-material mixing and its validation using the DNS data. more.

CONTENT

This site shocks.stanford.edu states the following, "We propose to develop a new capability based on high-order high-resolution schemes to simulate shock-turbulence interactions and multi-material mixing in planar and spherical geometrical configurations and study the turbulent RT and RM mixing." We noticed that the website said " These problems are of relevance to ICF capsule implosion and supernovae explosions." It also stated "The project also involves the development of novel sub-grid models for shock-turbulence interaction and multi-material mixing and its validation using the DNS data."

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