commit c3163496385c123d1b771441de2a5a88b25ceb95 parent a8763959f7da5d58f4bc3ffc2ac75acf5dbdb5b8 Author: Benjamin Piaud <benjamin.piaud@meso-star.com> Date: Fri, 24 Nov 2017 16:30:42 +0100 beginning stardis page Diffstat:
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diff --git a/stardis.html.in b/stardis.html.in @@ -0,0 +1,18 @@ +<header> + <h1>Stardis - The Monte-Carlo solver for coupled thermal problems</h1> +</header> + +<p>Stardis computes the <b>propagator</b> or the <b>Green function</b> of coupled thermal problems. <b>coupled</b> refers to conductive, convective and radiative transfers. Stardis can deal with complex geometries and complex high-frequency external solicitations compared to characteristic time of the system.</p> + +<p>The knowledge of the propagator is useful for thermal engineer because it gives some crucial informations to analyse the heat transfer in the system. The enginneer accessess at some new informations like <b> "from where the heat comes at this location ?"</b>. Among the possibilies given by the propagator, it can be used as a rapid modele without simplifying the geometrical description. </p> + +<p>Stardis is not a monolothic software, it's a solver which can be integrated in various thermal engineering toolchain for designing and optimizing.</p> + + +<h2>Example of integration</h2> + +<h2>Green-based engineering</h2> + +<h2>Get Stardis</h2> + +