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, ou non (` a droite) la propriété (P 2 ), p.33
, gauche) et (1 ? µ ij )/µ ij (droite) pour un maillage 3D dans une géométrie simple (a), un maillage 2D (b) et un maillage 3D dans une géométrie complexe (c)
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, ROE point-tirets, solution exacte trait plein, p.144
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, Densité pour les tests 1 ` a 4. Solveur HLLC, méthode d'ordre un, 60 points par direction, p.157
, Comparaison entre la méthode d'ordre un (a), du gradient (b) et multipente en Q ij (c) ` a t = 0, p.160
, Comparaison entre la méthode d'ordre un (a), du gradient (b) et multipente en Q ij (c) ` a t = 1, p.161
, Comparaison entre la méthode d'ordre un (a), du gradient (b) et multipente en Q ij (c) ` a t = 2, p.162
, Comparaison entre la méthode d'ordre un (a), du gradient (b) et multipente en Q ij (c) ` a t = 3, p.163
, Comparaison entre la méthode d'ordre un (a), du gradient (b) et multipente en Q ij (c) ` a t = 4, p.164
, Comparaison entre la méthode d'ordre un (a), du gradient (b), multipentes Q ij (c) et multipentes M ij (d) ` a t = 4, p.166
, ordre un (haut), multipente en Q ij (bas), densitédensitéà t = 0,5, p.171
, ordre un (haut), multipente en Q ij (bas), densitédensitéà t = 1, p.172
, ordre un (haut), multipente en Q ij (bas), densitédensitéà t = 2, p.172
, ordre un (haut), multipente en Q ij (bas), densitédensitéà t = 3, p.173
, ordre un (haut), multipente en Q ij (bas), densitédensitéà t = 4, p.173
, gauche) et (1 ? µ ij )/µ ij (droite) pour le maillage grossier (a), intermédiaire (b) et fin (c), p.187
, vitesse axiale, (b) et pression (c) enregistrée par le premier capteur
, Données calculées (théorie des collisions) en trait plein et régression en loi puissance en pointillés, p.210
, Données calculées (théorie des collisions) en trait plein et régression en loi puissance en pointillés, p.210
, Image extraite de [21], p.230
, Nombre de points de maillage présents dans la zone de cisaillement pour la configuration N, p.254
, vorticité instantanée pour la simulation S14, Re ? ? 3 400, p.288
, pression (b) et norme de la vorticité (c) instantanées pour la simulation S16, St a = 0, Contours de température, p.291