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C. Lignes-de, A gauche : autour d'un cylindre centré de confinement k = 0.5 pour 0.1 < Re < 20. A droite : autour d'un cylindre en milieu infini pour 0.16 < Re < 26, p.51

.. Lignes-de-courant-autour986, /e max = 0 -b) e/e max = 0.704 -c) e/e max = 0.845 -d) e/e max = 0, p.97

D. Lignes-de-courant-dans-le-travail-de, -b) pour un cylindre enécoulementenécoulement de Poiseuillè a e/e max = 0, p.97

. Lignes-de-courant-autour-d, un cylindre enécoulementenécoulement de Poiseuille pour k = 0.6, e/e max = 0.5 et Re << 1. A gauche : dans le travail de Dhahir et al, A droite : dans nos calculs numériques . . . . . . . . . . . . . 105

.. Lignes-de-courant-autour, -b) 0.141 -c) 0.282 -d) 0.423 -e) 0.563 -f) 0.704 -g) 0.845 -h) 0.986, p.107

.. Lignes-de-courant-autour, 29 dans un référentiel lié au cylindre pour e/e max = : a) 0 -b) 0.141 c ) 0.282 -d) 0.423 -e) 0.563 -f) 0.704 -g) 0.845 -h) 0.986. L'accélération de la pesanteur est verticale descendante et le cylindre se déplace vers le bas, p.127

.. Lignes-de-courant-autour, 29 dans un référentiel lié aux plans pour e/e max = : a) 0 -b) 0.141 -c) 0.282 -d) 0.423 -e) 0.563 -f) 0.704 -g) 0.845 -h) 0.986. L'accélération de la pesanteur est verticale descendante et le cylindre se déplace vers le bas, p.128

. .. Lignes-de-courant-autour-d, un cylindre libre dans unécoulementunécoulement de Poiseuille plan pour k = 0.29 dans un référentiel lié au cylindre pour e/e max = a) 0 -b) 0.141 -c) 0.282 -d) 0.423 -e) 0.563 -f) 0.704 -g) 0.845 -h) 0.986, p.135