No 17 - 1 to 18

Results 1-18, R. Liu, M. Hou, P. Evesque ; Simulation of 3d granular dissipative gas under different kinds of excitations & with different number of balls N, Abstract

with Results 1 (N°17_1) : Nz distribution as a function of z, for different e= 0.7 to 0.9 and bi-parabolic excitation, pages 1-31, Abstract

with Results 2 (N°17_2) : Nz distribution as a function of z, for different e= 0.7 to 0.9 and saw-tooth excitation, pages 32-63, Abstract

with Results 3 (N°17_3) : Vz distribution as a function of z, for different e= 0.7 to 0.9 and bi-parabolic excitation, pages 64-95, Abstract

with Results 4 (N°17_4) : Vz distribution as a function of z, for different e= 0.7 to 0.9 and saw-tooth excitation, pages 96-127, Abstract

with Results 5 (N°17_5) : Vx distribution as a function of z, for different e= 0.7 to 0.9 and bi-parabolic excitation, pages 129-159, Abstract

with Results 6 (N°17_6) : Vx bin as a function of z, for different e= 0.7 to 0.9 and saw-tooth excitation, pages 161-191, Abstract

with Results 7 (N°17_7) : Vz mean as a function of z, for different e= 0.7 to 0.9 and bi-parabolic excitation, Result 7: Vz mean as a function of z, for different e= 0.7 to 0.9 and bi-parabolic excitation, pages 193-223, Abstract

with Results 8 (N°17_8) : Vz mean as a function of z, for different e= 0.7 to 0.9 and saw-tooth excitation, pages 225-255, Abstract

with Results 9 (N°17_9) : Vz sum as a function of z, for different e= 0.7 to 0.9 and bi-parabolic excitation, pages 257-287, Abstract

with Results 10 (N°17_10) : Vz sum as a function of z, for different e= 0.7 to 0.9 and saw-tooth excitation , pages 287-317, Abstract

with Results 11 (N°17_11) : Vz^2 mean as a function of z, for different e= 0.7 to 0.9 and bi-parabolic excitation, pages 321-351, Abstract

with Results 12 (N°17_12) : Vz^2 mean as a function of z, for different e= 0.7 to 0.9 and saw-tooth excitation, pages 353-383, Abstract

with Results 13 (N°17_13) : Vz^2 sum as a function of z, for different e= 0.7 to 0.9 and bi-parabolic excitation, pages 385-415, Abstract

with Results 14 (N°17_14) : Vz^2 sum as a function of z, for different e= 0.7 to 0.9 and saw-tooth excitation, pages 417-447, Abstract

with Results 15 (N°17_15) : Vx bin and Vz bin as 2 functions of z, for different e= 0.7 to 0.9 and thermal excitation, pages 449-479, Abstract

with Results 16 (N°17_16) : Vz mean and Vz sum as functions of z, for different e= 0.7 to 0.9 and thermal excitation, pages 481-511, Abstract

with Results 17 (N° 17_17) : Vz^2 mean and Vz^2 sum as functions of z, for different e= 0.7 to 0.9 and thermal excitation, pages 513-543, Abstract

with Results 18 (N° 17_18) : Nz distribution as a function of z, for different e= 0.7 to 0.9 and thermal excitation, pages 545-561, Abstract

---

  No 17 - 19 :

P. Evesque , R. Liu & M. Hou; Evidence for speed-symmetry breaking in steady state of dissipative granular gas in 0g, i.e. Oral Presentation at Powders & Grains 2009 (Golden, USA) pages 563-576, Abstract

---

  No 17 - 20 : P. Evesque ; Microgravité et Gaz Granulaire Dissipatif dans un système vibré : un gaz à vitesse dissymétrique, mais à moyenne nulle pages 577-595, Abstract