Media Summary: nx = 30 ny = 20 xmin = -30 xmax = 30 ymin = -20 ymax = 20 uniform_refine = nx = 120 ny = 80 xmin = -30 xmax = 30 ymin = -20 ymax = 20 initial_adaptivity = Phase-field; finite element method; thermodynamics; mass diffusion; right: conserved field variable; left: non-conserved field ...
Case Ii Two Particle Sintering - Detailed Analysis & Overview
nx = 30 ny = 20 xmin = -30 xmax = 30 ymin = -20 ymax = 20 uniform_refine = nx = 120 ny = 80 xmin = -30 xmax = 30 ymin = -20 ymax = 20 initial_adaptivity = Phase-field; finite element method; thermodynamics; mass diffusion; right: conserved field variable; left: non-conserved field ... Phase-field; finite element method; thermodynamics; mass diffusion; left: conserved field variable; right: non-conserved field ... The densification process and final shape of the laminate can predicted in advance with the help of simulation tool. The in situ observation of the first stage of
B. Buesser, A. Gröhn, S.E. Pratsinis, “
