a logbook of milestones and events on Smoothed Particle Hydrodynamics at the Delft Institute of Applied Mathematics at the Delft University of Technology
share • High-resolution #SPH simulations of a 2D dam-break flow against a vertical wall: publicly accessible collection of datasets • Completely revised commentary published at https://t.co/MjL90pW3fq • @4TUResearchData@spheric_
display • 2D dam break against a vertical wall • #SPH_ simulation of velocity and density with 1M, 5M, 20M and 82M fluid particles at https://t.co/5Di1KY0VS5 • with @DualSPHysics v5.0 • #RenderedInParaView • @spheric_ please forward
display • #SPH_ water entry of a buoyant sphere • water shape and velocity for resolutions of 45, 90, 115 and 120 particles per diameter at https://t.co/N7YY3aMarf • with @DualSPHysics v4.4 • #RenderedInParaView • @spheric_ please forward
display • true-time rendering of a tsunami wave on a rectangular column • 1.5 seconds and 100M fluid particles at https://t.co/y7a6uZYrqb • #SPH_ is particularly suited for rapid and violent flows • With @DualSPHysics v4.4 • @spheric_ please forward
Giordano Lipari's research contract at the Delft Institute of Applied Mathematics is extended • Thanks to the Faculty of Electrical Engineering, Mathematics and Computer Science for support
Vuik and Lipari from Delft University of Technology attend the 14th SPHERIC International Workshop at the @UniofExeter, UK • Thx to all @spheric_ delegates and @Spheric2019 for hosting
talks • Dr Andrea Colagrossi, CNR/INM, Rome • How to derive the #SPH_ equations in a Lagrangian mechanics framework • Slides https://t.co/GHhbglm9Up • @spheric_ pls fwd