SPHERIC SPH Workshop 2019

@ColleenDerkatch Hear hear

@mccormack_jenny @President_MU He is professorplaining.

@President_MU The people of Berlin must not have seen your “connected and coherent” illustration of the principle. Should you send it to them along with your thoughts and prayers?

If we can only have 6 people in our houses, how can we have 30 children in a classroom? It’s a reasonable question. But it’s not a contradiction; in fact, these measures are connected and coherent. The following explanation is a simplification, but illustrates the principle. 1/8

@professor_jedi Same thing for me mate (Astrophysics in UK). I totally understand how you feel. Please, take care.

Thanks everybody for an amazing workshop. It has been a huge honour! @spheric2019 @spheric_

Interaction with solids and complex structures 2 Study of the time-step ratio between SPH and FE solvers for Fluid-Structure interaction Julien Michel @CentraleNantes Session chaired by @jlcercos former @cehinav @la_UPM member

Improvement of the tensile instability in SPH scheme for the water entry problems Lu Wang (en.nwpu.edu.cn) Session: Interaction with solids and complex structures 2

Joe Monaghan @MonashUni , #sph original developer, about to enter the last sessions of @spheric2019

Session: Coupling to other methods Coupling SPH and FEM analysis in GPUSPH for the study and design of offshore platforms Vito Zago @NorthwesternU

Session: Coupling to other methods SPH-FV Coupling for solving 3D free-surface flows Salvatore Marrone (CNR-INM)

Session: Coupling to other methods Simulation of liquid sloshing dampers by coupling of SPH with structure dynamics analysis Victor Vilceanu @bauhaus_uni

And did an outstanding work! 😋

A real device, for a change ! Thanks to Dr. S. Huntley @spheric2019 @spheric_

@ddcampayo @spheric2019 SPH for design of an industrial scale composites recycling process Samantha Huntley @BristolUni Session: Interaction with solids and complex structures 2

Our last talk in the session by Jacob Kegerreis, another our our Libersky Prize candidate, on Efficient Spherical Initial Conditions and High Resolution Simulations of Giant Impacts @spheric2019 @spheric_

Our next talk is given by Domingo Garcia-Senz on Building initial models of rotating white dwarfs with SPH @spheric2019 @spheric_

And we continue with our next Libersky Prize candidate, Josh Borrow with his talk Choosing the best flavour of SPH for astrophysics problems: more complex may not be better @spheric2019 @spheric_

Starting our first session of the day with a talk from James Wurster on Resolving numerical star formation: A cautionary tale @spheric2019 @spheric_

@ddcampayo @spheric_ 🤣🤣🤣🤣🤣🤣🤣

The evolution of @spheric_ pen drive over 13 years @spheric2019

And our last session of the day given by another of our Libersky Prize Candidates Yuma Shimizu with his talk Devel. of Enhanced ISPH method for accurate and consistent comp. modeling of fluid flow int. @spheric_ @spheric2019