Program

11:00	Bastian Löhrer, Silvio Tschisgale, Benjamin Krull, Ramandeep Jain, Thomas E. Hafemann, Ronja May and Jochen Fröhlich The Dresden Multiphase Code PRIME: Methods, Applications and Experiences ( abstract )
11:20	Lennon Ó Náraigh, Prashant Valluri and David Scott TPLS: A Freely Available Program for the Simulation of Two Phase Flow ( abstract )
11:40	Santosh Kumar A numerical solver nonlinear age-structured population model ( abstract )

12:00-13:30Lunch

13:30

A parallel algebraic multigrid solver with reduced communication costs ( abstract )

14:15	Jakub Kruzik, David Horak, Martin Cermak and Marek Pecha PERMON toolbox for quadratic programming ( abstract )
14:35	Oana Marin, Emil Constantinescu and Barry Smith Acceleration of unsteady PDE constrained optimization under PETSC/TAO ( abstract )

14:55-15:30Coffee

15:30	Volker Jacht and Tim Steinhoff Utilizing PETSc in an MPI-based multi-application software-architecture ( abstract )
15:50	Pierre Jolivet Block recycled Krylov methods and matrix-free solvers ( abstract )
16:10	Patrick Sanan DMStag: A Staggered Grid Abstraction for PETSc ( abstract )

17:30	Julian Giordani, John Mansour, Matt Knepley and Louis Moresi Case study: Prototype of Underworld via PetscDS ( abstract )
17:30	Diego Rojas, Lisandro Dalcin, Matteo Parsani and Stefano Zampini Development of the SSDC framework with PETSC's DMPlex ( abstract )
17:30	Joe Wallwork, Matt Piggott, Nicolas Barral, David Ham and Hilary Weller Numerical tsunami simulation using goal-oriented mesh adaptivity ( abstract )
17:30	Toby Isaac Extensions of Multipoint Mixed Finite Elements ( abstract )
17:30	Lawrence Mitchell, Miklós Homolya, David Ham and Robert Kirby FInAT is not a tabulator ( abstract )

19:30-23:00Conference dinner

Wednesday, June 6th

09:30

How ETH Seismology and Wave Physics group employs PETSc (invited talk) ( abstract )

10:15-11:00Coffee

11:00	Steven Dargaville and Chris Pain Matrix-free multigrid preconditioners for radiation transport ( abstract )
11:20	Lawrence Mitchell, Rob Kirby and Patrick Farrell PDEs: they should be the solver's problem ( abstract )
11:40	Serge Van Criekingen and Martin Gander New Coarse Corrections for Optimized Restricted Additive Schwarz Using PETSc. ( abstract )

12:00-13:30Lunch

13:30

pTatin3D, an example of problem driven new developpement in Petsc Library ( abstract )

14:15	Justin Chang, Matthew Knepley and Richard Mills A performance spectrum model based on the Time-Accuracy-Size (TAS) analysis ( abstract )
14:35	Douglas Shanks, Richard Smedley-Stevenson and Wei Liu An exploration of solver performance and optimisations through the mini-app TeaLeaf. ( abstract )

14:55-15:30Coffee

15:30	Robert Kirby Algebraic solvers for discrete tide models ( abstract )
15:50	Thomas Gibson, Lawrence Mitchell, Colin Cotter and David Ham Hybrid-mixed compatible finite element solvers for numerical weather prediction ( abstract )
16:10	Jose E. Roman and Carmen Campos Rational eigensolvers in SLEPc: application to the source-free Helmholtz equation ( abstract )