Applied Mathematics Institute www.3tu.nl/ami 3TU.AMI Ship Simulator Kees Vuik Delft University of Technology.

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Presentation transcript:

Applied Mathematics Institute 3TU.AMI Ship Simulator Kees Vuik Delft University of Technology

Ship Simulator 2 Contents Problem Solution Result TU Delft: Elwin van ‘t Wout, Martijn de Jong, Martin van Gijzen Marin: Auke Ditzel, Anneke Sicherer, Auke van der Ploeg

Rough seas Ship Simulator 3

Problem: realistic simulator Required area 5 km x 5 km New screen every 0.05 seconds Bound on the CPU time Ship Simulator 4

How not to do it Navier-Stokes equations Multi-phase flow Moving boundary problem Ship Simulator 5

Boussinesq approach for water waves (Gert Klopman, UT) Approximation valid for weakly non-linear and fairly long waves Takes into account the vertical structure of the horizontal and vertical flow velocity Much cheaper in CPU time Ship Simulator 6

Pressure system Ax = b Large linear system of equations (ten million unknowns) Schilders/Koren, TUe Vuik/Oosterlee, TUD Veldman/Van der Ploeg, UG Ship Simulator 7

How not to do it Compute the inverse of A Work increases quadratically Ship Simulator 8 Tianhe-2 Supercomputer 3 million parallel processors 20 MW energy consumption 40 petaflops (40 x ) 390 million USD

How to do it Iterative solver (multigrid) Linearly increasing Ship Simulator 9 NVIDIA GeForce GTX 680 (Kepler) 1000 parallel processors 100 W energy consumption 1 teraflop (10 12 ) 200 USD

Ship Simulator 10 MSc Thesis of Martijn de Jong RRB numbering Example: 8 x 8 grid points

Problem with memory access Ship Simulator 11

Good idea Ship Simulator 12

Results Ship Simulator 13

Ship Simulator 14

Future Ship Simulator 15