4th Fusion HPC Workshop - Day 2
Channel: BSC CNS
Date: 18/12/2023

The 4th Fusion HPC Workshop, which took place from November 29th to December 1st, 2023, covered all computer applications using High Performance Supercomputing (HPC) in the field of fusion research.

➡To learn more visit: https://hpcfusion.bsc.es/

00:00:06: Andrew Davis. High Performance Multiphysics driven design for fusion systems.
00:50:54: Helen Brooks. GPU Acceleration of OpenMC Neutronics for Fusion Applications.
1:20:18: Arkady Serikov. Monte Carlo radiation transport parallel computations on Marconi-Fusion HPC for the IFMIF-DONES radiation shielding tasks.
1:41:41: Federico Cipolletta. Code optimizations in the BSC Advanced Computing Hub: Implementation of matrix compression for the coupling of JOREK to the 3D realistic conducting wall structures.
2:10:51: Alexis Farmakalides. An all-Mach semi-implicit finite volume method for magnetically-dominated MHD.
2:32:23: Xudong Ke Lin. A novel algorithm for the accurate and fast solution of the two-fluid MHD equations.
2:52:34: Fernado Roca. Accuracy and scalability of incompressible inductionless MHD codes applied to fusion technologies.
3:26:52 Pranav Puthan. ALMA toolkit for simulation of magnetohydrodynamic duct flows.
3:48:12: Daniel Suárez. Characterization of buoyancy-driven eddies of liquid metal MHD flows in breeding blankets.
4:10:22: Egemen Kolemen. Flexible and Fast Stellarator Optimization with DESC Suite.
4:40:45: Y. Narbut. Simulation of fully global electromagnetic turbulence in the stellarator W7-X.
5:02:31: W. Lin. Gyrokinetic simulations on the triggering and self-sustaining of internal transport barrier in HL-2A tokamak plasmas.
5:23:43: F. J. Dominguez-Gutierrez. Threshold Displacement Energy Study in Tungsten: Combining Machine Learning and Classical MD Simulations.
5:44:32: Davide Gambino. Molecular dynamics investigation of radiation damage in high temperature superconducting tapes for compact fusion reactors.
6:06:13: Joan Vinyals. Performance optimization of EUROFusion HPC code ERO2.0.
06:26:16: Lorenzo Savino. A GPU based 3D raytracing algorithm for DUED code.
6:48:05 Closing