Reactive flows
Reactive Shock-Bubble Interaction
GPU-accelerated adaptive mesh refinement for high-fidelity compressible reactive flow modeling.
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GeezerVison is showing amrex-codes.github.io — AMReX-Codes: Block-Structured AMR Software Framework and Applications Block-structured adaptive mesh refinement Scalable software infrastructure for scientific applications.AMReX is a performance-portable framework for building massively parallel adaptive mesh refinement applications across CPUs, GPUs, and advanced HPC systems. AMReX is an open source project of the High Performance Software Foundation (HPSF) under the Linux Foundation. AMReX is available under a BSD-3-Clause license. Featured science AMReX powers simulations across scientific domains.A few examples from the AMReX gallery show the range of applications built on block-structured adaptive mesh refinement.
Atmospheric modeling Thunderstorm in ERFThree-dimensional atmospheric simulation with cloud and rain water structures on adaptive meshes. View the full gallery
Geoscience Millimeter-wave Laser DrillingMultiphysics simulation of melt and vapor dynamics during high-energy rock ablation. View the full gallery
Accelerator physics Hose Instability in a Plasma AcceleratorParticle-in-cell modeling for plasma accelerator physics and beam dynamics. View the full gallery
Plasma physics Laser Wakefield AccelerationWarpX simulations use AMReX for scalable electromagnetic and electrostatic particle-in-cell modeling. View the full gallery
Biological systems Hybrid Simulation of Fungal Mycelium GrowthContinuum transport and particle interactions coupled in an adaptive simulation framework. View the full galleryFramework capabilities What AMReX providesAdaptive mesh refinementBlock-structured AMR concentrates resolution where simulations need it most. Performance portabilityApplications run across MPI, OpenMP, CUDA, HIP, SYCL, and hybrid execution models. Particles and complex boundariesParticle data structures and embedded boundaries support complex multiphysics workflows. Solvers and workflowsAMReX includes capabilities for linear solvers, FFT, I/O, profiling, visualization, and application development. |
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