SU2 models computational fluid dynamics and aerodynamic design, combining numerical solvers, adjoint methods and shape optimisation.
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SU2 models computational fluid dynamics and aerodynamic design, combining numerical solvers, adjoint methods and shape optimisation.
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Sherpa generates high-energy physics collision events with matrix elements, parton showers, hadronisation and perturbative corrections.
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Herwig simulates high-energy particle collisions using parton showers, cluster hadronisation, multiple interactions and particle decays.
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Rivet validates particle-collision event generators using reproducible analyses, experimental reference data and histogram comparisons.
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HepMC represents simulated particle-collision events with graph structures, attributes, weights and exchange formats for physics tools.
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ROOT is a scientific data analysis framework with columnar storage, RDataFrame workflows, statistical modelling and machine learning tools.
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OpenFOAM provides fluid dynamics solvers for incompressible and compressible flows, turbulence, heat transfer and multiphase models.
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Geant4 simulates particle interactions with matter using configurable physics models, detector geometry, tracking and visualisation.
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PYTHIA generates high-energy particle collision events, modelling parton showers, fragmentation, multiple interactions and particle decays.
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Step provides interactive two-dimensional physics experiments with moving bodies, forces, collision models and graphical data analysis.
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ASL provides hardware-accelerated multiphysics simulations using mesh-free numerical methods for fluids, elasticity and transport.
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FastJet provides particle-jet clustering, area calculations, background subtraction and substructure analysis for collider research.
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LHAPDF evaluates parton distribution functions for particle-physics calculations using interpolated data sets and metadata access.
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OpenMM provides programmable molecular simulations with GPU acceleration, custom force expressions, integrators and Python-based workflows.
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LAMMPS simulates atomistic and mesoscale materials with many force fields, parallel processing, GPU acceleration and extensible workflows.
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The Tomviz project is a cross platform, open source application for the processing, visualization, and analysis of 3D tomographic data.
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GROMACS simulates molecular dynamics for proteins, lipids and other materials, with GPU acceleration, trajectory analysis and MPI support.
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Psi4 performs molecular quantum chemistry calculations with DFT, coupled-cluster methods, geometry optimisation and Python scripting.
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MPQC carries out massively parallel electronic-structure calculations for molecules and periodic systems using distributed tensor methods.
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Avogadro is an advanced open source molecular editor designed for cross-platform use in computational chemistry, and other areas.
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