RESEARCH USE
Where NAMD fits
Prepare topology, coordinates, and force-field parameters for a biomolecular system, then proceed through minimization, heating, equilibration, and production simulation. Preserve starting structures, protonation states, parameter files, configurations, random seeds, checkpoints, software and hardware versions, and evaluate sampling with independent runs and convergence diagnostics.
Research tasks
- Run molecular-dynamics simulations of proteins, membranes, and other biomolecular systems
- Scale long or large simulations across multicore, GPU, and cluster environments
- Use VMD for system preparation and trajectory analysis
What to evaluate before use
- Force fields, protonation, boundaries, time step, equilibration, and sampling design govern the result. A long trajectory or high-performance run does not by itself support a physical conclusion.
- NAMD distributes source code under a restrictive non-commercial license rather than an open-source license. Commercial use, redistribution, and derivative works require attention to the official terms.
Verification note
This entry summarizes the resource's role without assessing scientific accuracy or endorsing its outputs. Features and terms can change; consult the official source before adopting it for consequential work.
molecular dynamicshigh-performance computing
Last verified: 2026-09-22
Source: official documentation ↗