Computational plasma physics | meshing | aerospace simulation

Particle simulation and meshing tools for research and engineering.

ParticleSimulation.com is being developed as the home for specialist plasma simulation code, a novel meshing mechanism, and consulting support for teams working on high-fidelity computational physics problems.

ES-PIC Adaptive meshing Plasma transport
Particle simulation visual reference

What this site will provide

Simulation technology backed by practical implementation support.

The site is structured for visitors who need plasma simulation or meshing capability, custom numerical methods, or help adapting existing scientific software.

Software licensing

Plasma simulation code for advanced modeling work.

Provide prospective users with a clear path to request access, evaluate capabilities, and arrange licensing terms.

Plasma simulation domain visualization
PIC

Particle-based modeling

Built for problems where kinetic effects, particle motion, charge transport, and field coupling are central to the physics.

HPC

Performance-minded code

Suitable positioning for compiled solvers, parallel execution, numerical kernels, and production workflows.

Novel meshing mechanism visualization

Novel meshing mechanism

Z-Mesh

Semi-structured grid that is topologically hexahedral, but is tiled into tetrahedral elements that we smoothly deform to adjust spatial resolution and to conform to interior structures such as satellite bodies.

  • N-Dimensional
  • Surface mesh generation
  • Multigrid Compatibility
  • Licensing routes for commercial, academic, or research use

Consulting

Implementation support for specialist simulation work.

Support can cover numerical methods, solver integration, validation planning, meshing workflows, performance review, and adaptation of existing scientific code.

Technical scoping

Define requirements, physics assumptions, data needs, and practical milestones before committing engineering time.

Code adaptation

Help connect simulation capability to your geometry, boundary conditions, validation cases, and operating environment.

Contact

Request code access or discuss consulting work.

Send a short description of your organization, simulation goals, licensing interest, and preferred timeline.

info@particlesimulation.com ParticleSimulation.com