The MOEBIUS Platform

Core Technology

MOEBIUS is a complete multi-physics and multi-scales fluidic computational platform developed and validated over the past 20 years

Capabilities

Define the ACTORS of a problem and put them together in a UNIVERSE including user-defined rules to tailor the physics. MOEBIUS will provide time and space evolution of the system giving access to a detailed quantification and analyze the system

Customization

MOEBIUS unique architecture enables easy and fast configuration of any problems involving FLUIDS, PARTICLES and/or SCALARS leveraging a large set of predefined UNIVERSES

MULTI-SCALE COMPUTATIONS

Access an infinite number of UNIVERSES corresponding to combinations of FLUIDS, PARTICLES and SCALARS also called ACTORS
Physics between actors defined through a database of customizable “user-defined rules”

FLUIDS

DNS and turbulence models
Single Species
- Porous media
- Local viscosity modulations
- Non-Newtonian rheology
- Local forcing
Multi-Species
- Multi-phase flows
- Miscible solutions
Multi-levels grid resolution
Charged fluids
- Electro-osmosis, electrophoresis
- Electrolytes in nano and microdevices
Stabilized propagation
- Entropic methods
- Extended robustness
Boundary Conditions
- Freely moving elements
- Dynamic fluid-surface interaction
- Semi-permeable, no-slip and free-slip walls
- Flow, pressure and windkessels conditions
Immersed boundary method
Semi-permeable walls
Variety of inlet /outlet conditions

PARTICLE MODELING

Biomolecules
- Proteins, lipids, sugars,…
- Chemicals
- Organic/inorganic molecules
Charged Molecules
- Polye-electrolytes
- DNA and RNA
Blood cells
- Erythrocytes, leukocytes, platelets
Solvation and Hydrodynamics
Emitters, sprays and confinement

GENERIC SCALAR SOLVER

- One-the-fly electrostatics
- Fourier solution for thermal flows
- Advection-diffusion-reaction scalars
- Boundary Conditions
  - No-flux / Equipotential: Dirichlet & von Neumann
  - Emitters