MOEBIUS is a complete multi-physics and multi-scales computational platform developed and validated over the past 20 years by CAE professionals. MOEBIUS leverages flexible and powerful Lattice Boltzmann and Discrete Element methods to natively couple physical realms
MOEBIUS defines FLUIDS, PARTICLES, and SCALARS as the actors of a scene called UNIVERSE and orchestrates them according to physical rules and by including user-defined rules. MOEBIUS provides time and space evolution giving access to a detailed quantification of its properties
MOEBIUS unique architecture enables easy and fast configuration of any problem. Large set of customer-oriented template UNIVERSES are provided for consumption.
Models are simulated directly or compiled as libraries to embed in devices or third-party software
· Access an infinite number of "Universes" corresponding to combinations of fluids, particles, bodies and scalars
· Physical coupling is defined through a database of customizable “user-defined rules”
· Laminar and Turbulent Flows
· Porous Media
· Local Material Properties and Forcing
· Non-Newtonian Rheology
· Multi-Species Mixtures & Multi-Phase flows
· Heat Transport & Conjugate Heat Transfer
· Reacting Species
· ViscoElasticity
· Multi-levels Grid Resolution
· Aerosols, Droplets, Powders
· Emitters & Sprays
· Electrostatics
· Deformable bodies and Moving Parts
· Fluid Structure Interaction
· Biomolecules
· Proteins
· Organic and Inorganic Chemicals
· Poly-electrolytes, DNA and RNA
· Electro, Thermo and Chemophoresis
· Solid structures interacting with the fluid environment in one and two-way coupling
· Dynamic fluid-surface exchange with deformable geometries
· Deformable cells in anatomical conduits, arteries and airways
· Blood cells: erythrocytes, leukocytes, platelets
· Solvation
· Single and multicomponent systems
· Surface tension and disjoining pressure
· Coupling with heat transport
· Coupling with viscoelasticity
· Encapsulation of drugs and particles
· Droplet formation and coalescence
· Electrostatic forces for Electrolytes, Electrophoresis, Electro-osmosis
· Dielectrophoresis
· Charged fluids in nano and microdevices
· Advection-diffusion-reaction scalars
· Permeable and semipermeable membranes
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