Mobirise

Core Technology

MOEBIUS is a complete multi-physics and multi-scale computational platform developed and validated over 20 years by CAE professionals. MOEBIUS leverages flexible and powerful Lattice Boltzmann and Discrete Element methods to natively couple physical realms

Capabilities

Define fluids, particles, and scalars as actors of a scene called Universe and evolve them according to user-defined physical rules. MOEBIUS provides temporal evolution giving access to a detailed quantification of space-time local properties

Customization

Its unique architecture enables easy and fast configuration of any problem. Large set of customer-oriented templates provided for consumption.
Models simulated directly or compiled as libraries to be embedded in devices and third-party softwares

MULTI-SCALE COMPUTATIONS

· Access an infinite number of Universes corresponding to combinations of fluids, particles, bodies and scalars
· Physical coupling defined through a database of customizable user-defined rules

FLUIDS AND FLUID-SOLID PHASES

· Laminar and Turbulent Flows
· Porous Media
· Local Material Properties
· Non-Newtonian Rheology
· Mixtures & Multi-Phase flows
· Heat Transfer & Conjugate Heat Transfer between solid-fluid phases
· Reactivity and Joule Heating
· ViscoElasticity
· Multi-levels Grid Resolution 

PARTICLES, MOLECULES, BODIES

· 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

IMMERSED BODIES

· Solid structures interacting with the fluid flow in 1 and 2-way coupling
· Dynamic fluid-surface exchange with deformable geometries
· Cells flow in anatomical conduits, arteries and airways
· Erythrocytes, leukocytes, platelets

MULTIPHASE

· Surface tension and disjoining pressure
· Joule heating and reactivity
· Phases with viscoelastic response
· Encapsulation of drugs and particles
· Droplet formation and coalescence
· Solvation

CHARGED SYSTEMS 

· Electro-Thermal-Chemical coupling with Ohmic and Joule heating
· Conjugate Charge Transfer between solid-fluid phases 
· Electrophoresis, Electroosmosis, Dielectrophoresis
· Membranes and separators
· Nano and microdevices

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