Full development and simulation environment capable of modeling and simulation of Soilds and Fluids.
CENTROID LAB currently maintains and develops Neutrino.
Currently used by research organizations, academia, various industries
features a full-featured simulation and visualization environment for the most demanding tasks and problems.
Versatile and efficient in many diverse sectors, including energy research, environmental sciences , nuclear engineering and risk analysis.
GUI for creating/editing scenes
Easy 3D modeling environment to setup various problems
Import various formats for 3D geometry
Modular plugin-based architecture
Node-based Connection mechanism
KeyFrame Animation Mechanism
Runs on Windows/Linux/Mac OS X
Supports external plugins.
Massively parallel and Efficient
Well Validated fluid solver primarily using particle based methods
Can simulate coastal inundation and floodingscenarios, multi phase flow, thermal hydraulics.
Extensible to support various dynamics fluid flows.
Purely Lagrangian (IISPH) fluid solvers (for simulating liquids, gases and granular materials)
Thermal Hydraulics and Two Phase Flow
Integration with various external solvers and computational systems
Fully integrated and two way coupling with Rigid Bodies
Ability to estimate fluid forces and pressures on Solids
Integrated Visualization System
Ability to output to VTK/Paraview and other renderers
State of the Art Surface reconstruction algorithms - mesh and particle post processing techniques.
Efficient Compute on Demand Simulation in the Cloud
Support of Local Cloud Platforms for Simulations
Live Feedback from computation on the cloud
Easy Per Second Billing
Fluid Structure Interaction 10%
Neutrino is a very valuable tool
Very well integrated with our Risk Analysis System
Currently using Neutrino for our IRP Project