Particle-based Simulation Software

Multi-GPU Load Balancing technology delivers hundreds of

 times faster analysis than traditional CPUs

UI/UX Optimized for particle-based simulation

WHY NFLOW

NFLOW LBM
(Lattice Boltzmann Method)
Can simulate a variety of physical phenomena with movement, including flow, heat transfer, sound field, phase change, multivariate, and more


NFLOW SPH
(Smoothed Particle Hydrodynamics)
Ideal for free-surface flow, Large scale natural disasters, fluid-solid interaction, and more

NFLOW LICENSE

Same features as the Standard ver.


[Product Components]
SPH & LBM Solver
NFLOW Pre/Post
SPH & LBM Integration Package Basic Configuration

Solver, Pre/Post all included
Latest version of NFLOW SPH/LBM

[Product Components]
SPH & LBM Solver
NFLOW Pre/Post
SPH & LBM Integration Package sold separately

Plan to release with upcoming features
New features included, such as Chemical reaction

[Product Components]
NFLOW Standard
(Upcoming features) chemical reaction solver, phase change solver, and more

NFLOW’s competitiveness

in the private and public sector

 

  • Increase asset value and gain market competitive advantage by reducing operating costs and optimizing processes
  • Manage risk factors through pre-simulation
  • Support decision-making with various scenarios

NFLOW is utilized across various business sectors

Manufacturing engineering

  • Secondary battery precursor synthesis simulation
  • Stirrer performance evaluation
  • Orifice structure piping simulation for optimal design
  • Oil terminal design simulation

Urban planning

  • Inundation simulation based on building & facility design
  • Open waterway flow simulation & damage prediction
  • Analysis of ventilation corridor in urban space
  • Road drainage vulnerability review and design optimization

Ship building & Aerospace

  • Design optimization of internal piping flow of ballast water in ships
  • Drain hole location & internal hull water issue validation
  • Aircraft semi-airframe supersonic flow analysis
  • High subsonic transverse flow hot jet blast analysis

Electronics

  • Refrigerator internal heat flow analysis
  • Acoustic device aerodynamic noise analysis
  • Room sound field analysis
  • Vapor chamber phase change analysis

Manufacturing engineering

  • Secondary battery precursor synthesis simulation
  • Stirrer performance evaluation
  • Orifice structure piping simulation for optimal design
  • Oil terminal design simulation

Urban planning

  • Inundation simulation based on building & facility design
  • Open waterway flow simulation & damage prediction
  • Analysis of ventilation corridor in urban space
  • Road drainage vulnerability review and design optimization

Ship building & Aerospace

  • Design optimization of internal piping flow of ballast water in ships
  • Drain hole location & internal hull water issue validation
  • Aircraft semi-airframe supersonic flow analysis
  • High subsonic transverse flow hot jet blast analysis

Electronics

  • Refrigerator internal heat flow analysis
  • Acoustic device aerodynamic noise analysis
  • Room sound field analysis
  • Vapor chamber phase change analysis

REFERENCE

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