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Build, Connect,

Build, Connect,

Build, Connect,

Experiment

Experiment

Experiment

We are creating a new open standard for publishing simulations and experiments.

A new open standard for publishing simulations and experiments. Fluidize empowers you to create and run complex experiments and simulations with ease.

Create Code that Works for Everyone, Without Hassle

Create Code that Works for Everyone, Without Hassle

Create Code that Works for Everyone, Without Hassle

Fluidize empowers you to create and run complex experiments and simulations.

Our platform ensures that every simulation can be reliably reproduced,

fostering trust and accelerating scientific discovery.

Fluidize empowers you to create and run complex experiments and simulations. Our platform ensures that every simulation can be reliably reproduced, fostering trust and accelerating scientific discovery.

Fluidize empowers you to create and run complex experiments

and simulations. Our platform ensures that every simulation

can be reliably reproduced, fostering trust and accelerating scientific discovery.

Fluidize empowers you to create and run complex experiments and simulations.

Our platform ensures that every simulation can be reliably reproduced,

fostering trust and accelerating scientific discovery.

Run Simulations Online

Run Simulations Online

Access and execute simulation projects from any device with an internet connection. No need for powerful local hardware or complex software installations.


Access and execute simulation projects from any device with an internet connection. No need for powerful local hardware or complex software installations.


Ensure Reproducibility

Ensure Reproducibility

Guarantee identical results for the same inputs and model configurations. Version control for models and parameters ensures consistency across all runs and users.

Guarantee identical results for the same inputs and model configurations. Version control for models and parameters ensures consistency across all runs and users.

Seamless Collaboration

Seamless Collaboration

Share your reproducible simulations with colleagues or the wider community. Facilitate peer review, collaborative development, and knowledge transfer effortlessly.

Share your reproducible simulations with colleagues or the wider community. Facilitate peer review, collaborative development, and knowledge transfer effortlessly.

Seamless Collaboration

Share your reproducible simulations with colleagues or the wider community. Facilitate peer review, collaborative development, and knowledge transfer effortlessly.

Interactive Nodes for Intuitive Simulations

Interactive Nodes for Intuitive Simulations

Fluidize empowers you to build and refine complex simulations easily. Our node-based

system represents simulation blocks as interactive elements, allowing for direct

parameter manipulation with customizable interfaces.

Fluidize empowers you to build and refine complex simulations easily. Our node-based

system represents simulation blocks as interactive elements, allowing for direct

parameter manipulation with customizable interfaces.

Visualize. Interact. Simulate

Visualize. Interact. Simulate

Fluidize provides an infinitely customizable environment

for creating and managing simulations

Fluidize provides an infinitely customizable environment

for creating and managing simulations

Temperature Control

Temperature Control

Adjust the initial temperature or the system.

Adjust the initial temperature or the system.

Temperature (°C)

Temperature (°C)

0°C100°C
25 °C
0°C100°C
25 °C

Particle Size

Particle Size

Define the average diameter or the particles.

Define the average diameter or the particles.

Diameter (μm)

Diameter (μm)

Select Solver

Select Solver

Choose the numerical solver tor the simulation.

Choose the numerical solver tor the simulation.

Select Solver

Select Solver

Current: RK4
Current: RK4

Seamlessly Connect Simulations Together

Different libraries? Different languages?

No problem.

Fluidize lets you effortlessly integrate diverse simulation components.

Focus on your research, not on compatibility issues.

Integrate machine learning predictions into physics-based simulations.

Chain pre-processing, simulation, and post-processing steps into a single workflow.

Automate parameter sweeps and optimization studies across multiple tools.