Reuse simulations and avoid repetitive work. Our templates enable you to save time and streamline your workflow by providing pre-built simulation models that can be easily customized to fit your specific needsSign Up
Streamline your workflow
Do not start every simulation project from scratch. With just a few clicks, you can modify the parameters, variables, and other settings to match your project needs, saving time and avoiding repetitive work
By reusing simulation templates, you can avoid errors and inconsistencies that can arise from starting each project from scratch. This leads to increased accuracy and reliability of your simulation results, while also saving time and effort.
Simulation templates also promote collaboration and knowledge sharing within your team. By sharing templates and collaborating on them, team members can learn from each other's work and build on each other's knowledge, leading to better outcomes and greater efficiency.
Our simulation templates can be easily customized to fit your specific project requirements. With just a few clicks, you can modify the parameters, variables, and other settings to match your project needs, saving time and avoiding repetitive work.
This template includes a meshing tool based on using a background cartesian grid with which one or more surfaces intersect to define the domain of interest for the simulation. The tool is based on the snappyHex utility in OpenFOAM.
Incompressible fluid flow template
This template is used to model fluid dynamics in a steady-state system while maintaining the incompressibility of the fluid. This solver is ideal for simulating fluid flows in a variety of applications, including aerodynamics, hydrodynamics, and heat transfer.
Transient incompressible fluid flow
This templates includes a simulation solver that allows for the simulation of fluid dynamics in a time-dependent system, while maintaining incompressibility of the fluid being modeled. It is ideal for simulating unsteady fluid flows in a variety of applications, including aerodynamics and hydrodynamics.
The OpenFOAM template feature allows users to easily upload and run a simulation with a simple OpenFOAM case. The feature also includes the ability to select different OpenFOAM versions, collaborate with others to edit data, and accelerate result downloads with S3 access.
Your first simulation
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