AirShaper, an online platform for running complex Computational Fluid Dynamics (CFD) simulations, needed a user-friendly web interface where customers could upload and prepare 3D models for simulation. The solution needs to simplify the process of setting up CFD parameters, allow web-based model viewing and manipulation, and ensure that models were automatically optimized for smooth performance and accurate simulation.
We developed an interactive 3D tool with backend functionalities that simplifies CFD simulation setup. Users can upload models, adjust them online, and set parameters for automated optimization and preprocessing, preparing the uploaded data to be used by the Airshaper simulation pipeline.
To ensure a smooth and responsive experience, the tool automatically optimizes uploaded 3D models for web viewing. This preprocessing step adjusts models for faster rendering, making it easy for users to interact with their designs online, without compromising essential geometry needed for accurate CFD simulation.
Users can interact with their models directly in the browser, setting up essential parameters for CFD simulations, such as airspeed, angle of attack, and rotating wheels. The viewer provides a clear, intuitive interface for exploring the model from all angles, adjusting settings, and visualizing how these parameters will influence the simulation.
Once users have completed the setup in the web viewer, the system applies their configuration to the original uploaded high-fidelity model. This ensures that all parameter adjustments are ready for simulation without altering the core details of the original 3D design.
With built-in preprocessing, the tool prepares models for CFD simulation by adjusting them to meet AirShaper's simulation requirements. This step streamlines the workflow for users, allowing them to focus on setup and results rather than manual adjustments.
AirShaper's 3D model preparation tool has significantly streamlined CFD simulation setup. By offering an accessible, web-based interface, users can easily upload, optimize, and configure their models. This streamlined process reduces setup time and simplifies complex CFD preparation steps. The seamless integration from model upload to simulation-ready output has empowered designers, engineers, and enthusiasts to explore CFD analysis with ease.