AeroCloud
Automated and streamlined HPC-based CFD
Aerodynamic Simulation Without Complexity
Analyze the flow fields and surface fields to gain deep insight and optimize aerodynamic performance.
How it works
Unlock professional aerodynamic insights
Upload your models and retrieve your insights in three simple steps.
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1. Upload your models:
Effortlessly upload STL or OBJ files, dividing your design into its key subcomponents.
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2. Configure your Settings
Input wind speed, direction, consider ground effects, and specify any rotating parts.
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3. Analyze the results
Explore comprehensive 3D visualizations and effortlessly download a set of related documents like PDF report, Excel sheet and Raw data for tailored post-processing.
Features
All you need for a data driven approach to aerodynamic design
Explore a wide range of features giving you the power to analyze all aspects of the flow impacting your design.
Aerodynamic Performance Analysis
Delve into the drag and lift coefficient plots to analyze the development of drag and lift along your design.
- Analyzing cumulative and punctual drag and lift forces.
- Identifying areas of your design prone to drag or lift.
Intuitive 3D Streamlines
Visualize and comprehend aerodynamic flow patterns with streamlines in a 3D viewer.
- Observe how the flow behaves around your model.
- Gaining insights into the aerodynamic dynamics of your design.
Pressure Coefficient Plots
Explore 3D pressure coefficient plots for a detailed understanding of pressure variations across your model.
- Examining pressure distribution on different parts of the design.
- Understanding areas of high and low pressure.
Pressure Contours
Gain valuable insights into aerodynamic phenomena with pressure contours around the model.
- Identifying recirculation zones around the design.
- Locating areas with low energy flow.
Surface Friction Analysis
Assess surface friction on the model for optimizing design and performance.
- Understanding how friction influence aerodynamic properties.
- Enhancing the overall aerodynamic efficiency of your design.
Total Pressure Coefficient Slices
Utilize Total Pressure Coefficient slices to assess the wake and gather detailed information about the energy level of the flow.
- Identifying the location of the wake in your aerodynamic simulations.
- Understanding the energy distribution within the flow for strategic placement of aerodynamically influential surfaces.
And more
Everything included in the platform
AeroCloud is the result of extensive research conducted by academic experts in Computational Fluid Dynamics (CFD) applied to sports engineering. Our development is further enriched by hands-on experience garnered through numerous industry projects.
Rotating parts simulation
Enhance aerodynamic accuracy by simulating the rotation of specific design components, such as wheels, tires, or disks.
Ground presence adjustment
Toggle ground presence for more realistic aerodynamic results, especially in scenarios influenced by ground effects.
Variable yaw angles for wind direction
Conduct a weighted analysis mimicking real-world conditions by setting different yaw angles for wind direction.
Detailed aerodynamic analysis by part
Achieve a comprehensive understanding of aerodynamics by analyzing drag, lift, side force, and moments for individual design components.
Download excel sheet with results
Customize your data analysis by downloading an Excel sheet containing all numerical simulation data.
Raw data download
Access raw data for in-depth post-processing, allowing advanced users to conduct specialized analyses beyong standard visualizations.
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Want to learn more about our platform?
Book a demo with us to learn about the benefits of using AeroCloud to validate your projects.
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Latest posts
New features, research studies and news from AeroCloud.
AeroCloud Validation Study for Sports Aerodynamics
AeroCloud vs a full-scale wind tunnel across ±15° yaw: 6.9% average CdA difference, no calibration
How KASK cut their design cycle from a week to hours and tested 20× more.
How KASK went from 2 simulations a month to 60, same team, same budget, better helmets.
Investigating Surfboard Design with CFD and Design of Experiments
How CFD and DOE reveal the physics behind surfboard design for faster, more data-driven shaping.
Frequently Asked Questions
Common questions related to our billing plans.