We've compiled a list of 14 free and paid alternatives to Ingrid Cloud. The primary competitors include MATLAB, Unreal Engine. In addition to these, users also draw comparisons between Ingrid Cloud and Simio, Maple, CONSELF. Also you can look at other similar options here: About.
We've compiled a list of 14 free and paid alternatives to Ingrid Cloud. The primary competitors include MATLAB, Unreal Engine. In addition to these, users also draw comparisons between Ingrid Cloud and Simio, Maple, CONSELF. Also you can look at other similar options here: About.
Simio is a simulation tool designed to expedite modeling for risk-based planning and scheduling, enabling businesses to optimize investments in equipment or processes across various industries. With patented features, a user-friendly interface, and …
A cloud-based computational tool that automates the entire process of flow simulation.
A cloud-based computational tool that automates the entire process of flow simulation.
Ingrid Cloud Platforms
Web-Based
Ingrid Cloud Video and Screenshots
Ingrid Cloud Overview
Ingrid harnesses the power of supercomputers and reveals how the fluid dynamic forces affect your product. The browser-based software uses intelligent algorithms to make the complex easy, fast and reliable.
You can analyze flow behavior in our pre-set applications: - Virtual Wind Tunnel - Building Wind Load - Urban Wind Comfort
Or order a custom assessment of your project for personalized simulations.
If you're not a Simulation specialist: You will take advantage of the automated work-flow. You only need to upload the model, set a few parameters and wait a few hours until the simulation is complete. With Ingrid Cloud you have affordable supercomputer resources and no installation is required - everything happens here in the browser.
If you’re a Simulation specialist: We have a unique technology for automatized mesh generation will surprise you! Guided by a posteriori estimation of the error in wind load prediction, our adaptive algorithm constructs local error indicators that decide what cells in the mesh must be refined to optimize the mesh.