Top Autodesk CFD Alternatives

The mechanical engineering sector requires the use of advanced tools to aid the process of making machines, engines, and other parts. It is also essential to understand the role of thermals management while designing a machine or any other electronic device. Autodesk CFD allows users to develop 3D prototypes that simulate real-life operating scenarios of machines and their impact on them.

Flow control applications and surface modeling

It allows engineers to optimize and design engines with improved pressure and flow distribution. This is very important while creating automobile engines as they need to offer better power while maintaining fuel efficiency.

Autodesk CFD also enables users to simulate interactions between liquids and gases using free surface modeling capability. It is essential for modeling flow phenomena, including waves, sloshing, and spilling. It helps to predict how fluids perform in the limited constraints of the original design.

Thermal prototyping

Thermal prototyping is required for calculating the heat transfer modes in moving parts. It is in various forms, including solid to solid or solid to fluid. It also covers all methods of heat transfer like convection, conduction, radiation, solar loading, and Joule heating.

Surface wrapping and mesh sizing

Autodesk Surface wrap can be used to wrap a model and generate quality mesh to transfer it into Autodesk CFD. Quickly create CAD models without excess cleanup in CAD file structure. It is useful in cases like external flow analysis and wind tunnel type models.

On top of that, it uses intelligent geometry to decide and resize mesh automatically. It is possible to create particles and simulate interactions between massless and particles with mass.

Fusion 360 integration

Autodesk CFD is compatible with Fusion 360, which is another product from Autodesk. CFD software supports a wide variety of file formats and applications like Autodesk Inventor, Parasolid, and SolidWorks. It helps to simplify CAD models and modify them with ease.

Custom result equations and averaged result plane

It allows users to input custom equations to further enhance the results you get while visualizing things that are beyond the usual CFD standards. It is possible to view quantities using various result task commands and store them to access later in the next CFD sessions.

Visualize results accurately with a diverse set of tools designed to view, extract, and share simulation results quickly and efficiently. The results can be viewed as vibrant graphical images, plots, and tabular data.