💥💥💥 What is the best open source software with friendly GUI for CFD analysis ?

on

 CFD analysis is a type of computational fluid dynamics simulation that uses numerical methods to solve and analyze problems involving fluid flows. There are many open source software options for CFD analysis, but some of the most popular ones are:

- **OpenFOAM**¹: This is the leading free, open source software for CFD, which is distributed by the OpenFOAM Foundation. It has a large community of users and developers, and supports a wide range of solvers, models, and applications. It also has several GUI options, such as SimWorks² and SimFlow³, which provide user-friendly interfaces for geometry, meshing, case setup, and post-processing.

- **SU2**: This is an open source software for multi-physics simulation and design, which focuses on aerodynamic shape optimization and fluid-structure interaction. It has a Python-based GUI called SU2-GUI, which allows users to easily create and run cases, and visualize results.

- **Code_Saturne**: This is an open source software for general-purpose CFD, which is developed by EDF, a French electric utility company. It has a GUI called SALOME, which integrates geometry, meshing, and visualization tools. It also supports parallel computing and multiphase flows.

These are some of the best open source software with friendly GUI for CFD analysis, but there are also other alternatives that you can explore. I hope this helps you find the right software for your needs. 😊

Source:

(1) OpenFOAM | Free CFD Software | The OpenFOAM Foundation. https://openfoam.org/.

(2) SimWorks - Free CFD software and OpenFOAM® GUI - IdealSimulations. https://www.idealsimulations.com/simworks-free-cfd-software/.

(3) CFD Simulation Software | SimFlow CFD: Free Download. https://sim-flow.com/download/cfd-simulation-software/.

Are SimWorks and SimFlow completely free to use with all capabilities ?

According to the web search results, SimWorks and SimFlow are not completely free to use with all capabilities. SimWorks is a GUI option for OpenFOAM, which is a free and open source software for CFD. However, SimWorks itself is a commercial product that requires a license fee¹. SimFlow is another GUI option for OpenFOAM, which offers a free version with limited features, such as mesh size, number of CPUs, and number of jobs. To access the full features, users need to purchase a subscription plan or a perpetual license². Therefore, neither SimWorks nor SimFlow are completely free to use with all capabilities.

Source:

(1) CFD Software Prices - Cost Comparison - SimFlow. https://sim-flow.com/pricing-plans/.

(2) SimFlow Pricing 2024 | Capterra. https://www.capterra.com/p/10006503/SimFlow/pricing/.

(3) SimWorks Reviews, Pricing & Features - 2024 | TEC - Technology Evaluation. https://www3.technologyevaluation.com/solutions/57089/simworks.

Is there any GUI software which is completely free with all capabilities for OpenFoam ?

According to the web search results, there is one GUI software which is completely free with all capabilities for OpenFOAM. It is called **HELYX-OS**, and it is an open source graphical user interface designed by ENGYS to work natively with the standard OpenFOAM libraries³. It supports the entire CFD simulation process from CAD to results, and it has a large community of users and developers. You can download it from the official website³ or from GitHub. I hope this answers your question. 😊

Source:

(1) HELYX-OS GUI for OpenFOAM | ENGYS. https://engys.com/products/helyx-os.

(2) GUI - OpenFOAMWiki. https://openfoamwiki.net/index.php/GUI.

(3) SimWorks - Free CFD software and OpenFOAM® GUI - IdealSimulations. https://www.idealsimulations.com/simworks-free-cfd-software/.

Does Helyx-OS have any limitations as a GUI for OpenFoam?

HELYX-OS is a free and open source graphical user interface for OpenFOAM, which supports the entire CFD simulation process from CAD to results. However, it also has some limitations as a GUI for OpenFOAM, such as:

- It only works natively with the standard OpenFOAM libraries provided by the OpenFOAM Foundation and ESI-OpenCFD¹. It may not be compatible with other variants or forks of OpenFOAM, such as foam-extend or OpenFOAM+.

- It does not include all the features and capabilities of the commercial version of HELYX, which is a more advanced CFD software product developed by ENGYS¹. For example, it does not support mesh morphing, adjoint optimization, or overset grids².

- It does not have a built-in post-processing module, and it relies on external tools such as ParaView or FieldView for visualization and analysis of the results³.

- It does not have a comprehensive documentation or user support, and it depends on the community feedback and contributions for development and maintenance¹.

These are some of the limitations of HELYX-OS as a GUI for OpenFOAM, but they may not affect your usage depending on your needs and preferences. You can also explore other GUI options for OpenFOAM, such as SimWorks, SimFlow, SU2, or Code_Saturne, which may have different features and advantages.

Source:

(1) HELYX-OS GUI for OpenFOAM | ENGYS. https://engys.com/products/helyx-os.

(2) Helyx OS Help -- CFD Online Discussion Forums. https://www.cfd-online.com/Forums/openfoam-solving/231231-helyx-os-help.html.

(3) HELYX-OS V3, THE NEXT-GENERATION GUI FOR OPENFOAM - SJTU. https://dcwan.sjtu.edu.cn/OpenFOAM2018/wp-content/uploads/2018/06/OFW13-19-055.pdf.

(4)https://engys.com/products.

(5) http://openfoamwiki.net/index.php/GUI.

(6)https://www.dhcae-tools.com/CastNet.html.

(7)https://www.dhcae-tools.com/Simulati....html.

(8)https://www.precice.org/codes/.

(9) http://openfoamwiki.net/index.php/Ex...re_interaction.

What are the advantages of HELYX-OS over other GUI options?

HELYX-OS is a graphical user interface for OpenFOAM, which is completely free and open source with all capabilities. Some of the advantages of HELYX-OS over other GUI options are:

- It supports both OpenFOAM and OpenFOAM+, which are the standard versions of the open source CFD software provided by the OpenFOAM Foundation and ESI-OpenCFD¹.

- It works natively with Linux and Windows platforms, and it has a unique client-server architecture to handle remote and cloud-based operation².

- It has a comprehensive case definition module, which allows users to control the physical models, turbulence, boundary conditions, and field initialization¹.

- It has a large community of users and developers, who contribute to the development and maintenance of the software¹.

These are some of the advantages of HELYX-OS over other GUI options, but you may also consider other factors such as your personal preference, experience, and project requirements. 

Source:

(1) HELYX-OS GUI for OpenFOAM | ENGYS. https://engys.com/products/helyx-os.

(2) HELYX Open-source CFD for Enterprise | ENGYS. https://engys.com/products/helyx.

Comments

Post a Comment

Popular POSTS

Image

How to... fix "gui-domain-label: no domain selected" in Ansys Fluent and MEMERR in CFX

In today's post, we will deal with another error that may occur during the analysis. The error that is described below concerns Fluent and the wrong definition of user monitors that are displayed during simulation. These can be monitors concerning the average velocity in the domain volume, the values of the maximum temperatures of the solid domains, the average values of the heat transfer coefficient from the defined planes of the model, etc. Generally speaking, today's entry is about how to correctly define monitors and how to transfer them between subsequent analyzes. Example of "gui-domain-label" error in Fluent 
Image

How to define Joint in Ansys Static Structural and examples to use

  Joint boundary condition is a type of connection element that allows you to model the relative motion and interaction between two or more bodies in a structural analysis. Joint boundary condition can be used to simulate various types of joints, such as revolute, cylindrical, spherical, planar, slot, universal, and fixed joints. Joint boundary condition can also be used to apply loads and moments to the connected bodies. To use joint boundary condition in Ansys Static Structural, you need to follow these steps: In the Model tree, right-click Connections and select Insert > Joint. In the Details view, select the type of joint you want to create from the drop-down list. In the Geometry section, select the two or more bodies that you want to connect with the joint. You can also specify the location and orientation of the joint coordinate system (JCS) using the options available. In the Definition section, specify the degrees of freedom (DOF) that you want to allow or restrict for the
Image

💥💥💥 How to model in PrePoMAX ?

PrePoMax is a freeware pre- and postprocessor for open-source Finite Element Analysis solver CalculiX 1 . It offers a user-friendly GUI and supports many features provided by the CalculiX solver. To model in PrePoMax, you need to follow these general steps: Create or import a geometry using the Geometry menu 2 . Generate a mesh using the Mesh menu 2 . Define the FE model using the Model , Property , Interaction , Initial Condition , and Step menus 2 . Export the input file for CalculiX using the File menu 2 . Run the analysis using the Tools menu 2 . Import the results file and visualize the output using the View menu 2 . You can find more detailed instructions and examples in the PrePoMax documentation 1 and video tutorials 1 . I hope this helps you get started with PrePoMax. 😊 The official PrePoMax website 1 has a section on documentation, where you can download the PrePoMax manual in PDF format. The manual covers the basic features and workflow of PrePoMax, as well as some