Jupiter-CFD
TechnoStar's Jupiter-CFD is an advanced platform for pre-and post-processing Computational Fluid Dynamics (CFD) simulations, developed on well-known open-source frameworks like OpenFOAM. Jupiter-CFD offers a robust and highly customizable solution, making it suitable for a variety of complex fluid flow analyses. With high-speed automatic meshing, user-friendly GUI-based customization, and powerful solvers, it serves as an effective tool for both basic and advanced CFD simulations.
Pre-Processing Efficiency
Jupiter-CFD simplifies pre-processing by incorporating a complete GUI-based workflow. Users can seamlessly handle operations ranging from CAD editing and mesh generation to solver setup—all within a single interface on Windows. The software’s meshing capabilities focus on generating high-quality predominantly hexahedral meshes, enhancing ease of use for complex geometries while retaining flexibility. This automatic meshing solution reduces the workload involved in manual pre-processing, minimizing user errors.
Customizable Solvers for Diverse CFD Needs
The solvers embedded within Jupiter-CFD are capable of handling incompressible and compressible flows, multiphase systems, turbulence modeling, and heat transfer analysis. Users can further customize these solvers based on specific physical models, extending the applicability of Jupiter-CFD to suit specialized industrial requirements. Additionally, it can interface with external solvers, making it an adaptable component of any CFD workflow.
Post-Processing Made Simple
Jupiter-CFD’s advanced post-processing capabilities are designed for efficient interpretation and visualization of simulation results. It supports multiple result formats, including CNGS, EnSight, VTK, and PVD, allowing engineers to quickly assess performance metrics like drag and lift coefficients. With its high-speed visual tools, even complex fluid behaviors are made accessible for analysis and optimization.
Industry-Specific Solutions
Jupiter-CFD extends its capabilities through industry-specific modules like ShipStar for ship CFD modeling and thermal fluid analysis solutions for HVAC, heat exchangers, and industrial thermal systems. ShipStar, for instance, provides a specialized interface that simplifies calm water simulations, including resistance and self-propulsion performance assessments. Whether dealing with ship dynamics or thermal management challenges, Jupiter-CFD provides the necessary tools to simulate and analyze effectively.
Expanding Scope with Special Engine Analysis
TechnoStar also offers specialized engine analysis features within Jupiter-CFD, including simulations of gas exchange, mixture formation, combustion, and emission analysis. These features make Jupiter-CFD highly suited for automotive and aerospace industries, where reacting flow and thermal analysis play a crucial role.
Why Choose Jupiter-CFD?
With over two decades of development behind it, Jupiter-CFD delivers an established, flexible platform for all types of fluid dynamics analysis. Its ability to customize GUIs and solvers, combined with support for a wide range of CFD applications, makes it an ideal solution for engineers seeking precision, efficiency, and adaptability.
For more detailed information, check out the attached leaflet or visit TechnoStar's official website.
