Introduction
Thermal Desktop is a general purpose tool used for thermal and fluid analysis. It can be used for component or system level analysis.
Source: CRTech
History
Thermal Desktop was developed by C&R Technologies (CR Tech). It utilizes the SINDA/FLUINT solver. SINDA/FLUINT was originally developed for NASA’s Johnson Space Center by CR Tech’s founders, and was later developed and expanded by CR Tech.
Thermal Desktop Model of Ingenuity
Source: Ansys
CR Tech developed a geometric GUI known as Thermal Desktop to work with SINDA/FLUINT, and this tool has been used to solve system level problems. RADCAD and FLOCAD were later integrated, allowing for solving thermal radiation problems and fluid network modeling respectively.
Phase Change system
Source: CRTech
Thermal Desktop has played a role in the development of multiple projects, including the James Webb Space Telescope, the Mars helicopter Ingenuity, and thermal storage systems utilizing phase change materials.
In 2022, Ansys purchased CR Tech. This integration aims to provide customers with increased thermal analysis capabilities.
Advantages and Applications
Thermal desktop has a number of industrial and research applications. This includes but is not limited to:
Source: Ansys
The FLOCAD package also allows us to capture behavior such as waterhammers and other pneumatic and acoustic waves through compressible and two-phase fluids. Thermal Desktop can also solve fluids problems such as reacting flow problems, rocket nozzle plumes, and thermal stratification in fluid tanks.
Steady-State Results of Plume Convection in a Radiating Nozzle Using the Bartz Equation with Streaking
Source: CRTech
Thermal Desktop also has integrations with other Ansys products, like Fluent, Mechanical, Model Center, and STK (Systems Tool Kit).
Conclusion
In conclusion, Ansys Thermal Desktop is a versatile and flexible tool capable of solving a multitude of complex problems. If you have further questions or interest, feel free to contact us at this link: https://www.ozeninc.com/contact-us/
Additional Information