Registration is now open for a free 2-part series on modeling heat pipes using FloCAD and Thermal Desktop.

Integrating C&R Technologies’ Thermal Desktop into Ansys’ portfolio enables more efficient and accurate design, analysis, and optimization of thermal systems, most notably for space applications and satellites

---

Key Highlights

 

Introducing the OpenTD Project Hub, a place to share useful tools you've created using OpenTD, from projects with full source code, to binaries or code snippets.

What if your heat pipe wall is too complex to represent with the FD surfaces and solids native to a FloCAD HeatPipe, and FE meshes must be used?

What if your heat pipe cross section changes along its length, yet FloCAD HeatPipes can't be joined end to end as can a regular Pipe?

We're excited to announce the release of Version 6.3, available to current customers immediately via the Product Downloads page! We've compiled several highlights and new features that we're pleased to share with you.

This sample problem demonstrates two possible ways to model a mass flow controller (MFC) in the FloCAD® module of Thermal Desktop®.

Circular or “ring manifolds” are used to solve a variety of problems, from feeding fuel and/or oxidizer into an axially symmetric combustion chamber where there is one inlet and multiple outlets, to water fountains with multiple inlets.