Space 3D 2024 TSS - Thermal Software System !!
The industry standard for design and analysis of free flying spacecraft. This tool is currently the market leader in Monte Carlo ray-tracing for thermal radiation. TSS is a collection of applications that can be used to model everything from a simple thermal vacuum chamber test to a detailed spacecraft with a spinning component.
TSS with applications: Geometry, Radk, Heatrate, Heatsource, Mesh, Orbit, Animation, FECC, CONCAP, SindaWin (SF v7.0B), XYPlot, Transfer, and Image.
Executive
Organizes model files, common launch point for all applicatons, encapsulates the license manager and provides TSS file system interface.
Transfer
Transfers CAD data from STEP and IGES standards to Geometry, dual view allows for user control to move only important thermal surfaces.
Geometry
High quality computational geometry engine, allows users to easily setup and analyze thermal models. Simple intuitive user interface with built-in help.
Radk
Calculates radiation conductors and view factors with Monte Carlo ray tracing with Oct-cells. Easy output to Sinda/Fluint format. Analyzes CAD model directly.
Heatrate
High speed ray tracing makes finding orbital heating fast and easy. Output results are automatically formatted for Spacedesign Sinda/Fluint.
Heatsource
Creates heatsources to model thermal vacuum tests with infrared and/or solar sources. Allows the user to model almost any radiation source.
Mesh
Creates finite volume meshes from computational surface geometry to be used in solid radiation to conduction modeling.
Orbit
Creates orbits for spacecraŌ in orbit around any planet and the Sun. Orbits can also be based on trajectory or planetary surface.
Animation
Automatically points assemblies and components at important targets such as towards the Sun, Star or Planet. Easy to use intuitive kinematics.
FECC
Finite element analysis with computational surface geometry to produce second order analysis for spacecraft and any detailed thermal analysis.
Concap
Finite volume analysis to determine conductors both inside surfaces and between objects. Simple and intuitive method for making connections.
SindaWin (SF v7.0B)
Finite Difference solver with built in logic and sub-routines to do the heavy lifting when you need real time critical solutions for thermal problems.
XYPlot
Plotting made easy to get data into presentations fast and with a focus on displaying thermal results.
Image
Creates photo realistic images using Monte Carlo ray tracing from various light sources to capture specular (mirrored) reflections and shadowing.