About this Webinar!
Some of the most difficult thermal problems occur in the aerospace industry. These include the thermal design of a spacecraft in Earth orbit or flying to another planet, cooling an aircraft’s high powered avionics, anti-icing on airplane wings and engine nacelles and predicting solar heating loads on missiles or aircraft baking in the sun. This webinar will focus on using the advanced thermal solver Sinda and the model builder Patran to create thermal models to solve the thermal issues typically found in aerospace industries. Topics covered will include using advanced convection correlations for internal, external and natural convection and how to couple these convection correlations to mass flow. Various radiation methods will be demonstrated including the new multiple enclosure method that allows different solvers to be attached to each enclosure. This allows the high speed hemicube radiation methods to be used inside an aircraft, spacecraft or an electronic box where the view factor count may be high while the slower ray tracing Thermica code could be used on the outside where there are fewer view factors and possibly orbital heating. Also included will be modeling techniques to create realistic environmental loads such as solar heating of aircraft or launch exposed to the weather and sun. Finally, advanced features for spacecraft thermal design will be shown, including modeling orbital maneuvers and the complex kinematic motion of parts of the spacecraft such as the solar arrays or instrument doors.
Watch this webinar to …
Learn about the advanced thermal features in Sinda.
See how these tools can be used to solve aerospace applications such as aircraft, missiles and spacecraft thermal design.
Watch a demonstration on how Sinda integrates into Patran to utilize its powerful pre & post-processing capabilities.
Who Should Watch?
CAE Analysts
Engineers who solve thermal problems
Engineering Managers
Following the webinar, you will be able to join in a live Q&A to have your specific questions answered.
WE_SIN_20130327
Post time: Jan-22-2017