
Sign up to save your podcasts
Or
In space, a spacecraft can experience extreme hot and cold temperatures based on its distance from the sun and orbit around a planet. As a result, spacecraft incorporate a control system to maintain hardware within an allowable temperature range so they don’t become damaged. While thermal control systems are essential for spacecraft, modeling and designing these is not an easy or straightforward task.
In today’s episode I got to chat with JPL thermal engineer Belinda Shreckengost on several topics that go into thermal engineering, including: how thermal models and thermal control systems are developed, as well as how engineers prepare for thermal vacuum testing.
For References for Belinda’s JPL missions, check out the following websites:
https://mars.nasa.gov/
https://www.nasa.gov/missions
5
1010 ratings
In space, a spacecraft can experience extreme hot and cold temperatures based on its distance from the sun and orbit around a planet. As a result, spacecraft incorporate a control system to maintain hardware within an allowable temperature range so they don’t become damaged. While thermal control systems are essential for spacecraft, modeling and designing these is not an easy or straightforward task.
In today’s episode I got to chat with JPL thermal engineer Belinda Shreckengost on several topics that go into thermal engineering, including: how thermal models and thermal control systems are developed, as well as how engineers prepare for thermal vacuum testing.
For References for Belinda’s JPL missions, check out the following websites:
https://mars.nasa.gov/
https://www.nasa.gov/missions
1,338 Listeners
2,869 Listeners
285 Listeners
3,366 Listeners
482 Listeners
285 Listeners
438 Listeners
201 Listeners
297 Listeners
1,218 Listeners
370 Listeners
2,166 Listeners
165 Listeners
295 Listeners