Use materials science engineering to determine heat resistance
Course Description
Crew and cargo returning from the International Space Station must be protected from the heat generated during the capsule’s descent. This lesson plan on materials science and engineering begins with students exploring the properties of different materials used to construct heat shields. Then, they run trials with samples to collect heat resistance data. Finally, students feed their data into a model to simulate how well their capsule is protected during its descent.
About this Course
Course Outline
Crew and cargo returning from the International Space Station need to be protected from the heat that is generated during the capsule’s descent. This materials science and engineering lesson plan begins with students exploring the properties of different heat shield construction materials. Then, they run trials with samples to collect heat resistance data. Next, they feed their data into a model to simulate how well their capsule is protected during its descent.
Build and learn
Students build a testing apparatus using thermistors and use it to test the thermal insulation of a variety of materials.
Connect your tools
Students connect their materials testing apparatus to a custom Excel workbook with an Arduino UNO or micro:bit microcontroller.
Visualize the data
Using data visualizations in Excel, students measure the heat shielding ability of several materials in a testing scenario. They then analyze their data using a capsule reentry simulation and recommend a material for further testing.
Activites
- Thermistor sensor setup
- Connect your sensors (Arduino Uno)
- Upload Arduino code
- Connect your sensors (micro:bit)
- Upload micro:bit code
- Open Excel and enable Data Streamer
- Compare Material Properties
- Get ready to visualize data
- Baseline trial setup
- Material testing
- Lab procedure material testing setup
- Capsule reentry simulation
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