Material Properties DatabaseAETB-12 Rigid Tile
Property: Coefficient of Thermal Expansion (Thru-the-Thickness)
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Name: AETB-12 Rigid Tile
Database: NASA Ames Thermal Protection Materials
Category: Silicon-Based Reusable Composites: Rigid Ceramic Tiles
Composition: 20% AL2O3, 12% (14% B2O3, 72% AL2O3, 14% SiO2-Nextel), 68% SiO2
Manufacturer: Boeing, Forrest Machining, United Space Alliance (USA)
Technical Readiness Level: 7
Last Modified: 2001-10-01
Description:
- AETB-12 is a relatively low density (~12 lbs/cu.ft.), low thermal conductivity fibrous insulation material with higher temperature capability and better processing dimensional stability than the FRCI-12, LI-900 and LI-2200 insulation that are baselined on all of the shuttle orbiters. It was successfully flown on the shuttle at moderate temperatures as an experimental material on the top of the body flap.
Point of Contact:
- Daniel Leiser
- NASA Ames Research Center
- dleiser@mail.arc.nasa.gov
Coefficient of Thermal Expansion (Thru-the-Thickness)
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| Value (1/K) | Pressure (Pa) | Temperature (K) | Uncertainty | Uncertainty Source |
|---|---|---|---|---|
| 2.60e-06 | N/A | N/A | 1.30e-07 | Significant digits reported |