3671. Model Based Mass Properties Engineering at JPL

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Paper Title: 
3671. Model Based Mass Properties Engineering at JPL
Year: 
2016
Paper Number: 
3671
Abstract: 

The Soil Moisture Active Passive (SMAP) mission creates global soil moisture measurements every 2-3 days by spinning a lightweight, ~6 meter diameter deployable mesh reflector. This represents the largest spinning antenna ever to be used on a NASA satellite. The paper discusses the mass properties challenges that were overcome in implementing the mission, including the definition of a combined imbalance term called the Effective Product of Inertia, the selection of an optimum Spun Instrument focal length and edge offset that fostered a reduced mass properties sensitivity, the inclusion of late game Spun Instrument configuration flexibility, the use of balance mass locations that leveraged the large moment arm provided by the reflector, and a subassembly measurement campaign that reduced mass properties uncertainties on testable components.

File Name: 
SAWE3671.pdf
Pages: 
11
Price: 
$20.00
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SKU: SAWE3671
$20.00

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