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Thermo-fluid experiments supporting microfabricated regenerator development for a stirling space power engine
Liyong Sun
, Terrence W. Simon
, Susan C. Mantell
, Mounir B. Ibrahim
, David Gedeon
, Roy Tew
School of Engineering (Behrend)
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
6
Scopus citations
Overview
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Dive into the research topics of 'Thermo-fluid experiments supporting microfabricated regenerator development for a stirling space power engine'. Together they form a unique fingerprint.
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Keyphrases
Space Power
100%
Micro-fabricated
100%
Thermal Fluid
100%
Regenerator
100%
Stirling
100%
Fluid Experiments
100%
Random Fibers
22%
Woven Screen
22%
Advanced Stirling Radioisotope Generator
22%
High Efficiency
11%
Computational Methods
11%
Heat Transfer
11%
Microfabrication
11%
Reduced Pressure
11%
Time-resolved
11%
Dynamic Similitude
11%
Pressure Drop
11%
Electric Power
11%
Flow Transferring
11%
Durability Improvement
11%
Channel Length
11%
Dynamic Similarity
11%
Stirling Convertor
11%
Future Space Missions
11%
Radioisotope Power Systems
11%
Engine Size
11%
Space-resolved
11%
Engineering
Engine Size
11%
Performance Fiber
11%