Virtually all NASA spacecraft use COPVs for weight savings over metal pressure vessels. However, these composite structures are more susceptible to damage, are difficult to inspect, have larger burst pressure variability, and are susceptible to stress rupture when maintained at pressure. NNWG supporting development of an automated COPV SHM system based on this work will elevate TRL level to 7 with a demonstration unit planned in FY15. If proven reliable and effective, a wide variety of agency, federal, and commercial applications could benefit. Program. There is currently no other mature technology that can provide hematology data during spaceflight. This is primarily a spaceflight-enabling medical technology.
More »Organizations Performing Work | Role | Type | Location |
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Johnson Space Center (JSC) | Lead Organization | NASA Center | Houston, Texas |