Systems

Asset management and monitoring focused on condition-based maintenance (CBM) technologies that monitor, analyze, and report the state of health of high value assets. Our monitoring solutions increase asset availability and reduce the cost of inspection and repair. Monitoring applications include aircraft corrosion maintenance, coatings integrity, actuator health, and lubrication systems.

• Aircraft Corrosion Management
• M Kim, K. Farinholt, J. Demo, J. Eno., H. Long, & E. Thompson. (2018). Wireless, Non-invasive, Asset Life-cycle Monitoring System. Annual Conference of the Prognostics and Health Management Society.

New techniques for quantifying material changes without disrupting or damaging critical assets. Using nondestructive methods such as ultrasonics and eddy current measurements, we detect microstructure changes and cracking caused by material fatigue, aging, corrosion, or heat damage. Nondestructive inspection and evaluation informs maintenance practices that can prevent unexpected failures and extend service life.

• J. Siegel, M. Schindelholz, F. Friedersdorf, Small Scale Crack Growth Sensor for Determination of AA5XXX Susceptibilityto SCC, NACE Corrosion Conference Proceedings, Dallas, Texas, March 2015.

Processing, analyzing, and reporting on data relevant to the health and operational state of critical systems. We use signal processing, analytics, and embedded algorithms to identify and extract significant features, implement diagnostic and prognostic models, and report results in a format that is easily understood by all users.

• M Kim, K. Farinholt, J. Demo, J. Eno., H. Long, & E. Thompson. (2018). Wireless, Non-invasive, Asset Life-cycle Monitoring System. Annual Conference of the Prognostics and Health Management Society.

Systems and methods that fundamentally improve the way materials are tested and qualified. Luna’s advancements use time-based measurements to quantify damage accumulation during testing. We generate high confidence results that are used to assess materials performance to decrease risk and reduce time-to-market when introducing new coatings, alloys, and composites.

• LUNA LABS产bob软件苹果怎么下载品：涂料和腐蚀测试
• ANSI/NACE Standard TM0416-2016 “Test Method for Monitoring Atmospheric Corrosion Rate by Electrochemical Measurements”. Item No. 21405.