The Aerospace Industry
Because of the highly safety conscious and critical nature of their business, aerospace companies must keep reliability and quality at a high level at all times. In some cases, R&M activities are driven by external compliance-based requirements, in other cases they are internally driven. Whether meeting your compliance needs, or meeting your own internal corporate quality measures, Relyence tools are there to meet the critical demands of our aerospace clients.
The Relyence solutions for the aerospace sector include:
Supporting MIL-STD-1629 FMEAs, DFMEAs, FMECAs, and CAs as well as various commercial FMEA standards, and with out-of-the-box Process FMEA support, Relyence FMEA is the platform of choice for today’s widely scattered workforce. Learn more.
Supporting Failure Reporting, Analysis, and Corrective Action System requirements, Relyence FRACAS offers various templates for corrective action process control. Additionally, Relyence FRACAS is completely customizable so it can adapt to your specific needs. Relyence FRACAS also supports workflow, notifications, and approvals. Learn more.
Relyence Fault Tree
For complete risk assessment, Relyence Fault Tree provides a comprehensive graphical fault tree diagramming front end with a powerful analytical back end for best-in-class fault tree analyses (FTA). Supporting exact calculations, simulation techniques, importance measures, and minimal cut set evaluation, Relyence Fault Tree is the comprehensive solution for fault tree analyses. Learn more.
Relyence Reliability Prediction
Supporting MIL-HDBK-217, Telcordia, and China's 299C the worldwide-accepted standards for failure rate analysis, Relyence Reliability Prediction allows you to quickly and accurately perform your reliability analysis, including MTBF and failure rate values of components, subsystems, and systems. Learn more.
Complex systems that incorporate redundant components require specialized tools in order to properly evaluate the effects of their redundancy. Relyence RBD provides these capabilities allowing you to link to Relyence Reliability Prediction as desired and model the effects of various redundancy types with detailed failure and repair properties. Learn more.