1996年8月13日 · BRITISH AEROSPACE plans to offer a health-and-usage monitoring system (HUMS) on the latest version of its Hawk advanced training aircraft. The UK company has awarded Analysis Management & Systems...

UEI’s HUMS system, in the form of UEI's COTS compact Cube chassis with I/O, enabled ADL to log critical data from diesel engines, hybrid control systems (from BAE), battery optimization subsystems, and AC units via CAN-bus.

Health and usage monitoring systems (HUMS) is a generic term given to activities that utilize data collection and analysis techniques to help ensure availability, reliability and safety of vehicles. Activities similar to, or sometimes used interchangeably with, HUMS include condition-based maintenance (CBM) and operational data recording (ODR).

Defence Science and Technology International Conference on Health and Usage Monitoring Systems (HUMS 2019) F/A-18 Super Hornet & Growler HUMS Agile Software Development to Deliver a

BAE Systems Australia [email protected] 25 February 2019 Defence Science and Technology International Conference on Health and Usage Monitoring Systems (HUMS 2019) Hawk HUMS - Strain Gauge Health Software Assisted Hawk Mk127 Strain Gauge Serviceability Assessment . 1 Hawk Strain Gauge Health

What is HUMS in our context • Airframe and engine data from aircraft → Fatigue accrual reports • Ground based data management, processing and reporting system

BAE Systems Advanced Technology Solutions (ATS) offers a comprehensive capability in MEMS (Micro-Electro-Mechanical Systems) from concept through detailed design to fabrication and evaluation.

BAE was looking for a cost-effective solution that would allow them to provide a reliable and consistent real-time health and usage monitoring (HUMS) data for predictive maintenance for all Hybrid Bus systems. With existing DAQ hardware, all performance data collected was stuck on the bus while it was in use and could only be

2018年4月19日 · To maintain the structural integrity of an aircraft, you need to manage two factors. The first is fatigue, because metal becomes more susceptible to cracking with use. This phenomenon is well known, and has been managed with Health and Usage Monitoring Systems (HUMS) for many decades.

HUMS are sensor-based systems to measure the health and performance of mission-critical components in aircraft. They provide actionable information so maintainers can make data-informed decisions. HUMS also provide additional data on emerging technical issues.