Real-Time Measurement in High-Temperature and Dynamic Environments
As turbine architectures become more efficient, lightweight, and thermally stressed, the need to validate performance under rapidly changing thermal and dynamic environments has never been greater. Modern gas‑turbine test campaigns must capture high‑temperature vibration, pressure pulsations, and dynamic structural behaviour in real time to ensure engine reliability and durability.
These measurements support critical activities such as blade dynamics validation, bearing and rotor assessment, and the development of Health and Usage Monitoring Systems (HUMS) and condition‑based maintenance strategies - while operating within tight test schedules and highly instrumented facilities.
HBK’s gas‑turbine test systems integrate seamlessly with high‑temperature sensing technologies - including accelerometers, pressure sensors, and strain instrumentation -and provide a robust framework for synchronized data acquisition, real‑time validation, and advanced post‑analysis across the full engine operating envelope.
