Complex, high‐rate dynamic structures, such as hypersonic air vehicles, space structures,
and weapon systems, require structural health monitoring (SHM) methods that can detect …

Engineering systems experiencing events of amplitudes higher than 100 gn for a duration
under 100 ms, here termed high-rate dynamics, can undergo rapid damaging effects. If the …

Reliable operation of next generation high-speed complex structures (eg hypersonic air
vehicles, space structures, and weapons) relies on the development of microsecond …

High‐rate dynamic systems are defined as systems being exposed to highly dynamic
environments that comprise high‐rate and high‐amplitude events. Examples of such …

A challenge in the control of civil structures exposed to multiple types of hazards is in the
tuning of control parameters to ensure a prescribed level of performance under substantially …

Safe and reliable operation of hypersonic aircraft, space structures, advanced weapon
systems, and other high-rate dynamic systems depends on advances in state estimators and …

This paper proposes an uncertainty-quantified damage identification framework that models
a high-rate dynamic system using a Gaussian process regression embedded within a …

High-rate systems operating in the 10 μs to 10 ms timescale are likely to experience
damaging effects due to rapid environmental changes (eg, turbulence, ballistic impact) …

With the development of complex structures with high-rate dynamics, such as space
structures, weapons systems, or hypersonic vehicles, comes a need for real-time structural …

With the development of complex structures with high-rate dynamics, such as space
structures, weapons systems, or hypersonic vehicles, comes a need for real-time structural …