The efficient condition assessment of engineered systems requires the coupling of high
fidelity models with data extracted from the state of the system 'as-is'. In enabling this task …

We propose coupling a physics-based reduction framework with a suited response
decomposition technique to derive a component-oriented reduction (COR) approach, which …

The protection of buildings under seismic events necessitates the development of efficient
vibration mitigation devices. The recently proposed negative stiffness vibration (NegSV) …

Injecting parametric dependency and treating nonlinear phenomena pose the main
challenges when seeking to construct an accurate Reduced-Order Model (ROM) of an …

Noise pollution has been identified as a physiological stressor that impacts both the
physiological and psychological health of those exposed to it. This recognition has …

The emergence of digital virtualization has brought Reduced Order Models (ROM) into the
spotlight. A successful reduced order representation should allow for modeling of complex …

A diverse variety of engineering and dynamic systems, ranging from control applications and
solid mechanics to biology and economics, feature hysteretic phenomena. This commonly …

Response estimation of structural systems characterized by large numbers of degrees of
freedom (DOF) is universally needed in practical engineering for performance evaluation …

In the modern era of digital transformation recent advancements have given rise to the
concept of twinning, that is, the development of digital representations of physical assets and …

The emergence of digital virtualization has brought Reduced Order Models (ROM) into the
spotlight. A successful reduced order representation should allow for modeling of complex …