Thanks to its sensitive characteristics to damages, modal strain energy (MSE) has been
widely utilized for structural damage identification. Various MSE-related techniques on …

This paper presents a general summary and review of state-of-the-art and development of
vibration-based structural damage detection. Various structural damage detection methods …

The foundation of offshore wind turbines has various structures at different depths of the sea.
At depths between 30 and 50 meters, jacket substructure is recommended as an economical …

Deck-pile pier structural system is one of the most common types of pier construction
systems. Corrosion, ship collisions and huge storms cause general and extreme damages …

Four-leg jacket is one of the most widely used offshore structures that is exposed to various
damages during its service life. Unlike land structures, offshore structures are always …

Providing a connection tool between different structures in an offshore complex, flare
bridges are one of the most important offshore structures. Early damage identification in …

Offshore wind turbine structures are prone to deterioration and damage during their service
life in harsh marine environment. To explore highly efficient and robust damage detection …

Modal strain energy based methods for damage detection have received much attention.
However, most of published articles use numerical methods and some studies conduct …

Among the numerous vibration based damage detection methods, some are using
dynamically measured flexibility matrix to detect and locate damage in the structure. One of …