Numerous landslide dams have been induced in recent years as a result of frequent
earthquakes and extreme climate hazards. Landslide dams present serious threats to lives …

Dam health monitoring is usually achieved by using the hydrostatic-season-time model that
simulates the temperature effect through harmonic sinusoidal functions. The model is …

Vibration-based dam safety monitoring methods have increasingly become a research
hotspot for assessing dam safety. The accurate material parameters of a high arch dam and …

The overall mechanical behavior of the structure of an arch dam is comprehensively
reflected by the vibration modal information included in measured vibration response …

The covariance-driven stochastic subspace identification (SSI–COV) is widely used in the
operational modal analysis of structures. However, the appropriate selection of user-defined …

Modal parameters, including fundamental frequencies, dam** ratios, and mode shapes,
could be used to evaluate the health condition of structures. Automatic modal parameter …

Abstract Structural Health Monitoring (SHM) is becoming the fourth driving force of
engineering science and technology progress, in addition to the basic theory, numerical …

The overall mechanical behavior of the structure of a gravity dam is comprehensively
reflected by modal information included in the measured vibration response. In this study …

Historical structures are important cultural relics which illustrate the progress of engineering
development. They are a valuable source of information on construction techniques and …

The ambient vibration testing (AVT) measurement of concrete dams on full‐scale can show
the practical dynamic properties of structure in the operation state. For most current …