Environmental seismology consists in studying the mechanical vibrations that originate from,
or that have been affected by external causes, that is to say causes outside the solid Earth …

We analyse the effect of temperature and wind velocity on the natural frequencies and
modal damping ratios of the Faculty of Engineering Tower at the Università Politecnica delle …

Continuous ambient seismic monitoring is becoming common for structural health
assessment of geologic features. However, the ability to detect or predict permanent …

Abstract The case study, Los Angeles 32‐storey residential building, has an exceptionally
long seismic observation history, spanning 50 years (1971‐2020), during which it has …

Resonance period is a key parameter in the seismic design of a structure, thus dynamic
parameters of buildings in Beirut (Lebanon) were investigated based on ambient vibration …

The linear seismic response of a building is commonly extracted from ambient vibration
measurements. Seismic deconvolution interferometry performed on ambient vibrations can …

In this article, interpretation of an equivalent to a macroseismic intensity survey, performed in
three identical stand‐alone buildings located in Grenoble, France, after an ML 4.1 …

Seismic noise measurements (ambient vibrations) have been increasingly used in rock
slope stability assessment for both investigation and monitoring purposes. Recent studies …

Reliable monitoring of unstable rock slopes is a prerequisite for successful mitigation of
landslide hazards. However, most state‐of‐the art techniques rely on measuring the local …

An algorithm for time velocity analysis of building response is presented, which identifies the
wave velocity of vertically propagating waves through the building and detects their …