Recent progress in rotational sensor technology has made it possible to directly measure
rotational ground-motion induced by seismic waves. When combined with conventional …

随着多分量检波器和地震仪的广泛应用, 针对地球壳幔结构成像, 岩土工程探测,
石油勘探等领域的多分量面波研究逐渐受到关注. 在系统研究面波理论及相关方法技术的基础上 …

For many years, seismological research mainly focuses on translational ground motions due
to the lack of appropriate sensors. However, because of the development of devices based …

The case study presents an assessment of the traffic-induced vibrations on humans and
residential buildings, which is important for sustainable development. The analyzed …

During an earthquake, buildings are analysed dynamically without any consideration of their
neighbouring structures and usually this also neglects the influence of surficial rotational …

Measurements of rotations are unique because of their inherent property making them
absolute and without an external frame of reference. This is in contrast to velocity, which …

The impact of seismicity on structures is one of the key problems of civil engineering.
According to recent knowledge, the reliable analysis should be based on both rotational and …

Seismic ground motions associated to basin-induced surface waves can be particularly
damaging for long-period large-scale infrastructures such as bridge pylons. In the present …

An algorithm is proposed for modeling wave propagation with in-plane rotational component
in earth medium. The proposed algorithm can not only carry out in-plane rotational wave …

The horizontal-to-vertical (H/V) method is a fundamental fast tool to estimate local site effect
parameters by using the registered signals of the translational motion. The spectral ratio is …