Current seismic codes propose designing all new buildings in isolation from their
neighbours. As a result, all modified seismic risks associated with interbuilding dynamic …

Frequently, buildings in urban areas are designed by considering their stand‐alone
response, that is, as single structures with no neighboring buildings. Nevertheless, the …

In urban environments, buildings are often seismically designed with their standalone
response, such as isolated structures devoid of surrounding structures. Nonetheless, there is …

This review provides a detailed look at the current knowledge and approaches related to
Dynamic Soil-Structure Interaction (DSSI) in machine foundation design, focusing on its …

This study uses a semi-analytical approach to analyse a machine foundation under in
influence of combined harmonic and pulse loading. The system is modelled as elastic …

Behaviour of machine foundations is investigated in this study under harmonic loading with
varying frequency and pulse loading. Owing to excessive vibrations from the pulse, the …

The stability of rotor systems under large disturbances is often a concern in the design
process of rotating machinery. Under this condition, rotor systems show significantly different …

In regions prone to seismic activity, understanding the directional sensitivity of the machine
foundation responses to seismic wave propagation is critical. Iraq, located in a region prone …

On-board rotating machinery subject to multi-axial excitations is encountered in a wide
variety of high-technology applications. Such excitations combined with mass unbalance …

During an earthquake, torsional deformation about the vertical axis in buildings can result
from various sources, such as asymmetric building geometry or accidental eccentricity due …