This paper investigates the role of basement depth on the response of framed buildings to
tunnel construction in sandy soil using finite element modelling. Six frames are considered …

This paper presents an approach to evaluate the response of low-and medium-rise frames
with continuous foundations, either with or without infills, to tunnelling employing an …

Ground movements due to tunneling are becoming increasingly critical as buildings are
located around construction sites. This study proposes a new combined reinforcement …

Tunnel construction in urban areas may result in ground deformations that pose a risk to
existing buildings and infrastructure; thus, accurate prediction of these induced ground …

The paper focuses on the prediction of tunnelling-induced settlements in greenfield
conditions. The main components of ground deformation are investigated with approaches …

Complex ground conditions or support failures during tunnel construction can lead to high
ground loss, which may cause damage to surrounding structures. In this paper, a series …

This technical note examines the shear distortion of plane strain framed structures resulting
from tunnelling-induced surface differential settlements. An equation for calculating the …

To study the influence of shield excavation on the surrounding soil, and to control the
influence of the shield excavation of the subway tunnel on the surface settlement and the …

Tunnel construction is needed for infrastructure development in urban areas. However,
underground excavation can detrimentally influence adjacent buildings; in particular, for …

This paper aims to explore the ability of genetic programming (GP) to achieve the intelligent
prediction of tunnelling-induced building deformation considering the multifactor impact. A …