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 …

In urban area tunnelling projects, preventing the adverse effects of tunnel construction on
nearby structures often involves the use of embedded walls or piles. Designing the key …

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

While the effects of tunnel construction on vertical loaded piled foundations have been
extensively explored, the impact of side-by-side twin tunnel excavation on laterally loaded …

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 …

With the development of urbanization, numerous excavations are carried out to facilitate the
development of underground space. As a support for tunnel structures, uplift piles are often …

The current paper presents typical behaviour of fine-and coarse-grained soils under low-and
high-cyclic loading applied under drained or undrained conditions. The influences of various …