This study examines the current status and future potential of the offshore wind sector.
Offshore wind is pivotal in transitioning to a low-carbon society and meeting rising energy …

With the large-scale development and construction of urban underground spaces, the safety
monitoring of foundation pit construction has gained much attention. Current safety …

This paper investigates the effects that the spatial variability of a soil's undrained shear
strength has on lateral wall movements and ground surface settlements when performing a …

The reliability and deterministic analyses of wood-cored stiffened deep cement mixing and
deep cement mixing column-supported embankments (referred to as WSCSE and DCSE …

This study investigates the performance of granular anchor piles and helical piles in
expansive soils. Expansive soils pose challenges for engineering due to their significant …

The stability of braced structures for the launch pit in pipe jacking plays a vital role in
structural safety during excavation and jacking drive. Through a deep launch pit in Foshan …

The maximum lateral wall movements are usually estimated by two-dimensional finite
element analysis. However, three-dimensional effects due to the higher stiffness at the …

This paper presents a novel strut-free earth retaining wall system for excavation in soft clay,
referred to as the rigid and fixed diaphragm (RFD) wall retaining system. The RFD system is …

This paper presents a surrogate-based Bayesian approach for updating the ground
parameters within an application of the observational method in sequential excavation …

Accurate prediction of wall displacements induced by deep excavations is essential to
guarantee stability and safety of the excavation as well as to prevent any harm and damage …