Concrete is one of the most widely used materials in civil and infrastructure engineering in
the world, just following water. Therefore, the serviceability and safety of concrete structures …

This paper presents a phase-field model for cohesive-frictional shear fracture. The model is
derived based on two energetic principles: the energy conservation law and a variational …

The joint probabilistic modeling of extreme wind and wave conditions under typhoon impact
is a critical task for extreme response analysis of floating offshore wind turbines (FOWTs) …

The inherent variability of concrete significantly affects the structural safety and performance.
The variability of concrete is a complex phenomenon influenced by multiple factors …

Reliability assessment of floating offshore wind turbines (FOWTs) under extreme load
conditions is significant for the structural safety design of FOWTs deployed in typhoon-prone …

In recent years, in order to overcome the problems that steel bars are prone to rust and the
ductility of GFRP and ordinary concrete is insufficient, a new type of reinforced concrete …

Efficient structural reliability analysis methods are of great concern in civil engineering.
Although excellent works have be dedicated in the past years for improving the computation …

Prior studies on the parameter sensitivity analysis of the seismic performance of self-
centering precast segmental bridge columns (SC-PSBCs), concentrated on parameters like …

Assessing fatigue damage in onshore wind turbine foundations is crucial for ensuring the
safety of the entire wind turbine system. While indirect simulations of fatigue damage based …

Due to factors like heterogeneity, curing conditions, and production processes, concrete in
structures exhibits hierarchical variability and spatial correlation. However, in engineering …