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 …

The probability measure of low-quality concrete is essential for the reliability analysis of
concrete structures. However, this problem is usually neglected, and the normal distribution …

In engineering practice, the evaluation of seismic reliability of high-rise reinforced concrete
structure relies on the probabilistic modelling of material properties. However, the measured …

Cross-correlated random fields are an essential tool for simultaneously modeling both auto-
and cross-correlation structures of spatial or temporal quantities in stochastic analysis of …

It is important to study the seismic reliability of concrete structures based on real measured
data of the material properties. The data of material properties collected in practice is usually …

Nonlinearity and randomness are two intrinsic characteristics of the mechanical behavior of
concrete material. The structural response under large excitation can barely be predicted …

Reinforcement corrosion is an important part of durability research of concrete structures.
The process of reinforcement corrosion is highly random due to various factors, and the …

As a classical technology, Model Updating has been developed for nearly 50 years to
calibrate the parameters or the numerical model itself, such as to tune its prediction as close …

The pretensioned spun high strength concrete pipe pile (PHC pipe pile) is widely applied in
important infrastructures of off-shore zones due to its low permeability and high capacity …

For the nonlinear analyses of concrete structures, the complete compressive stress-strain
curve of concrete is the key basis. Spatial variability is one of the significant characteristics of …