Despite the widespread use of concrete as a structural material, our knowledge about its
exact mechanical properties and physical behavior under complex stress states is still …

This paper presents a literature review of analytical, numerical, and experimental methods
for evaluating the structural response of Offshore Wind Turbines (OWT's) during ship …

The ultra-high tensile capacity of strain-hardening fibre-reinforced cementitious composites
makes them promising for impact dynamics applications, however, there is a lack of …

This paper aims to study the blast-resistant behavior of one-way simply-supported reinforced
ultra-high performance concrete (UHPC) panels through field tests and numerical …

In this study, the blast resistance of fibre reinforced ultra-high performance concrete (UHPC)
components after exposure to elevated temperatures was investigated. With a hybrid steel …

Circular reinforced concrete (RC) columns have been widely used in the bridge structures
(eg, piers) due to their economic and functional advantages. However, RC columns are …

This study aims to numerically investigate the response of precast/prefabricated segmental
concrete girders/beams (PSCBs) under detonations of high explosives. A new and effective …

The K&C material model is widely used to numerically predict the responses of concrete
structures against impact or blast loadings. In the literature, most of the K&C parameters are …

Accidents due to low-velocity impact loading are no longer uncommon these days.
Accordingly, although evaluation criteria for regulating the global behavior of major …

This paper presents an experimental and numerical investigation on a novel composite
column, ie, concrete-filled ultra-high performance concrete (UHPC) tubular (CFUT) column …