Rising fanaticism and rapid industrialization across the globe make the structures more
vulnerable to direct threats generated from accidental and explosion-induced air-blast loads …

Due to the growing need for sustainable and ultra-high-strength construction materials,
scientists have created an innovative ultra-high-performance concrete called Geopolymer …

Nowadays, accidental explosions in residential and factory buildings are common owing to
poor maintenance and mishandling of fuel gas and chemical explosive appliances leading …

Civilian buildings have been imposed to blast loading, resulting in irrecoverable damages
and casualties. This paper studies the analytical and numerical performance of concrete …

Spalling is a typical damage mode of reinforced concrete (RC) structures subjected to blast
and impact loads. Concrete debris from spalling damage could be ejected with high …

Flexible materials and structures, mainly including nonmetallic and nonceramic materials,
are being increasingly applied in the field of blast mitigation to prevent collateral damage by …

To improve the performance of reinforced concrete (RC) structural members subjected to
blast, especially the spalling due to the brittleness of concrete, engineered cementitious …

Fiber reinforced concrete has gained significant attention due to its higher ductility and
flexural behavior, making it a promising material for resisting extreme loads such as those …

Geopolymer-based ultra-high performance concrete (G-UHPC) is a new form of UHPC,
which has been developed to meet the demand for ultra-high strength, cost-effective and …

In recent years, with the rising of terrorism around the world, new materials and new
protection technologies have developed rapidly. In this article, the anti-blast performance of …