This paper presents the first 3D entirely Lagrangian meshfree hydroelastic FSI (Fluid-
Structure Interaction) solver for reproduction of incompressible fluid flows interacting with …

Clay brick masonry unit (CBMU) walls are widely used in building structures, and its damage
and protection under explosion loads have been a matter of concern in the field of …

Attributed to the discontinuous configurations and nonhomogeneous mechanical properties
of brick and mortar in masonry wall, the numerical reproduction of the structural responses …

As a means to lessen the threat of an accidental blast, the polyurea sprayed reinforcement of
masonry walls has attracted extensive attention. In this research, the detailed micro …

A blast event may result in structural damage, generating high velocity fragments that
usually come from masonry walls. To reduce the extent of damage from an explosion, one …

As an excellent anti-blast material, polyurea (PU) has been widely used in the reinforcement
of masonry walls, RC structures, steel structures, and composite materials. The advances in …

With features such as a low mass ratio and good heat insulation and energy absorption
properties, autoclaved aerated concrete (AAC) is extensively used as a filling material for …

The design of buildings against explosion loads is a current topic in research and practice.
The first step of the design process is to determine the blast loads on the building …

The spurt in terrorist activities worldwide has drawn the attention of engineers and
researchers to the vulnerability of building structures to blast loads. Response of masonry …

As one of the main components of a building, the collapse of masonry walls under blast load
and the ejection of debris were essential factors that caused injured and damage to internal …