This paper studies the nonlinear dynamic response of arching masonry walls to blast load.
The methodology combines laboratory blast testing and nonlinear dynamic modeling of …

Using structurally weak materials to construct blast barriers is a promising approach for blast
mitigation because these materials have multiple potential energy-dissipation modes and …

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 …

The aim of this study is to develop an empirical approach for predicting far-field blast loads
from large TNT-equivalent explosives on gabled frames. For different load cases and gabled …

In light of terrorist attacks and accidents, the need for structural protection against explosive
events has increased significantly in recent decades. Conventional unprotected windows …

Afghanistan, a nation plagued by wars, terrorism, and counter-terrorism, has borne the brunt
of these conflicts. The common people of Afghanistan are weary of the continuous cycle of …

Precise control of casting velocity and effective throwing kinetic energy conversion efficiency
in blasting engineering are challenges. To provide a theoretical basis and reference for the …

A series of laboratory and field tests were carried out to study the dynamic mechanical
properties and gas explosion resistance of polyurea. Considering the strain rate sensitivity of …

Reduced-scale experiments offer a controlled and safe environment for studying the effects
of blasts on structures. Traditionally, these experiments rely on the detonation of solid or …

Very few methods are available for predicting the secondary fragment velocity and
secondary fragment production of grouted and unreinforced concrete masonry unit (FGUR …