… assessment of overturning stability of rigid L-shaped barriers subjected to … barrier in resisting
an impact. The actual amount of energy transferred from the impacting boulder to the barrier …

In this paper, a new design approach based on the principles of energy and momentum
conservation is proposed for the design of free-standing rigid barriers subject to point impact. …

… barrier, the current investigation also considers the stability of the involved barriers against
the overturning … These global stability analyses are usually adopted for the design of vertical …

… for overturning and sliding of the barrier. This is the topic of this paper. The design of the barrier
against overturning … of this 3-m (10-ft) barrier system that is based on the rigid-body, static-…

… Stability check Following the LS-DYNA back analysis, a stability check of the barriers … ’
bearing capacity and factor of safety against sliding and overturning. In the event that the …

… placed on a rigid foundation with sufficient rigidity and almost … block, the geomembrane tube
and the rigid foundation. The load … Stability of supported geomembrane tube flood barriers of …

… In this study, the flow–barrier interaction mechanism of dual rigid barriers was investigated
using physical experiments and a numerical model based on the LBM. A new semiempirical …

… rigid barriers, the height of the first barrier governs the impact dynamics of debris flow on the
next barrier … However, current design approaches neglect the height of the first barrier, and …

… Rigid barriers are commonly used as defense measures in hilly areas to contain falling boulders
and landslide debris, and the sliding displacement of these barriers … a barrier undergoes …

… a method to perform the overturning stability analysis of three rigid block assemblies often
… The presented paper is the first one that analyses the overturning stability of three rigid …