Seismic fragility curves are recognized as a useful tool for seismic performance assessment
of pile-supported wharf structure (PSWS) exposed to seismic hazards. These curves quantify …

The crucial role of intensity measure (IM) selection in the seismic fragility analysis of gravity
quay walls is demonstrated in this paper. Scalar-and vector-valued fragility functions are …

Recent strong seismic events have highlighted the high vulnerability of port facilities
resulting in significant physical damages and important socio-economic losses. The most …

The directional uncertainty of earthquakes significantly affects the results of seismic risk
assessment and induces more critical responses by structures. This study assessed the …

Breakwaters protect ports from high waves and hydraulic related phenomena. However,
their seismic performance is of paramount importance in earthquake-prone areas. This study …

Back-to-back mechanically stabilized earth walls (BBMSEWs) are a specialized type of
reinforced soil structure widely employed in the stabilization of embankments, roads, and …

Although embankment seismic damages are very complex, there has been little seismic
fragility research yet. Researches on seismic fragility of bridges, dams and reinforced …

The purpose of this research is to study the dynamic responses of gravity quay walls with
block type consisting of “three blocks” experimentally. For this purpose, 1g shaking table …

Understanding the mechanism of the damages that occurs and the amount of displacement
due to sliding in the gravity quay wall in ports during earthquakes are important factors …

The assessment of seismic fragility of highway embankments is a key component of seismic
risk modeling for traffic infrastructure. This study examines the seismic fragility of an …