This state-of-the-art review comprehensively evaluates the seismic design and performance
assessment of concentrically braced frame (CBF) systems, specifically focusing on special …

Industrial plants are complex structures, highly vulnerable with respect to seismic loading.
Past seismic events have demonstrated the devastating impact and huge economic losses …

Liquid storage tanks are widely used in the petrochemical industry, but the fixed-base liquid
storage tanks have a high probability of earthquake damage, therefore, the research on …

The present study proposes vector-valued intensity measures (IMs), consisting of two IM
parameters, for improved and efficient seismic risk assessment of liquid storage tanks base …

Traditionally, uncertainty quantification in the context of liquid storage tanks has primarily
focused on ground motion record-to-record variability, along with partial consideration of …

The major earthquakes that occurred worldwide in the last decades highlighted the seismic
vulnerability of industrial structures and their components. Beyond the need to avoid human …

Purpose Seismic vulnerability assessment of liquid containing storage tanks is the most vital
relevance for industrial plants and society safety to endure damage during impending …

Liquid storage tanks are used to preserve liquids such as oils, water, petrochemical fuels,
nuclear fuels, etc. It is crucial to protect these structures against strong dynamic forces, such …

Industrial facilities play a significant role in economic growth now and for the foreseeable
future. However, past earthquake reconnaissance surveys have revealed that the seismic …

Performance-based seismic design is a new seismic design methodology and widely used
in recent years. This method includes probabilistic analyses of seismic hazard, seismic …