This paper presents a literature compendium about the main studies on the structural
behavior, vulnerability, and risk of industrial silos, as one of the most important players of …

The seismic design of industrial flat-bottom ground-supported silos filled with granular
material still presents several challenges to be addressed. They are related to the main …

The paper presents a study on the evaluation of seismic fragility of cylindrical ground-
supported steel silos intended for storing solid material. Silos are a key facility in industrial …

In this paper, to study the dynamic response and energy dissipation capacity, a series of
shaking table tests on a small-scale cylindrical steel silo structure model was proposed …

This paper reports on a series of shaking table tests on a full‐scale flat‐bottom steel silo
filled with soft wheat, characterized by aspect ratio of around 0.9. The specimen was a 3.64 …

This paper presents a series of shaking table tests on a full-scale flat-bottom steel silo filled
with soft wheat, under isolated-base conditions. The tested specimen is a 3.64 m-diameter …

Current practice enables the design and assessment of structures in earthquake prone
areas by performing time history analysis with the use of appropriately selected strong …

In order to study the earthquake action of the grain bulk material-steel silo structure, a
numerical model of flat-bottom steel silo with the same size as the shaking table test …

In this study, shaking table tests were conducted on a structural model of a flat-bottom steel
silo to understand the interaction between granular materials and the silo. The dynamic …

The paper presents a study dealing with the assessment of the dynamic overpressure
induced by earthquakes in flat bottom steel silos. Silos are integral components of industrial …