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The long, slender structure hugs the plain like a huge wing of timber and soaring glass.
Probably built in the 16th century, the slender structure has cut-stone facing and a rubble masonry interior.
The findings provide significant guidance to the wind-resistant design of an inclined slender structure.
The use of smaller-sized stones and thick mortar joints created an elastic, slender structure that stressed the masonry to its fullest.
A similarly slender structure for the 2010 Venice Biennale collapsed just before the opening, leading sceptics to question if it was ever really there.
Examples of linear analysis of a wind-excited slender structure and of simulation of turbulence fields are presented.
Similar(33)
Many previous studies have been conducted to investigate wind-induced galloping of slender structures or structural members.
Based on these considerations, this paper proposes a novel approach to evaluate the alongwind-induced fatigue of slender structures and structural elements.
This paper provides a concise, logical and operative scheme of a general procedure aimed at evaluating the alongwind, crosswind and torsional response of slender structures and structural elements.
Moreover, in the case of slender structures and higher structural ductility, the effects of soil material damping are governing in comparison to those of radiation damping.
The procedure proposed can be treated as a baseline for determining least cost designs of slightly conical towers that meet the structural requirements of slender structures predominantly loaded by bending due to dynamic loads.
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CEO of Professional Science Editing for Scientists @ prosciediting.com