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OneDimensional Structures and the Invention of Steel and
TwoDimensional Structures and the Development of the Rigid
ThreeDimensional Structures and the Mechanisation
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19th century air conditioning aluminium American analysis Ancient Ancient Rome arch architects became bending moments brick bridge Britain built cantilever cast iron catenary cement Chicago collapse columns compression construction contraflexure deformation determinate structure developed early 19th century elastic theory electric Empire factories fire floor flying buttress formwork glass Gothic cathedrals heating Hooke's Law hoop forces horizontal houses increased iron beams joints light load loadbearing London mechanism medieval method modern mortar natural stone Pantheon plastic precast concrete prefabricated prestressing problem produced reactions reinforced concrete Renaissance resistance right angles rigid frame Roman Rome roof Section 3.8 shell skeleton frames slab span St Peter's Basilica standardisation statically indeterminate steel structures stress structural design Structural Engineer system building tall buildings temperature tensile tension thermal thermal comfort thickness timber traditional trusses tube ultimate strength vaults vertical Vitruvius Vitruvius 11 walls wrought iron