Rib vault

Summary

A rib vault or ribbed vault is an architectural feature for covering a wide space, such as a church nave, composed of a framework of crossed or diagonal arched ribs. Variations were used in Roman architecture, Byzantine architecture, Islamic architecture, Romanesque architecture, and especially Gothic architecture. Thin stone panels fill the space between the ribs. This greatly reduced the weight and thus the outward thrust of the vault. The ribs transmit the load downward and outward to specific points, usually rows of columns or piers. This feature allowed architects of Gothic cathedrals to make higher and thinner walls and much larger windows. It is a type of arcuated, or arched, vault in which the severies, or panels in the bays of the vault's underside are separated from one another by ribs which conceal the groins, or the intersections of the panels. Rib vaults are, like groin vaults, formed from two or three intersecting barrel vaults; the ribs conceal the junction of the va

Official source

https://en.wikipedia.org/wiki/Rib_vault

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This dissertation originates from an investigation about the arising of the modern, German building expertise involving the use of concrete, which develops during the first three quarter of the 19th century against the backdrop of a general modernisation process, and moving from the observation of more advanced building techniques in France, Italy, Holland and the United Kingdom. Early uses of modern concrete in Germany essentially concern the construction of foundations underwater and in marshy soils. Between the end of the 18th and the begin of the 19th century, some traces are to be found in the mixtures of pebbles and mortar that are used as filling materials in the so-called well foundations, which consist of underground circular walls to be filled with rubble masonry work, and among the heads of the timber piles supporting the piers and the abutments of some bridges. From the end of the 1820s, we observe a more mature use of concrete to build underwater foundations, whose bearing capacity essentially depends on concrete itself. This trend further develops in the second half of the 1830s and during the 1840s, when concrete is recognized as an essential material to build underwater. The expertise in building concrete foundations develops along with an increasing interest for the nature and properties of hydraulic binders. This produces consequences on the scientific plan, giving rise to the development of essential chemical studies about lime and mortar, and in the domain of manufacturing, involving the foundation and the enlargement of several hydraulic lime and cement plants. The use of concrete to build above ground appears later than in the domain of the construction of foundations, and it is preceded by the development of a peculiar material, which is known as Kalksand. It is a very lean and lime-base conglomerate, the use of which spreads as of the mid-1840s, mainly in rural domains. Similar to concrete, it is poured in formworks to build walls and, in a few cases, onto centrings to build vaults. Between the mid-1850s and the mid-1860, Kalksand and concrete are recognized as similar materials, and the use of the second one gradually prevails. An important aspect of the use of concrete, or of similar cement-based compounds, concerns the production of moulded artificial stones, tiles, architectural decorations, pipes and other kinds of objects. After several attempts dating back to the first half of the century, this kind of production improves during the 1850s and the 1860s, giving rise to an independent branch of the young German manufacturing. From the second half of the 1860, a number of buildings are entirely built in plain concrete, from the foundations to the roofs, mainly following British examples. At the same time, techniques to build concrete foundations get more advanced and complex, especially for what concerns well foundations, while the study of cement is further developed through chemical analyses and strength tests.

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