Titlebook: Architecture and Mathematics from Antiquity to the Future; Volume II: The 1500s Kim Williams,Michael J. Ostwald Book 2015 Springer Internat

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The Mathematics of Palladio’s Villascontext of a larger collection of architectural treatises, underscoring the importance of proportion, symmetry and geometry in Renaissance Italy. This essay provides a review of the mathematical aspects of Palladio’s work as it has been discussed in the literature and offers a novel perspective on h

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Golden Proportions in a Great House: Palladio’s Villa Emoharmony appears mathematically in the dimensions. The published plan is measured in Vicentine feet and is comprised of whole number measures that have been identified as among the terms of musical harmonies. Meanwhile, a geometric analysis based on a 1972 survey of the constructed Villa Emo reveals

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The Hidden Pavement Designs of the Laurentian Library its rediscovery in 1774. Overall the pavement consists of two side aisles and a figurative center aisle, each measuring about 8′–6″ square and composed of a different design. The 15 panels mirror each other’s form but differ by a very small degree and in subtle ways. When juxtaposed in a series, th

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Measuring up to Michelangelo: A Methodology and leads into the vestibule. The information obtained is significant as the information in terms of what it reveals about Michelangelo’s use of a proportional system. The dimensions of the portal make it possible to break its composition down into a series of rectangles with sides in rations 1:2,

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: Inigo Jones and Symbolic Geometrymous publication (1655) by John Webb, and drew extensively from mythology, history, and astrology. Jones’s interpretation was an important part of his grand vision ., which drew a macro- and microcosm parallels between the heavens and Britain. For Jones, this symbolism presented a specific geometric

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The Science Behind Francesco Borromini’s Divine Geometry. His eclecticism result from both the unique personality of the man himself, and the fact that many of his sources of inspiration were far from traditional. One such source is the astronomer Johannes Kepler (1571–1603) best known for his three planetary laws of motion. Kepler’s methodology and inte