Daniele Barbaro S Vitruvius Of 1567

This is the first-ever English translation of Daniele Barbaro’s 1567 Italian translation of and commentary on Vitruvius’s Ten Books of Architecture, an encyclopaedic treatment of science and technology whose influence extended far beyond its day. Intended to both interpret and expand upon the Vitruvian text, Barbaro’s erudite commentary reflects his Aristotelian approach, particularly his fascination with the relationship between science and the arts. This treatise offers a window onto the architectural ideals of the 1500s, as well as then-current notions of philosophy, mathematics, music, astronomy, mechanics, and more. The text is accompanied by illustrations by the Renaissance architect Andrea Palladio and his contemporaries. Palladio’s own Four Books on Architecture, published in 1570, was just one of many treatises on architecture that was inspired by the ideas contained here. An overview of Daniele Barbaro’s thinking is presented in a foreword by Branko Mitrovic ́. The collocation of Barbaro’s treatise between those of Alberti and Palladio is addressed in a foreword by Robert Tavernor. Kim Williams provides a translator’s note to orient the reader. The text of the translation is cross-referenced to both Barbaro's 1567 publication and standard divisions of Vitruvius. The volume includes a detailed index of subjects and an index of proper names.

This book, edited by Kim Williams and Cosimo Monteleone, follows the publication of two other books dedicated to Daniele Barbaro and published by Springer: Daniele Barbaro's Vitruvius of 1567 (Kim Williams, 2019) and Daniele Barbaro's Perspective of 1568 (Kim Williams and Cosimo Monteleone, 2021). Therefore, it can be considered another installment in a series that has deepened the scientific treatises published by Daniele Barbaro. Due to the numerous scientific interests that Barbaro matured in the years he spent at the University of Padua, we have invited experts in these topics to discuss Barbaro in relation to his training. In particular, the book opens with the essays of the two editors to frame its general theme in relation to mathematics. Cosimo Monteleone addressed the relationship between Barbaro's perspective theory with Euclid's optics, the Aristotelian process of knowledge and the ophthalmological discoveries of the University of Padova in the Renaissance. Kim Williams underlines how Barbaro's arithmetic and geometry established `the most certain sciences' and set the base of the `primary sciences'. A series of essays concerning Barbaro's training at the University of Padua complete the theoretical framework analyzed by the two editors. These studies embrace the following subjects: mathematical instruments (Filippo Camerota), astronomy and sundials (Cristiano Guarneri), mathematics, geometry and polyhedral (Vera Viana), perspective and anamorphosis (Agostino De Rosa), botany and the foundation of the botanical garden (Stefano Zaggia), Vitruvius' architecture (Ekaterina Igoshina, Ilya Anikyev, Anna Markova) and Aristotelianism (Branko Mitrović). A foreword by Xavier Salomon sets the stage for this book, outlining the innovations that Barbaro brought to scientific knowledge. Barbaro's scientific efforts are sometimes dismissed in recent studies as a compilation of known principles. The aim of this present book is to reveal the truly innovative nature of Barbaro's experiments and results and restore him to his rightful place as an original scholar of Renaissance.

An examination of Inigo Jones's work within the context of the European early seventeenth century classicist movement. Includes a broad survey of contemporary architecture in Italy, Germany, France and the Netherlands, as well as a close examination of Jones's buildings.

The Naturalis historia by Pliny the Elder provided Renaissance scholars, artists and architects with details of ancient architectural practice and long-lost architectural wonders - material that was often unavailable elsewhere in classical literature. Pliny's descriptions frequently included the dimensions of these buildings, as well as details of their unusual construction materials and ornament. This book describes, for the first time, how the passages were interpreted from around 1430 to 1580, that is, from Alberti to Palladio. Chapters are arranged chronologically within three interrelated sections - antiquarianism; architectural writings; drawings and built monuments - thereby making it possible for the reader to follow the changing attitudes to Pliny over the period. The resulting study establishes the Naturalis historia as the single most important literary source after Vitruvius's De architectura.

Drawing on Palladio's original published legacy of approximately 40 designs, the authors attempt to reveal the rigorous geometric rules by which Palladio conceived these structures. Using a computer, they test each rule in every possible application.

This book charts the past, present, and future of studies on medieval technology, art, and craft practices. Inspired by Villard’s enigmatic portfolio of artistic and engineering drawings, this collection explores the multiple facets of medieval building represented in this manuscript (Paris, Bibliothèque nationale de France, MS Fr 19093). The book’s eighteen essays and two introductions showcase traditional and emergent methods for the study of medieval craft, demonstrating how these diverse approaches collectively amplify our understanding about how medieval people built, engineered, and represented their world. Contributions range from the analysis of words and images in Villard’s portfolio, to the close analysis of masonry, technological marvels, and gothic architecture, pointing the way toward new avenues for future scholarship to explore. Contributors are: Mickey Abel, Carl F. Barnes Jr., Robert Bork, George Brooks, Michael T. Davis, Amy Gillette, Erik Gustafson, Maile S. Hutterer, John James, William Sayers, Ellen Shortell, Alice Isabella Sullivan, Richard Alfred Sundt, Sarah Thompson, Steven A. Walton, Maggie M. Williams, Kathleen Wilson Ruffo, and Nancy Wu.

During the Renaissance, artists and illustrators developed the representation of truthful three-dimensional forms into a highly skilled art. As reliable illustrations of three-dimensional subjects became more prevalent, they also influenced the ways in which disciplines developed: architecture could be communicated much more clearly, mathematical concepts and astronomical observations could be quickly relayed, and observations of the natural world moved towards a more realistic method of depiction. Through essays on some of the world's greatest artists and thinkers--such as Leonardo da Vinci, Luca Pacioli, Andreas Vesalius, Johann Kepler, Galileo Galilei, William Hunter, and many more--this book tells the story of how of we learned to communicate three-dimensional forms on the two-dimensional page. It features some of Leonardo da Vinci's ground-breaking drawings now in the Royal Collections and British Library as well as extraordinary anatomical illustrations, early paper engineering such as volvelles and flaps, beautiful architectural plans, and even views of the moon. With in-depth analysis of more than forty manuscripts and books, Thinking 3D also reveals the impact that developing techniques had on artists and draftsmen throughout time and across space, culminating in the latest innovations in computer software and 3D printing.

The present volume explores for the first time the concept of synagonism (from “σύν”, “together” and “ἀγών”, "struggle”) for an analysis of the productive exchanges between early modern painting, sculpture, architecture, and other art forms in theory and practice. In doing so, it builds on current insights regarding the so-called paragone debate, seeing this, however, as only one, too narrow perspective on early modern artistic production. Synagonism, rather, implies a breaking up of the schematic connections between art forms and individual senses, drawing attention to the multimediality and intersensoriality of art, as well as the relationship between image and body.