2 Practical and Learned Knowledge in the Early Modern Period
3 The Book’s Questions and Approach
Chapter I – Architecture
1 Science of Architecture
2 Crafts and Codification of Knowledge
3 Design I – Buildings Types and their Decoration
4 Design II – Measures and Rules
5 Design III – Perspective Drawings and Orthogonal Plans
6 Constructive Geometry, Stereotomy and Descriptive Geometry
7 Construction and Statics
8 Conclusion
Chapter II – Chemistry
1 Literature on Chemistry before 1600
2 Literature on Distilling
3 Literature on Assaying and Smelting
4 The Emergence of Chemical Technology
5 Terms and Concepts
6 Technology and Theory
7 Unnoticed Shifts in Technology
8 Irritating Processes and New Understandings
9 A New Theory
10 Conclusion
Chapter III – Gunnery
1 Warfare in Illuminated Manuscripts
2 Gunners’ Manuscripts (Büchsenmeisterbücher)
3 Excursus: Manufacturing Guns
4 Sixteenth-Century Gunners’ Manuals and Treatises on Gunnery
5 Tartaglia
6 External Ballistics from Tartaglia to Galileo
7 Experimental Ballistics
8 Conclusion
Chapter IV – Mechanical Engineering
1 Pictorial Documents: Technological Literature?
2 The Age of Illuminated Manuscripts
3 The Age of Theaters of Machines
4 Reasoning on Mechanics
5 Machine Science and Early Modern Statics: A Mismatch
6 Measurement of Driving Forces I – Men as Driving Force
7 Measurement of Driving Forces II –The Beginnings of a Theory of Machines
8 Conclusion
Chapter V – Mining Science
1 Mining Science
2 Shafts, Galleries, and the Extraction of Minerals
3 Mining Machinery
4 Mine Surveying(Markscheiden)
5 Prospecting Minerals and Rocks
6 Teaching in Mining Academies
7 Conclusion
Chapter VI – Practical Mathematics
1 Practical Mathematical Sciences
2 Surveying
3 Excursus: Books on Mathematics for Practitioners
4 Surveying without Angular Measurement
5 Angular Measurement I – Astronomy
6 Angular Measurement II – Navigation and Mathematical Geography
7 Higher Geodesy
8 Conclusion
Epilog
1 Mechanics
2 Practical Mathematics
3 Chemistry
4 Architecture and Mining
5 Interrelations and Developments
List of References
Index
Picture Credits
Wolfgang Lefèvre is a professor of philosophy and historian of science affiliated with the Max Planck Institute for the History of Science (Berlin). From 1972 until 1992, he taught philosophy in connection with the history of science at several German universities. His publications include Naturtheorie und Produktionsweise (1978), Die Entstehung der biologischen Evolutionstheorie (1984), (together with Falk Wunderlich:) Kants naturtheoretische Begriffe (1747-1780) (2000), (edited:) Picturing Machines (2004), (together with Marcus Popplow:) Database Machine Drawings (2006), (together with Ursula Klein:) Materials in Eighteenth-Century Science (2007).
This book offers a comprehensive account of the co-evolution of technological and scientific literature in the early modern period (1450–1750). It examines the various relationships of these literatures in six areas of knowledge – Architecture, Chemistry, Gunnery, Mechanical Engineering, Mining, and Practical Mathematics – which represent the main types of advanced technological and scientific knowledge of the era. In this way, the volume tries to convey a new idea of the variety and disunity of the early modern interrelations and interactions between learned and practical knowledge. The book will be primarily of interest to historians of science and technology and can serve as a textbook in these fields of study. Since the book addresses fundamental aspects of the significance that the emergence and development of the modern natural and technological sciences have for the self-image of the West, it will also be of interest to a wider readership.