This two-volume work describes the pre-industrial history of mechanical engineering and covers power generation, transport, manufacturing, and weapons technology. Important items are discussed in each section and performance data are presented in easily understood graphical format using over 800 illustrations. The print edition is available as a set of two volumes (9789004136090).
This résumé study deals with building material, which together with construction and structures, forms one of the three aspects of building, or equally one of the three factors which constitute the nature of a building.
This book is the most comprehensive empirical study to date of the social and technical aspects of milling during the ancient and medieval periods. Drawing on the latest archaeological evidence and historical studies, the book examines the chronological development and technical details of handmills, beast mills, watermills and windmills from the first millennium BCE to c. 1500. It discusses the many and varied uses to which mills were turned in the civilisations of Rome, China, Islam and Europe, and the many types of mill that existed. The book also includes comparative regional studies of the social and economic significance of milling, and tackles several important historiographical issues, such as whether technological stagnation was a characteristic of late Antiquity, whether there was an "industrial revolution" in the European Middle Ages based on waterpower, and how contemporary studies in the social shaping of technology can shed light on the study of pre-modern technology.
This two-volume work describes the pre-industrial history of mechanical engineering and covers power generation, transport, manufacturing, and weapons technology. Important items are discussed in each section and performance data are presented in easily understood graphical format using over 800 illustrations. The print edition is available as a set of two volumes (9789004136090).
The field of engineering is becoming increasingly interdisciplinary, and there is an ever-growing need for engineers to investigate engineering and scientific resources outside their own area of expertise. However, studies have shown that quality information-finding skills often tend to be lacking in the engineering profession. Using the Engineerin
The following resume study deals with building material, which together with construction and structures, forms one of the three aspects of building, or equally one of the three factors which constitute the nature of a building.
The conventional wisdom on how technology will change the future is wrong. Mark Mills lays out a radically different and optimistic vision for what’s really coming. The mainstream forecasts fall into three camps. One considers today as the “new normal,” where ordering a ride or food on a smartphone or trading in bitcoins is as good as it’s going to get. Another foresees a dystopian era of widespread, digitally driven job- and business-destruction. A third believes that the only technological revolution that matters will be found with renewable energy and electric cars. But according to Mills, a convergence of technologies will instead drive an economic boom over the coming decade, one that historians will characterize as the “Roaring 2020s.” It will come not from any single big invention, but from the confluence of radical advances in three primary technology domains: microprocessors, materials, and machines. Microprocessors are increasingly embedded in everything. Materials, from which everything is built, are emerging with novel, almost magical capabilities. And machines, which make and move all manner of stuff, are undergoing a complementary transformation. Accelerating and enabling all of this is the Cloud, history’s biggest infrastructure, which is itself based on the building blocks of next-generation microprocessors and artificial intelligence. We’ve seen this pattern before. The technological revolution that drove the great economic expansion of the twentieth century can be traced to a similar confluence, one that was first visible in the 1920s: a new information infrastructure (telephony), new machines (cars and power plants), and new materials (plastics and pharmaceuticals). Single inventions don’t drive great, long-cycle booms. It always takes convergent revolutions in technology’s three core spheres—information, materials, and machines. Over history, that’s only happened a few times. We have wrung much magic from the technologies that fueled the last long boom. But the great convergence now underway will ignite the 2020s. And this time, unlike any previous historical epoch, we have the Cloud amplifying everything. The next long boom starts now.
From the Abrams M1 tank to the zeppelin, this essential reference details the invention and evolution of nearly 600 of the most important advances in military technology from prehistory to the present. International in scope, it covers weapons, ammunition, defenses, land vehicles, aircraft, ships, detection, stealth, gear, supplies, weapons of mass destruction, and much more. Whether researching such cutting-edge technologies as the B-2 Stealth Bomber, Patriot Missile, and the Roborat project or such historical topics as forts, Molotov cocktails, or the U-2, Encyclopedia of Military Technology and Innovation is a must-have reference. Warfare and national defense have provided a strong stimulus for technological advances throughout history. This reference provides students and researchers from high school through college, scholars, and the general public essential information, historical perspective, and scientific context to understand better the development, capabilities, and uses of major military technologies. Fifty illustrations, helpful cross-references, a bibliography, and an index help users navigate this reference and supplement their research.
