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This volume is an essential addition to the Bechers' body of work, devoted to their images of rock-processing plants and lime kilns taken in Germany, France, The Netherlands, Belgium, Switzerland, Austria, and Great Britain throughout the 1980s and '90s. Each structure is unique, its details dependent upon the region and the date of its construction, and the book features buildings whose essential function is ancient but remain important today. Although a small number of these images have been included in previous monographs, this is the first publication to showcase a comprehensive collection of the Bechers' study of stonework and lime kilns. Whether presenting single shots or their signature typological grids, the Bechers created a photographic testament to the industrial revolution that so emphatically shaped the nineteenth and twentieth centuries. At the same time, however, they also captured a much-older manufacturing tradition: the quarrying and processing of stones.
Lime is a white, powdery substance widely used in construction, agriculture, and industry. It is manufactured by heating limestone. Small amounts may be produced in an open fire but more effectively when enclosed. Early pits were lined with stone and in time enclosed in an oven or kiln. The 19th-century lime kiln, of Roman design, was a large "pot" dug into a hillside, surrounded by a stone box resembling a huge fireplace. Many thousands were built in the Susquehanna River valley. During settlement of "Penn's Woods," large tracts were subdivided many times, and by 1925 we find 12,000 farms in Lancaster County alone, and nearly every farmer wanted to produce his own lime to sweeten the fields and make mortar, plaster, and whitewash. In the most recent record, the 1875 county atlas, we find more than 500 kilns, a peak time for "do it yourself" lime burning. Commercialization relieved the farmer of the hard and dangerous work of lime burning, and the kilns fell idle around the turn of the century. Today we find evidence of 128 extant kilns in the county. Some are little more than remnants of former stonework, but others remain sturdy and sound. Their photos in this book reveal the art and labor of our ancestors who played a major role in the development of our nation.
Explores a lavishly illustrated look at an important part of our industrial history with Lime Kilns.
An encyclopedic collection of all known Becher industrial studies, arranged by building type.
Duotone photographs, Documents imperiled industrial structures.
This book is a facsimile of an album of Eggleston's Polaroids assembled by the photographer himself, and containing the only photos he made in this medium. Consisting of 56 images taken with the Polaroid SX-70 (the now cult camera produced between 1972 and 1981) and handmounted in a black leather album also produced by the company, Polaroid SX-70 is the fi rst publication of Eggleston's Polaroids. The gloriously mundane subjects of these photos--a Mississippi street sign, a telephone book, stacked crates of empty soda bottles--are familiar Eggleston territory, but fascinatingly all of these Polaroids were taken outdoors. They are rare records of Eggleston's strolls or drives in and around Mississippi, complement the majority of his work made with color negative fi lm or color slides, and show his ironic fl air for photo-sequencing in book form. Something new always slowly changes right in front of your eyes--it just happens. -- William Eggleston
Ideal for students of architectural technology, this volume of the Technologies of Architecture series covers the technologies available and the processes necessary for the conservation of existing buildings and environments. This book provides, in a single text, the tools for students to be able to evaluate such buildings, as well as an extensive understanding of the mechanisms which cause their deterioration and knowledge of the technologies available to correct their status. The ever higher standards set for buildings, especially in energy conservation contexts, demand that practitioners appreciate how the performance of existing structures can be enhanced, which is also covered. Considering the work of conservation within a holistic perspective and historical context, this book is additionally invaluable for architecture and construction students.
Provides a thorough explanation of the basic properties of materials; of how these can be controlled by processing; of how materials are formed, joined and finished; and of the chain of reasoning that leads to a successful choice of material for a particular application. The materials covered are grouped into four classes: metals, ceramics, polymers and composites. Each class is studied in turn, identifying the families of materials in the class, the microstructural features, the processes or treatments used to obtain a particular structure and their design applications. The text is supplemented by practical case studies and example problems with answers, and a valuable programmed learning course on phase diagrams.