History of Grinding

Authors: Alban J. Lynch, Chester A. Rowland Published by Society for Mining, Metallurgy, and Exploration - 2005 216 pages Ebook This product is available. Members: $89.00 USD Students: $69.00 USD Non-members: $109.00 USD Your price: $109.00 Members & Students may LOG IN to receive discounted pricing.

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An in-depth examination of the oldest engineering process, The History of Grinding begins at the start of agriculture and outlines how size reduction developed over the centuries without coverwhelming the reader with technical details.

Great technical achievements have led to the machines of today, which can grind solid particles at the rate of tens of thousands of tons per day. One certainty is the existence of the continuing need for size reduction to develop and fit the lifestyles of people, both today and in the future. Photos and illustrations gleaned from numerous sources, a glossary, reference list, and index enhance the text.

Chapters include Size Reduction from the Stone Age to the Space Age; The Science and the Scientists; Hand Stones; Water Wheels, Windmills, and Beyond; Stamp Mills and Crushers; Roller Mills; Tumbling Mills; Fine-Grinding Mills; Classifiers; Explosive Rock Breakage; and Size Reduction in the 21st Century.

Review:

Sci Tech Book News-June 2006

Lynch (University of Queensland, emeritus) and Rowland (Allis- Chalmers, retired) review the contributions of science and scientists to the field of size reduction, and the history of the individual processes for crushing and grinding raw materials. They begin by tracing how stones driven by muscle power advanced from the simple mortar and pestle to the saddlestone and complex rotary quern. Focusing on rocks and mineral ores, the next three chapters chronologically describe the development of stamp mills and crushers, roller mills, and tumbling mills. The final chapters address modern grinding processes and machinery to more efficiently grind fine materials, size classification, and explosive methods for breaking rock from its natural formations.