As a specific form of architecture, the school is an amalgam of its function and its history. Though recognizable across cultures, the schoolhouse nevertheless retains the distinctive markings of different nations and eras. School is the first book to examine this institutional building’s modern growth on a global scale. 

Ian Grosvenor and Catherine Burke demonstrate how school buildings help organize and manipulate time and space for teachers and students, using methods ranging from bells to lines to lesson plans. They reveal the ways in which schools, by their actual physical situation—surrounded by swathes of green or butting up against other urban structures, in neighborhoods stratified by class or segregated by race—make clear their place in society as fragmented sites of cultural memory and creation.

The authors further consider how new technologies and continuing globalization will inevitably force us to rethink our notions of school—and school buildings. In the twenty-first century, these shifts represent a radically new context for education. School will provide stimulating reading for anyone interested in this extraordinary evolution of architecture and education.

In recent decades, many metropolitan areas in the United States have experienced a decline in the population of urban centers and rapid growth in the suburbs, with new schools being built outside of cities and existing urban schools facing closure. These new schools are increasingly larger and farther from residences; in contrast, urban school facilities are often in closer proximity to homes but are also in dire need of upgrading or modernization. This eye-opening book explores the compelling health and economic rationales for new approaches to school siting, including economic savings to school districts, transportation infrastructure needs, and improved child health. An essential examination of public policy issues associated with school siting, this compiled volume will assist policy makers and help the public understand why it is important for government and school districts to work together on school siting and capital expenditures and how these new outlooks will improve local and regional outcomes.

Poor design and wasted funding characterize today’s American playgrounds. A range of factors—including a litigious culture, overzealous safety guidelines, and an ethos of risk aversion—have created uniform and unimaginative playgrounds. These spaces fail to nurture the development of children or promote playgrounds as an active component in enlivening community space. Solomon’s book demonstrates how to alter the status quo by allying data with design. Recent information from the behavioral sciences indicates that kids need to take risks; experience failure but also have a chance to succeed and master difficult tasks; learn to plan and solve problems; exercise self-control; and develop friendships. Solomon illustrates how architects and landscape architects (most of whom work in Europe and Japan) have already addressed these needs with strong, successful playground designs. These innovative spaces, many of which are more multifunctional and cost effective than traditional playgrounds, are both sustainable and welcoming. Having become vibrant hubs within their neighborhoods, these play sites are models for anyone designing or commissioning an urban area for children and their families. The Science of Play, a clarion call to use playground design to deepen the American commitment to public space, will interest architects, landscape architects, urban policy makers, city managers, local politicians, and parents.

A Complete Recreation of the Deadliest Medieval Arm
Dominating medieval battlefields for more than two centuries but requiring long and arduous practice to command, the English war bow and its battle shaft are the symbols of the rise of British power in Europe. Despite being crafted for hundreds of years and wielded by generations of archers, no example of the war bow—the military version of the longbow—exists, outside of a single broken limb. Now for the first time, expert craftsmen use all available evidence including applied archaeology to unlock the secrets of the English war bow. Historian Hugh D. H. Soar is joined by Mark Stretton, master blacksmith, and Joseph Gibbs, bowyer, in order to demonstrate how a war bow and its associated arrow heads and shafts may have been constructed and used. In addition to showing the complete manufacture of a bow from tree selection to stringing and how specialized arrowheads were forged and attached to shafts, Secrets of the English War Bow provides information on the actual performance of the war bow, including the bow's effectiveness against various materials and, for the first time, its use against moving targets, since bows were often drawn against mounted soldiers. Armed with this new information, Soar provides an analysis of both successes and failures of the war bow in several important battles. Illustrated in color and black and white, Secrets of the English War Bow provides an invaluable service for those interested in medieval military history, archery, and technology.

Electromagnetic and mechanical oscillators are crucial in such diverse fields as electrical engineering, microwave technology, optical technology, and experimental physics. For example, such oscillators are the key elements in instruments for detecting extremely weak mechanical forces and electromagnetic signals are essential to highly stable standards of time and frequency. The central problem in developing such instruments is to construct oscillators that are as perfectly simple harmonic as possible; the largest obstacle is the oscillator's dissipation and the fluctuating forces associated with it.

This book, first published in Russian in 1981 and updated with new data for this English edition, is a treatise on the sources of dissipation and other defects in mechanical and electromagnetic oscillators and on practical techniques for minimizing such defects. Written by a team of researchers from Moscow State University who are leading experts in the field, the book is a virtual encyclopedia of theoretical formulas, experimental techniques, and practical lore derived from twenty-five years of experience. Intended for the experimenter who wishes to construct near-perfect instrumentation, the book provides information on everything from the role of phonon-phonon scattering as a fundamental source of dissipation to the effectiveness of a thin film of pork fat in reducing the friction between a support wire and a mechanically oscillating sapphire crystal.

The researchers that V. B. Braginsky has led since the mid-1960s are best known in the West for their contributions to the technology of gravitational-wave detection, their experimental search for quarks, their test of the equivalency principle, and their invention of new experimental techniques for high-precision measurement, including "quantum nondemolition movements." Here, for the first time, they provide a thorough overview of the practical knowledge and experimental methods that have earned them a worldwide reputation for ingenuity, talent, and successful technique.