This new edition has been extensively revised and expanded to include an additional chapter on dynamic movements in buildings, and new material concerning movements in buildings caused by shrinkage and swelling due to seasonal changes in the soil moisture content. The chief causes for movements in buildings: elastic deformations, creep, temperature changes, moisture movements, dynamic loads, consolidation and mining subsidence are examined in detail and useful examples with solutions are included. Whilst essentially a text for undergraduate students of civil and structural engineering building technology and architecture, this clear and concise introduction will also be of interest to the practising engineer. In SI units

"What's the Crack?" When cracking is observed in a building the most common reaction is that it must be the foundations and that it must be serious. Many surveyors are nervous about diagnosing cracks. This is understandable, as the interpretation of cracks can be difficult to teach, with university courses providing little or no time for field experience. Yet by understanding one straightforward principle the majority of cracks can be diagnosed in just a few minutes. Linking this with a good knowledge of construction techniques, the factors that distort cracking patterns and the key features of common causes of cracking, almost all cracks can be diagnosed quickly and with confidence. Practical Guide to Diagnosing Structural Movement in Buildings provides a methodology by which cracks and movement in buildings can be diagnosed. Written in four parts, part one describes the key principles of movement and cracking. Parts two and three describe the main features of common forms of movement and the associated crack patterns. Part two covers causes other than ground or foundation movement and part three covers movement caused by ground or foundation problems. Part four briefly describes the techniques used to arrest further movement or repair damage cause by movement. Primarily intended for the relatively inexperienced surveyor or engineer and undergraduate students of surveying as a practical guide for use on site, it focuses on identification and diagnosis. It will not only help in correctly diagnosing the problem but it will also demonstrate a methodical approach to show and record how the diagnosis was reached – critical when giving advice to third parties. "What's the crack?" - In the vast majority of cases it's not foundation related and in most cases it's not indicating a serious defect.

The experience of movement, of moving through buildings, cities, landscapes and in everyday life, is the only involvement most individuals have with the built environment on a daily basis. User experience is so often neglected in architectural study and practice. Architecture and Movement tackles this complex subject for the first time, providing the wide range of perspectives needed to tackle this multi-disciplinary topic. Organised in four parts it: documents the architect’s, planner’s, or designer’s approach, looking at how they have sought to deploy buildings as a promenade and how they have thought or written about it. concentrates on the individual’s experience, and particularly on the primacy of walking, which engages other senses besides the visual. engages with society and social rituals, and how mutually we define the spaces through which we move, both by laying out routes and boundaries and by celebrating thresholds. analyses how we deal with promenades which are not experienced directly but via other mediums such as computer models, drawings, film and television. The wide selection of contributors include academics and practitioners and discuss cases from across the US, UK, Europe and Asia. By mingling such disparate voices in a carefully curated selection of chapters, the book enlarges the understanding of architects, architectural students, designers and planners, alerting them to the many and complex issues involved in the experience of movement.

This title is an overview of designing for movement in buildings. It provides guidance for the concept or preliminary design stage, explaining the importance of considering movement in these early stages of design as the need to accommodate movement can have a major effect on basic conceptual decisions.

Widely used in the construction of bridges, dams and pavements, concrete and masonry are two of the world's most utilized construction materials. However, many engineers lack a proper understanding of the methods for predicting and mitigating their movements within a structure. Concrete and Masonry Movements provides practical methods for predicting and preventing movement in concrete and masonry, saving time and money in retrofitting and repair cost. With this book in hand, engineers will discover new prediction models for masonry such as: irreversible moisture expansion of clay bricks, elasticity, creep and shrinkage. In addition, the book provides up-to-date information on the codes of practice. - Provides mathematical modelling tools for predicting movement in masonry - Up-to-date knowledge of codes of practice methods - Clearly explains the factors influencing all types of concrete and masonry movement - Fully worked out examples and set problems are included at the end of each chapter

"Seeks to focus people in the direction of dismantling our nation's huge and egregious prison industrial systems, the old but new Jim Crow. In it, Daniel Hunter describes key organizing principles and offers an array of examples that describe concrete ways that individuals, organizations, and coalitions are achieving significant successes, which cultivate the soil for more and more significant campaigns in this crucial struggle"--