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This book provides clear and authoritative guidance on the process of inspecting buildings for timber damage and on the identification of causal agencies.
Since its publication in 1982 Sir Bernard Feilden's Conservation of Historic Buildings has become the standard text for architects and others involved in the conservation of historic structures. Leading practitioners around the world have praised the book as being the most significant single volume on the subject to be published. This third edition revises and updates a classic book, including completely new sections on conservation of Modern Movement buildings and non-destructive investigation. The result of the lifetime's experience of one of the world's leading architectural conservators, the book comprehensively surveys the fundamental principles of conservation in their application to historic buildings, and provides the basic information needed by architects, engineers and surveyors for the solution of problems of architectural conservation in almost every climatic region of the world. This edition is organized into three complementary parts: in the first the structure of buildings is dealt with in detail; the second focuses attention on the causes of decay and the materials they affect; and the third considers the practical role of the architect involved in conservation and rehabilitation. As well as being essential reading for architects and others concerned with conservation, many lay people with various kinds of responsibility for historic buildings will find this clearly written, jargon-free work a fruitful source of guidance and information.
This is the first book to tackle all the issues relating to timber decay. It presents the facts and explores timber decay problems through case studies. These are illustrated with clear self-explanatory photographs for the reader to use as a diagnostic aid. Section 1 discusses timber as a living material, Section 2 deals with decay organisms and their habitat requirements. Section 3 moves on to the building as an environment for timber and discusses the ways in which wood responds to moisture change. Section 4 ends with an approach to timber decay which integrates knowledge on the decay organism, its requirements and natural predators with appropriate and targeted chemical treatments.
Timber Pests and Diseases is an updated version of an earlier work entitled Dry Rot and Other Timber Troubles, which is out of print. The opportunity was taken to revise the text throughout, bringing it up to date and including the results of recent research work. A new chapter on Termites has been included. Detailed reference to wood preservatives has been omitted as modern works dealing with this subject have recently been published. The book begins with a discussion of the economic impact of timber pests and disease. Separate chapters cover the nature of wood; the causes of deterioration in timber; fungal decay; discolorations or staining in timber; destruction caused by wood-boring insects: Coleoptera, Hymenoptera, and Lepidoptera; and destruction of wood by Isoptera (termites). Subsequent chapters deal with diseases of standing trees; the care of timber after felling and conversion; the decay of timber in buildings; the protection of timber in farm and garden; decay in ships, boats and marine works; and decay in vehicles, aircraft, poles, mining timbers, cooling towers, packing-cases, fibreboards, plywood, etc.
Building defects still continue to plague the construction industry. The lessons learned over the last forty years have not been fully applied. Many new or refurbished buildings still leak or crack. Lack of awareness by designers and installers as to the main mechanisms that trigger such failures remains a problem for the industry. Investigating and rectifying building failures form a major part of building surveyors’ bread and butter work. This book provides guidance on this work for typical residential, commercial and industrial buildings – with advice on how to diagnose a wide range of defects with an emphasis on evidence based practice throughout. It considers both modern and older construction methods, together with new and traditional materials. The particular problems of alteration and renovation work are also discussed. The first four chapters provide information and guidance on the methodology for investigating failures – how to prepare for and conduct an investigation into a building defect and subsequently diagnose its cause in a logical manner. This fourth edition has been updated and expanded to cover the latest diagnostic procedures and research. It also includes Appendices and a new Bibliography, and provides an extensive list of books on building pathology and related topics in the UK and North America. It is essential reading for all students and practitioners interested in building surveying and building conservation.
Professionals concerned with the built environment are all too often confronted with cases where building materials have failed prematurely. The information required for the understanding of the causes of such failures, or for the appropriate remedial action is available in a number of texts, however it is generally buried under a mass of other information.
Wood can be a food sources for many insect species. Timber in buildings can be attacked by a range of wood-boring insects. Each insect has preferred timber species and some need the wood to be decayed. Structural weakening can result from infestation by some beetles. This Guide contains advice on inspecting timber for wood-boring insects, and identifying different types of attack. It should be read in conjunction with Good Repair Guide 12 on identifying and treating wood rot on timber.
The Technology of Building Defects has been developed to provide a unique review of the subject. Defects are considered as part of the whole building rather than in isolation. General educational objectives are set out which offer the reader the opportunity of self-assessment. Each section is generously illustrated with photographs and diagrams, forming an accessible self contained review covering the following: objectives; core information; exercises; revision notes; further reading. Taken together these sections build up to offer the reader an understanding of a range of technical topics concerned with building defects. This core text can be used for direct lecture material, seminar and tutorial information, assignment work and revision notes. It is a convenient one stop resource which dispenses with the need to consult a mass of different information sources.
This book serves as a reference for engineers, scientists, and students concerned with the use of materials in applications where reliability and resistance to corrosion are important. It updates the coverage of its predecessor, including coverage of: corrosion rates of steel in major river systems and atmospheric corrosion rates, the corrosion behavior of materials such as weathering steels and newer stainless alloys, and the corrosion behavior and engineering approaches to corrosion control for nonmetallic materials. New chapters include: high-temperature oxidation of metals and alloys, nanomaterials, and dental materials, anodic protection. Also featured are chapters dealing with standards for corrosion testing, microbiological corrosion, and electrochemical noise.