Access Scaffolding

Access scaffolding is the most important element of plant for building, civil engineering and structural engineering contractors. In fact a building or structure cannot be constructed to a height of more than two metres without platforms to work from. These platforms have to be constructed on the site in the minimum of time but nevertheless backed up by accurate calculations and design details. Access Scaffolding brings together for the first time all the elements of scaffolding, providing a comprehensive and unique guide to the best practice in scaffolding, its engineering properties and the hazards involved. The book covers the very wide varieties of structure which have to be built and used in practice, including suspended and completed structures. Diagrammatic details of the commonest types are featured. Access Scaffolding is a unique and indispensible handbook on the subject for contractor's field and design staff, safety inspectors of statutory bodies, and structural, civil and building consulting engineers. It is also a useful resource for students of structural and civil engineering and building degree courses.

Scaffolding is used in many industries every day, all over the world, in the construction industry; for commercial and industrial maintenance; the staging and entertainment markets; the shipbuilding industry; mining; industrial plants, including power plants; hydro and nuclear power facilities; pulp and paper plants; petrochemical plants; oil refineries; and offshore drilling rigs. This book serves as a guide to any person involved with scaffolding in any way so that they will have a training and reference book that they can refer to for both scaffolding product knowledge and for estimating. The first ten chapters of this book include historical data and background information including product knowledge on all types of built-up scaffolding, suspended cradles, and swingstages. The eleventh chapter of this book is dedicated to the procedures that are used for estimating; preparing proposals, bids, and contracts, including systematic instructions on how to calculate the formulas that are most commonly used for estimating materials and labour outputs for scaffolding. Additionally, there are several sections of this book dedicated to temporary enclosures, built-up shoring and falsework, as well as manual and motorized suspended swingstages and cradles. There are very few books available on these topics. To my knowledge there are none dedicated to product knowledge and the estimating of built-up scaffolding systems. No book can be all-inclusive, and this handbook does not claim to be. Much time and research has been put into this book to ensure that as many of the proven estimating methods and design concepts for all types of built-up and suspended scaffolding have been covered. Since one of our greatest assets in any business are our employees, the proper training of all craft and support staff within an industry is of primary importance. Additionally, the continuity in the training given to staff should always be kept up to a measurable standard and continually maintained to an acceptable level.

This volume covers the pros and cons of the various types of scaffolding, the basic principles of their safe erection and the points to be checked to ensure that they provide safe support and access for men working on them.

Written for members of the construction industry and any industry where fall hazards exist, this reference book/self-study guide features more than 250 original illustrations of the 29 CFR Parts 1910 and 1926 requirements. These illustrations allow foremen, managers, and others responsible for overseeing compliance to quickly and easily understand and apply the standards and procedures that appear in more than 120 pages of official, legal text.

Despite growing international awareness of the presence and significance of ruined buildings and archaeological sites, these sites continue to be at risk across the globe. This book defines and describes these risks, which range from neglect, to destructive archaeology, and even well-meaning intervention in the name of tourism.

This book is the second in a series of volumes that combine conservation philosophy in the built environment with knowledge of traditional materials, and structural and constructional conservation techniques and technology: Understanding Historic Building Conservation Structures & Construction in Historic Building Conservation Materials & Skills for Historic Building Conservation The series aims to introduce each aspect of conservation and to provide concise, basic and up-to-date knowledge for architects, surveyors and engineers as well as for commissioning client bodies, managers and advisors. In each book, Michael Forsyth draws together chapters by leading architects, structural engineers and related professionals to reflect the interdisciplinary nature of conservation work. The books are structured to be of direct practical application, taking the reader through the process of historic building conservation and emphasising throughout the integrative teamwork involved. This present volume – Structures & Construction in Historic Building Conservation - traces the history of structures in various materials and contains guidance on the survey, assessment and diagnosis of structures and the integration of building code requirements within the historic fabric. It discusses conservation engineering philosophy, exposes the conflict between building codes and conservation legislation, and offers solutions. Leading-edge, on-site metric survey techniques are described and a range of structural advice is given, including methods of repair in relation to philosophical principles. Causes of induced movement in historic buildings are explained, together with basic soil mechanics and the assessment and diagnosis of structural failure. Chapters also cover the conservation of different types of construction: masonry, iron and steel, and concrete and reinforced concrete. Fourteen chapters written by the experts present today's key issues in structures and construction for historic building conservation: Bill Blake, Michael Bussell, David Cook, Dina F. D'Ayala, Steve Emery, Michael Forsyth, Ian Hume, Peter Norris