Historic Building Fa Ades

Comprehensive, in-depth coverage from leading experts in thefield A historic building is a fragile resource that requires the finestcare. Maintenance and rehabilitation of walls and facades call fora thorough understanding of the forces that cause deterioration,knowledge of the properties of building materials, up-to-dateinspection tools and methods, and a solid command of renovation andrepair techniques. In this complete reference manual, recognizedexperts provide state-of-the-art information and methodologies forthe inspection, maintenance, and restoration of historic buildingsof virtually every period, style, and material. Each chapter opens with a general discussion of the facade materialand the ways in which structural and decorative elements arevulnerable to an array of environmental forces. After a detailedinvestigation of tools and techniques for inspection, the textexplores planning issues for the restoration or replacement offacade components. Special features include: * Separate chapters on each major type of building material--stonemasonry, brick masonry, terra-cotta masonry, cast stone, mortar,concrete, cast iron, sheet metal, and wood * An entire chapter on caulks and sealants * 35 original line drawings and 43 black and white photos that helpvisualize technical information * Selected success stories from preservation projects across theUnited States For architects, building contractors, and owners of historicbuildings, Historic Building Facades clarifies procedures, helpsidentify sources of deterioration, and offers solutions to even themost difficult maintenance and rehabilitation problems. It is alsoan excellent reference for building preservationists, architecturalhistorians, and students of building design and preservation.

Facade-retention schemes are increasingly being used as a means of providing modern accommodation for commercial and industrial buildings in conservation areas and city centres. This book is the first authoritative guide to this highly complex technique and deals with the key issues associated with building behind historic facades. It explains the

Combined with ASTM Standard Practice for Periodic Inspection of Building Facades for Unsafe Conditions (E 2270), this new publication provides a rational guide for building owners and governing authorities to help ensure the safety of our aging building infrastructure. Twenty-four peer-reviewed papers, written by experts who bring first hand knowledge and experience to this work, cover faade ordinances; historic buildings; data collection techniques; and repair techniques."

Facade-retention schemes are increasingly being used as a means of providing modern accommodation for commercial and industrial buildings in conservation areas and city centres. This book is the first authoritative guide to this highly complex technique and deals with the key issues associated with building behind historic facades. It explains the criteria that should be used by architects and others in developing successful designs, and gives an insight into the technical problems. It includes comprehensive descriptions of eight recent schemes, illustrated by numerous detailed drawings and photographs.

The worldwide use of building envelopes in steel and glass is one of the characteristic features of modern architecture. Many of these pre- and post-war buildings are now suffering severe defects in the building fabric, which necessitate measures to preserve the buildings. In this endeavor, aspects of architectural design, building physics, and the preservation of historic buildings play a key role. Using a selection of 20 iconic buildings in Europe and the USA, the book documents the current technological status of the three most common strategies used today: restoration, rehabilitation, and replacement. The buildings include Fallingwater House by Frank Lloyd Wright, Farnsworth House by Ludwig Mies van der Rohe, Fagus Factory and Bauhaus Building by Walter Gropius.

Mit Hilfe der Statikanalyse wird der Zustand der Bausubstanz und Konstruktionssysteme eines Bauwerkes untersucht. Wenn Probleme am Bauwerk entstehen, führen Statiker eine solche Analyse durch, um die am besten geeigneten Korrekturmöglichkeiten zu bestimmen. Auch Architekten müssen über Grundkenntnisse in der Baustatik verfügen, um Gebäude entwerfen zu können, die ihre Funktion optimal erfüllen und um mit anderen Kollegen des Bauteams effektiv zusammenzuarbeiten. Außerdem müssen Architekten in der Lage sein, selbst eine Statikanalyse durchzuführen, wenn sie ein vorhandenes Gebäude umbauen wollen. Dieses Buch ist ein wichtiges Nachschlagewerk für jeden, der historische Bauten umbauen und verändern will. Es ist darüber hinaus ein nützlicher Leitfaden zu technischen Daten und Berechnungsmethoden, die den Architekten und Statikern damals zur Verfügung standen, als das Baumaterial oder Konstruktionssystem eingesetzt wurde. Mit einer Fülle praktischer Informationen bietet es die Grundlage für moderne Zertifizierung durch den Experten.