Paper and cardboard as sustainable building materials are currently the subject of research and testing. They can be produced inexpensively, are made from renewable raw materials and are completely recyclable. The focus of their application is on temporary uses, such as for transitional schools, emergency shelters or "microhomes". Properly protected from moisture and fire, the material proves to be durable. Design and aesthetic qualities are by no means neglected, as case studies by Pritzker Prize winner Shigeru Ban demonstrate: the Chengdu Elementary School, the Paper Concert Hall in Aquila or the Cardboard Cathedral in Christchurch all provided a sign of hope after devastating earthquakes. This introduction explains the technology of building with cardboard and paper and shows a wide range of examples.

The facade is the building's interface with its environment. It is here that building physics parameters such as heat, humidity, sound and light interact with the building. All these influences need to be controlled by the building envelope in order to ensure the comfort of the user and the functional performance of the architecture. This introduction explains the most important phenomena and then relates them to design and building practice - which materials react in which way to these factors? How do facade systems deal with heat, humidity, sound and light? This practice-oriented book, which is the result of cooperation between an architect and a structural engineer, describes the most important facade materials and constructions under the aspect of their building physics performance.

Paper and cardboard as sustainable building materials are currently the subject of research and testing in building practice. They can be produced inexpensively, are made from renewable raw materials and are completely recyclable. The focus of its application is for temporary uses, such as in transitional buildings for schools, emergency shelters or "microhomes". Properly protected from moisture and fire, the material proves to be strong and durable. Design and aesthetic qualities are by no means neglected, as case studies by Pritzker Prize winner Shigeru Ban demonstrate: the Chengdu Elementary School, the Paper Concert Hall in Aquila or the Cardboard Cathedral in Christchurch all provided a sign of hope after devastating earthquakes. This introduction explains the basics and the technology of building with cardboard and paper and shows a wide range of exciting examples.

Introduction to building facades as revised edition Facades determine the appearance of a building. Hence, they constitute a major element in architecture. At the same time, the building's envelope has important functions to fulfil, such as lighting, weatherproofing, thermal insulation, load transfer and sound insulation. Over the past 15 years, facades have become increasingly complex - 'intelligent' facades, for instance, adapt to changing climate and lighting conditions. Newly developed materials and technologies have broadened the scope of facade functions. This book demonstrates the principles of facade construction. It systematically describes the most common types, such as post-and-beam facade, curtain wall, corridor facade or double facade, and provides guidelines for appropriate detailing. Numerous drawings made especially for the book explain the principles of different types of facades, which are then illustrated with built examples. For this second edition, all chapters were revised and all four examples in the case studies chapter were replaced by new material. The new chapter "Future Facades" offers insights into what's next.

Facades determine the appearance of a building. Thus they have a very important role to play in architecture. At the same time, the building envelope has important functions to fulfill, including lighting, weatherproofing, thermal isolation, load distribution, and sound insulation, to name only the most important. In the last fifteen years, facades have become significantly more complex. For example, "intelligent," climate-active facades use self-regulating systems to respond to changing light and weather conditions. This book demonstrates the principles of facade construction. Guidelines are suggested for good detailing. The installation procedures are described for the most common materials –glass, wood, steel, concrete, and aluminum. Numerous drawings made specially for the book explain the principles of the individual types of facade which are then illustrated with built examples.

For a number of years, modular construction - the use of prefabricated elements in architecture - has once again become a subject of lively discussion and debate. Long written off as monotonous, today's building components are actually highly differentiated and capable of supporting and enhancing the architect's creativity. Numerous structures work with prefabricated components; for single-family homes the figure is ninety-eight percent, and modular systems are available that meet high aesthetic standards. This book provides an overview of the various different systems and their possible uses, particularly in the areas of housing, office, and industrial buildings. It explains the processes and components of modular construction and the behavior of the various materials when this construction approach is used. The authors offer strategies for planning and designing with prefabricated systems so that the architect can use them productively. Numerous drawings explain the principles of modular construction, while built examples forge a link between those principles and the practical activity of building.

Every building is composed of parts, or components, that may be organized in various ways.

For example, there are different ways to configure walls so that they perform their primary functions - bearing, dividing, and sheltering - in an optimal manner.

This book presents the most common load-bearing systems, such as plate, massive, and skeleton construction, and describes their impact on the structure as a whole. It explains how spaces can be vertically or horizontally connected and assembled into larger wholes. The individual elements, such as floor slabs, roofs, openings, and foundations, are described together with their functions and the various possibilities for connecting them.

The book goes beyond the wealth of possible detail to demonstrate the basic principles of detailing. Numerous specially prepared drawings set forth the principles of components and then illustrate them with reference to realized projects.

The facade is the building's interface with its environment. It is here that building physics parameters such as heat, humidity, sound, and light interface with the building and impact on it. All these influences need to be controlled by the building envelope in order to ensure the comfort of the user and the functional capability of the architecture. This introduction explains the most important phenomena and then relates them to practical building situations - which materials react in which way to these factors? How do facade systems deal with heat, humidity, sound, and light? This practical book, which is the result of cooperation between an architect and a structural engineer, describes the most important facade materials and constructions under the aspect of their building physics performance.

The renovation of buildings past their prime can no longer be regarded as a necessary evil that costs money and causes inconvenience. Increasingly, it is being acknowledged that to renovate a building and its facade (or 'envelope') can has considerable advantages. Not only does it improve the quality of life and the performance, it can save energy and increase the building's market value. This makes renovation an interesting proposition for owners, users and architects alike. The facade research group at Delft University of Technology, working with the Dutch facade builders' association VMRG, carried out a three-year research project that yielded a number of basic requests, strategies and practical examples which it then developed together with several enlightened companies. "Reimagining the Envelope" reports on this exchange of ideas between science and practice. The result is a variety of strategies for renovating the envelope and examples of successful projects. It also presents a number of far-reaching design ideas.