By Michelle Addington, Daniel L. Schodek
This present day, architects and architects are taking a look in the direction of advancements in new 'smart' or 'intelligent' fabrics and applied sciences, even if, quite few architects have entry to information regarding the kinds or houses of those new fabrics or applied sciences. of the top specialists during this box - Addington and Schodek - have solved this challenge, incorporating all of the correct details at the most up-to-date applied sciences to be had to architects and architects during this one quantity. They current fabrics via describing their basic features, and cross directly to determine and recommend how those related features could be exploited by way of execs to accomplish their layout move
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Extra info for Smart materials and new technologies: for the architecture and design professions
2 Davies, M. (1981) ‘A wall for all seasons’, RIBA Journal, 88 (2), pp. 55–57. The term ‘polyvalent wall’, first introduced in this article, has become synonymous with the ‘advanced fac¸ade’ and most proposals for smart materials in buildings are based on the manifestation of this 1981 ideal. html. 4 Kroschwitz, J. ) (1992) Encyclopedia of Chemical Technology. New York: John Wiley & Sons. 20 Materials in architecture and design 2 Fundamental characterizations of materials Chapter 1 provided a brief insight into how smart materials and systems might affect our design thinking.
3 Classification systems for advanced and smart materials The information necessary for the implementation of new materials may be available, but there is as yet no method for its application in the design fields. Staying with the current method and treating smart materials as artifacts in a classification system is clearly problematic. Even if a smart material could be considered as a replacement for a conventional material in many components and applications, its inherent ‘active’ behavior makes it also potentially applicable as a technology.
These basic cells can then be replicated to form identifiable larger lattice structures. Basic morphological considerations indicate that there are 14 basic lattice structures (known as Bravais Lattices) that can be made from the seven basic unit cells (some basic unit cell types can repeat themselves in multiple ways). For example, one of the basic lattices is called a face-centered cubic lattice. In this lattice, atoms are located at the eight corners and the centers of the six faces. Copper, for example, has a face-centered cubic lattice.