quarta-feira, 28 de outubro de 2009
segunda-feira, 26 de outubro de 2009
Michael W. Mehaffy
Generative methods in urban design: a progress assessment
The year 2007 marked the 20-year anniversary of A New Theory of Urban Design (1987), a slender volume by Christopher Alexander and colleagues that serves as a notable milepost within the half-century old “design methods movement” in which Alexander himself played a seminal role. The “generative” design method of A New Theory focused less upon the specification of a final form through schematic planning, and more on the stepwise process by which a form might emerge from the evolutionary actions of a group of collaborators. In so doing, it challenged the notion of “design” as a progressive expression of schematic intentions, and argued for a conception of design as a stepwise, non-linear evolution in response to a series of contextual urban factors. In the 20 years since, significant progress has been made to develop the insights of generativity in urban design, as in other fields. Some of Alexander's ideas have been incorporated - notably by practitioners of The New Urbanism - and some have been challenged and dismissed, including, notably, by Alexander himself. The author assesses progress since this milepost volume - substantial, he argues - as well as setbacks and shortcomings, and significant opportunities still remaining.
http://www.informaworld.com/smpp/section?content=a791741861&fulltext=713240928
http://www.informaworld.com/smpp/section?content=a791741861&fulltext=713240928
domingo, 25 de outubro de 2009
sexta-feira, 23 de outubro de 2009
quinta-feira, 22 de outubro de 2009
quarta-feira, 21 de outubro de 2009
Generate – From algorithm to structure
terça-feira, 20 de outubro de 2009
Stephen Marshall(2004)Streets and Patterns: The Structure of Urban Geometry
segunda-feira, 19 de outubro de 2009
domingo, 18 de outubro de 2009
behavioral urbanism: urban density scenario B: yiota goutsou, diego perez, robert stuart-smith
Diego Perez and Robert Stuart-Smith have developed 3d cellular automata algorithms that operate in similar ways to wolfram's in their masters thesis project "behavioral space" at the Architectural Association School of Architecture (AADRL) in collaboration with yiota goutsou. The project may be found at aadrl's site or in kokkugia's research section
“Regardless of their complexity, the tasks and decisions involved [in designing a building] can be formalized as an algorithm. As such, algorithms provide a framework for articulating and defining both input data and procedures. This formalization can promote structure and coherency, while systemically maintaining full traceability of all input data.” – in: “Algorithms in Architecture – Five Approaches” (Michael Hansmeyer)
sexta-feira, 16 de outubro de 2009
segunda-feira, 12 de outubro de 2009
sexta-feira, 9 de outubro de 2009
DESIGN EDUCATIONAL 2010
http://www.archnet-ijar.org/
quarta-feira, 7 de outubro de 2009
terça-feira, 6 de outubro de 2009
yourHOUSE is a research and design project conducted by MIT's Design Lab that is breaking new ground as a pioneer in prefabricated home construction. With a thorough understanding of the past, an extensive utilization of new technologies of the present, and with an awareness of the possibility and growing need for low-cost and high-quality housing, yourHOUSE is set to change the future of home construction.
quinta-feira, 1 de outubro de 2009
sábado, 26 de setembro de 2009
DANIEL CARDOSO LLACH
A generative Grammar for 2D Manufacturing of 3D objects

Much of the current research in Desing and Computation for Architecture proposes to automate the production of construction information as a means of freeing architects from the sticky and inconvenient contingencies of dealing with physical matter.
Buthayna H. Eilouti and Amer M. Al-Jokhadar
A Generative System for Mamluk Madrasa Form-Making
In this paper, a parametric shape grammar for the derivation of the floor plans of educational buildings (madrasas) in Mamluk architecture is presented. The grammar is constructed using a corpus of sixteen Mamluk madrasas that were built in Egypt, Syria, and Palestine during the Mamluk period. Based on an epistemological premise of structuralism, the morphology of Mamluk madrasas is analyzed to deduce commonalities of the formal and compositional aspects among them. The set of underlying common lexical and syntactic elements that are shared by the study cases is listed. The shape rule schemata to derive Mamluk madrasa floor plans are formulated. The sets of lexical elements and syntactic rules are systematized to form a linguistic framework. The theoretical framework for the formal language of Mamluk architecture is structured to establish a basis for a computerized model for the automatic derivation of Mamluk madrasa floor plans.
http://www.springerlink.com/content/u58456q674708t03/
In this paper, a parametric shape grammar for the derivation of the floor plans of educational buildings (madrasas) in Mamluk architecture is presented. The grammar is constructed using a corpus of sixteen Mamluk madrasas that were built in Egypt, Syria, and Palestine during the Mamluk period. Based on an epistemological premise of structuralism, the morphology of Mamluk madrasas is analyzed to deduce commonalities of the formal and compositional aspects among them. The set of underlying common lexical and syntactic elements that are shared by the study cases is listed. The shape rule schemata to derive Mamluk madrasa floor plans are formulated. The sets of lexical elements and syntactic rules are systematized to form a linguistic framework. The theoretical framework for the formal language of Mamluk architecture is structured to establish a basis for a computerized model for the automatic derivation of Mamluk madrasa floor plans.
http://www.springerlink.com/content/u58456q674708t03/
sexta-feira, 25 de setembro de 2009
Belinda Torus
Generative Design in Architecture and Mass-Customization
In this study, the generative design in housing is characterized through the utilization of shape grammars. The functions and the relations within a chosen housing typology are described and different types are produced through the defined relations. Three main constraints are the number of inhabitants (room numbers and sizes), the number of storeys and the main module. In this case, cube is selected as the main module. Mardin is selected as a region to be focused on because of its grammatical housing morphology. Different colors are given to different functions; kitchens, living spaces, rooms, bathrooms, semi-open spaces and open spaces. Different types and variations are produced computationally, and by using this method, it is aimed to integrate the customers to the generative design process. This method is likely to emphasize variation and personalization and make a start to mass customization.
quinta-feira, 24 de setembro de 2009
quarta-feira, 23 de setembro de 2009
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