The Performance-Based Design of Evacuation of a Conference Center
p.1363
p.1363
Simulation for the Interior Natural Ventilation Condition of the United Habitation in Marseilles
p.1368
p.1368
Basic Discussion on Tectonics and Regional Architecture Creation
p.1373
p.1373
Simulation Research of the Impact on the Heat Transfer Capability of Structural Changes in Tube Heat Exchanger
p.1378
p.1378
The Application of Space Syntax in the Conservation and Regeneration of Historical Areas
p.1383
p.1383
A Simulated Study of the Influence of Wind Projecting Angle on Energy Consumption of Residential Building Clusters
p.1388
p.1388
Research on the Localization Strategy of Green Building
p.1394
p.1394
Survey and Revelation about Habitation Demands in the Process of Suburb Peasants Urbanization
p.1399
p.1399
Simulation Study on the Aspirating Smoke Detection System in Large Space Buildings
p.1404
p.1404
The Application of Space Syntax in the Conservation and Regeneration of Historical Areas
Abstract:
Based on the key problems of historical areas revitalization and the core theory of Space Syntax, this paper probes into the application of Space Syntax to quantify the space configuration in the conservation and regeneration of historical areas. According to the design process, an ideal framework which includes historical literature research, present situation analysis and optional scheme evaluation is put forward.
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Periodical:
Advanced Materials Research (Volumes 255-260)
Pages:
1383-1387
Citation:
Online since:
May 2011
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© 2011 Trans Tech Publications Ltd. All Rights Reserved
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