Design & Research of the Traditional Waterfront Interface Houses in Shanghai Ecological Transformation - Pudong Ancient Shao Jia Lou Town House

Article Preview

Abstract:

The natural landscape of the pudong ancient town in Shanghai's waterfront with "bridges, water, people" rich in distinctive cultural landscape has always been popular. Rustic country setting and its rich cultural heritage have attracted many people to want to get to know it. Ancient town in Shanghai have been famous in the world too. "Authenticity" town folk culture is the essence of the town's cultural heritage. On one hand, the attention to the life of local residents and traditional architecture "authenticity" can revitalize traditional cultural heritage, promote tourism development and protection of ancient town. On the other hand, building ecology, energy conservation, and sustainability are the current world trend, most importantly the needs of the world's sustainable economic development. In this paper, taking Shao Jia Lou town house as an example for the transformation of the traditional waterfront interface, based on the waterfront interface environmental features, the adoption of the internal layout of the building materials and re-design the ventilation system, heating systems and new energy sources, ecological transformation has been carefully designed. In addition, some practical design studies have been done regarding the diversification of the use of small space. The precondition of making people aware of China's traditional ecological transformation of the waterfront interface is to extend the traditional culture, ancient town in Shanghai, protect and improve the waterfront environment and raise living standards.

You might also be interested in these eBooks

Info:

Periodical:

Advanced Materials Research (Volumes 524-527)

Pages:

2667-2673

Citation:

Online since:

May 2012

Export:

Price:

Permissions CCC:

Permissions PLS:

Сopyright:

© 2012 Trans Tech Publications Ltd. All Rights Reserved

Share:

Citation:

[1] Ruan. Town character and protection of Yangtze River Delta [J]. Journal of Tongji University. 1995(5):46-78

Google Scholar

[2] Tang China and the U.S.. Cleaner production and energy-saving and housing [J]., 2004(20):20-24

Google Scholar

[3] Zhang Guodong, Cui Yi. Residential expansion of existing home renovation design [J]. Residential-47 science,2000(4):45

Google Scholar

[4] Shi-De Hu, Hao Ruikun. Transformation of brick-concrete structure. Large bays flexible residential development [J]. Building Technology, 28 (10)

Google Scholar

[5] Yang, Ya-Feng, Qi-high. Summer and cold winter weather conditions, low energy building design [M], the new building, 2000 (3):11-13

Google Scholar

[6] Jiangwen Xiong, Xiao-Ming Wang. The old house (area) renovation of industrial systems [J], home technology, 2002(1)

Google Scholar

[7] Zhang Xuesong. Skills in Shanghai residential design study - the external structure energy-efficient structural design [J]. Tongji University, 2006(3):33-34

Google Scholar

[8] Hamajima London Jun [Japanese]. South of the settlement, society and farmers' co-relation [M]. Social,2007.254-302

Google Scholar

[9] Wang Ying. Morphological characteristics of the traditional fishing village and principles of urban structure elements of the regression [J]. Urban planning journal, 2000(1):45-66

Google Scholar

[10] Weng Yi City. On Sustainable Urban Waterfront Urban Design [J]. New building,2000(4):134-156

Google Scholar

[11] Weng Yi City. On Sustainable Urban Waterfront Urban Design [J]. New building,2000(4):134-156

Google Scholar

[12] Wang of the new. On the waterfront development of several problems [J]. Urban Planning, 1998 (2) :42

Google Scholar

[13] Lee as early as the Chinese classical gardens of the modern inspiration of water [J]. Architectural Journal, 2004(9) :62-63

Google Scholar

[14] Zhu Xu Yan. Ecological house [J]. Residential and Technology, 2006(4):177-179

Google Scholar