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(2001)
Szokolay, Climate Responsive Architecture—A Design Handbook For Energy-Efficient Buildings
Do-Kyoung Kim (2006)
The natural environment control system of Korean traditional architecture : Comparison with Korean contemporary architectureBuilding and Environment, 41
(2006)
Handbook on Energy Conscious Buildings, Indian Institute of Technology, Bombay and Solar Energy Centre, Ministry of New and renewable Energy
(1984)
Szokolay, Manual of Tropical Housing and Building, Part-1, Climatic Design (Orient
(2006)
Climate responsive building design in Khatmandu valley
(2010)
Behavioural adaptation and the use of environmental controls for thermal comfort in apartments in India
(2009)
Amendment) Rules
(2006)
Built to Meet Need: Cultural Issues in Vernacular Architecture (Elsevier
(2008)
Indoor temperature in vernacular, conventional and alternative technology construction—a comparative investigation
K. Heath (2009)
Vernacular Architecture and Regional Design
Kyung-Hoi Lee, Dongquan Han, Ho-Jin Lim (1996)
Passive design principles and techniques for folk houses in Cheju Island and Ullūng Island of KoreaEnergy and Buildings, 23
(2005)
Traditional architecture and planning techniques of Himachal Pradesh
(2011)
Matra—Ways of Measuring Vernacular Built Forms of Himachal Pradesh
Vissilia Anna-Maria (2009)
Evaluation of a sustainable Greek vernacular settlement and its landscape: Architectural typology and building physicsBuilding and Environment, 44
A. Sarkar (2011)
Adaptive Climate Responsive Vernacular Construction in High AltitudeWorld Academy of Science, Engineering and Technology, International Journal of Civil, Environmental, Structural, Construction and Architectural Engineering, 5
(2007)
Balagopal, Green architecture—traditional and modern
(2009)
Himalayan Traditional Architecture (Rupa
(2008)
Building Energy Codes in APP Countries, 5th meeting
M. Sözen, G. Gedik (2007)
Evaluation of traditional architecture in terms of building physics: Old Diyarbakír housesBuilding and Environment, 42
M. Kottek, J. Grieser, C. Beck, B. Rudolf, F. Rubel (2006)
World Map of the Köppen-Geiger climate classification updatedMeteorologische Zeitschrift, 15
Madhavi Indraganti (2010)
Understanding the climate sensitive architecture of Marikal, a village in Telangana region in Andhra Pradesh, IndiaBuilding and Environment, 45
(2007)
old Diyarbakı́ r houses
OC Handa (2009)
Himalayan Traditional Architecture
C. Ratti, Dana Raydan, K. Steemers (2003)
Building form and environmental performance: archetypes, analysis and an arid climateEnergy and Buildings, 35
(2005)
Passive cooling effects of traditional vernacular houses in the sub-tropical region of Nepal
S. Roaf, D. Crichton, F. Nicol (2005)
Adapting Buildings and Cities for Climate Change: A 21st Century Survival Guide
A. Mahdavi, Satish Kumar (1996)
Implications of indoor climate control for comfort, energy and environmentEnergy and Buildings, 24
P Oliver (2006)
Built to Meet Need: Cultural Issues in Vernacular Architecture
Arkus, Ottek, Ürgen, Rieser, hristoph, Eck, Runo, Udolf, Ranz, Ubel (2006)
World Map of the Köppen-Geiger climate classification updated — Source link
R. Ooka (2002)
Field study on sustainable indoor climate design of a Japanese traditional folk house in cold climate areaBuilding and Environment, 37
Lin Borong, Tan Gang, Wang Peng, Song Ling, Z. Yingxin, Zhai Guang-kui (2004)
Study on the thermal performance of the Chinese traditional vernacular dwellings in SummerEnergy and Buildings, 36
Fan Wang, Y. Liu (2002)
Thermal environment of the courtyard style cave dwelling in winterEnergy and Buildings, 34
A. Dili, M. Naseer, T. Varghese (2010)
Passive control methods of Kerala traditional architecture for a comfortable indoor environment: A comparative investigation during winter and summerBuilding and Environment, 45
J. Nicol, M. Humphreys (2002)
ADAPTIVE THERMAL COMFORT AND SUSTAINABLE THERMAL STANDARDS FOR BUILDINGSEnergy and Buildings, 34
WM Kingston (2009)
Heath, Vernacular Architecture and Regional Design
A Krishnan, N Baker, S Yannas, SV Szokolay (2001)
Climate Responsive Architecture—A Design Handbook For Energy-Efficient Buildings
OH Koenigsberger, TG Ingersoll, A Mayhew, SV Szokolay (1984)
Manual of Tropical Housing and Building, Part-1, Climatic Design
M. Saleh (1999)
Al-Alkhalaf: the evolution of the urban built-form of a traditional settlement in Southwestern Saudi ArabiaBuilding and Environment, 34
(1992)
Passive buildings need active occupants
A Achyuthan, TSP Balagopal (2007)
Green architecture—traditional and modernJ. Archit. Eng., 88
M Indraganti (2010)
Understanding the climate sensitive architecture of Marikal, a village in Telangana region in Andhra PradeshIndia Build. Environ., 45
H. Rijal, H. Yoshida (2002)
Comparison of summer and winter thermal environment in traditional vernacular houses in several areas of Nepal
(2007)
Energy Conservation Building Code
Vernacular architecture of any settlement is characterized by architecture and construction methods developed by the wisdom of the local masons and builders, often the inhabitants themselves, to provide thermal comfort to users in extreme outdoor uncomfortable climatic conditions, by using locally available building materials and by adopting construction technology which both were more responsive to their climatic and geographic condition. This paper will highlight the climate-responsiveness in the traditional architecture of Khyah village in Hamirpur district of Himachal Pradesh, having sub-tropical climatic condition. The plan of individual house, the cluster of houses and the overall settlement itself has been evolved from a process of understanding the local geo-climatic conditions which causes discomfort in both cold winter and hot summer months. Hence, the house plans were kept compact, thick adobe bricks were used for walls, pitched roof with attic and roof-covering of slate were employed and small window openings were provided with heavy timber shutter—all as a mean to retain indoor heat during cold winter months and also to prevent excessive heat-loss and heat-gains. The paper will also attempt to bring out the adaptive synchronized dynamic interactions between the various activities of inhabitants and their spatial environment, as a response to the local climatic conditions, from the physical survey of this traditional hill settlement.
Journal of The Institution of Engineers (India): Series A – Springer Journals
Published: Sep 14, 2013
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