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Data for: Parametric Synergy of Passive Design Elements in Cold-Cloudy Climate Zones of North-East India

Name: Data for: Parametric Synergy of Passive Design Elements in Cold-Cloudy Climate Zones of North-East India
Creator: Tungnung, Khuplianlam
Keywords: Architectural Theory, Interdisciplinary sciences, Passive Thermal Design, Architectural Design, Building Thermal Comfort, Design Theory, 13. Climate action, 11. Sustainability, Architecture, FOS: Arts (arts, history of arts, performing arts, music)

Research datakeyboard_double_arrow_right Dataset 01 Jan 2019Embargo end date: 30 Nov 2019Publisher:Mendeley

Authors: Tungnung, Khuplianlam;

doi: 10.17632/cfybprmth7.1 , 10.17632/cfybprmth7

Data for: Parametric Synergy of Passive Design Elements in Cold-Cloudy Climate Zones of North-East India

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Abstract

The author's Ph.D paper titled: "Passive Design with Affordances -Towards Low-energy Architecture in India" is a well motivated research with the objective to develop a strategy of low-energy passive design in India through the analysis of advanced passive climate charts, surveys, and parametric simulations to predict the building's thermal performance. Through systematic simulations on matrix combinations of passive design technique parameters, architecture characteristics that respond to local needs of people and climatic or lifestyle were shown in order to establish building design method symbiosis with the environment. This study shows the process and methodology for determining appropriate passive design methods in order to contribute to the development of passive design techniques adapted to the climate in India. As a passive design principle and strategy, various climate zones affordances had been shown to respond to peoples' needs: economic supplement (low-energy) and environmental symbiosis through adaptation of architectural elements and lifestyles.

Keywords

Architectural Theory, Interdisciplinary sciences, Passive Thermal Design, Architectural Design, Building Thermal Comfort, Design Theory, Architecture, FOS: Arts (arts, history of arts, performing arts, music), Technology Affordance, Parametric Method, FOS: Civil engineering, Climate Data

1 Research products, page 1 of 1

Parametric synergy of passive design elements in cold-cloudy climate zones of north-east India
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