Analogous Framework for Passive Design Strategies Using Synchronized Techniques; Validation: Dual-Skin Voronoi Pattern Facade
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Date
2019
Authors
Journal Title
Journal ISSN
Volume Title
Type
Conference Paper
Publisher
Institute of Electrical and Electronics Engineers Inc.
Series Info
Proceedings - 2019 3rd International Conference on Smart Grid and Smart Cities, ICSGSC 2019
Scientific Journal Rankings
Abstract
Smart Cities Initiative compels smart buildings that respond to surrounding conditions meeting sustainable doctrine. Climate-Responsive buildings require different strategies that fulfill smart pattern needs. Passive design strategies are the road map towards high-performance building design. Thus, it complements bioclimatic discourse. Furthermore, it is a preliminary milestone to international rating systems certification; for example, LEED that adds value to buildings while guarantee Environmentally-conscious Architecture. A Profound study interprets a framework for passive design strategies techniques as a guide for architects, designers and engineers towards indoor thermal comfort that mitigates purchased energy throughout building's Life-Cycle. A prospect of natural, and designed environmental parameters that shapes, controls and influences thermal comfort means and environmental influences measures shall be linked to strategies' techniques in the proposed framework. Enhancing synchronized techniques to inter-perform optimize design results. Validating daylighting and lighting design using dual skin and Voronoi pattern as synchronized techniques, shall promote referring to this Analogous Framework by architects and designers. Nevertheless, a guide to respond to multiple measures is a pragmatic initiative to smart solutions, hence smart communities. � 2019 IEEE.
Description
Scopus
Keywords
Natural and designed environmental parameters, Passive Design Strategies, Sustainable Design Optimization, Thermal Comfort Means, Thermal Comfort Models, Thermal Comfort Parameters, Voronoi Pattern, Climate responsive design, Synchronized Techniques, Architectural design, Climate models, Electric power transmission networks, Life cycle, Smart city, Smart power grids, Sustainable development, Synchronization, Thermal comfort, Comfort parameter, Design optimization, Environmental parameter, Passive design strategies, Responsive designs, Thermal comfort models, Structural design