HEPHAESTUS Repository
Welcome to HEPHAESTUS, the Institutional Repository of the Neapolis University in Cyrpus . HEPHAESTUS is an open source institutional repository which gathers all the digital material of Neapolis University's various activities, particularly original research studies produced by the members of the University. The HEPHAESTUS Repository demonstrates the intellectual life, research activities and publications of the University, preserving, acknowledging and promoting scientific research to benefit the local and international community.
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Recently Added
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Examining user thermal comfort in spaces between buildings: Exploring parametric solutions for BIPVs for Luleå, Sweden, and Limassol, Cyprus
(Elsevier, 2024-06)The global concern over the interplay between climate mitigation, urban structures, and city energy usage underscores a pressing need for innovative solutions. This research delves into the relationship between urban ...
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Case-based exploration of the nexus between transformative urban megadevelopments and sustainability
(Research Center in Public Administration and Public Services, 2024-08)Focused on examining the intricate interplay between megadevelopments and sustainability, this paper analyzes four (4) international cases. The study identifies strengths, weaknesses, opportunities, and threats inherent ...
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Optimizing energy efficiency in mediterranean single-family homes: A parametric study of building typology, orientation, and BIPV integration
(Elsevier, 2024-12)The energy efficiency of residential buildings is a critical concern, especially in regions with challenging climatic conditions like the Mediterranean. Despite numerous studies on energy-efficient design, there is a lack ...
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Optimizing energy-efficient building renovation: Integrating double-skin façades with solar systems in the Mediterranean landscape
(Elsevier, 2024-12)According to the European Environment Agency, 85–95 % of today's buildings will still be standing in 2050. As a result, there is an urgent need to renovate existing buildings to reduce energy consumption and improve their ...
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Sustainable Architectural Innovations for Energy-Efficient Multi-storey Buildings Through a Novel Taxonomy and Evaluation Approach
(River Publishers, 2024-12)In the contemporary urban landscape, cities grapple with pressing environmental challenges, particularly in energy consumption and ecological impact. This research recognizes the imperative for a paradigm shift in the ...
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