An Innovative Design for Environmentally Friendly Housing Model in Egypt

Abstract:

Traditional solutions for residential buildings often focus on maximizing economic benefit at the expense of environmental and social considerations. As a result, many residential buildings are poorly ventilated, poorly insulated, and lack access to natural light and views. These factors can lead to health problems, discomfort, and energy inefficiency. This research presents an innovative model for environmentally friend housing design that maximize economic value while also considering environmental and social factors. The model is based on an applied case study of a residential development in Cairo, Egypt. The model's key features include orientation of buildings to maximize natural ventilation and daylighting - use of sustainable building materials and construction methods - provision of green spaces and other amenities for residents. The model was able to achieve significant environmental and social benefits, including reduced energy consumption - improved indoor air quality - increased comfort and well-being for residents - enhanced visual and acoustic insulation - the model is also economically viable, providing developers with a competitive advantage in the market. Overall, this research presents a promising new approach to the design of environmentally friendly housing.

• Periodical: Advances in Science and Technology (Volume 152)
• Pages: 89-96
• DOI: https://doi.org/10.4028/p-y13vG0
• Online since: June 2024
• Authors: Hesham A. Helal, Rania Fouad*
• Keywords: Acoustic Insulation, CFD Study, Energy Efficiency, Environmental Consideration, Environmentally Friendly Housing Design, Innovative Model

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