1) Sustainable schools: their passive systems to provide comfort with natural means as an educational example for pupils and their parents<div>2) Living bricks can generate energy in the home and wean humanity off fossil fuels</div><div>3) High Comfort – Low Impact: Integration of thermal mass in Pursuit of Designing Sustainable Buildings</div><div>4) Enhancing the microclimate towards outdoor thermal comfort in Urban Isles of the Mediterranean Region</div><div>5) "Energy management & savings in the domestic situation, A Case Study"</div><div>6) Adoptable and Sustainability for visual and perceptive comfort: Neuroscience and Architecture</div><div>7) Keeping cool under the hot Arewa Sun; natural cooling systems in Traditional Hausa Buildings in Nigeria</div><div>8) The role of shading, natural ventilation, daylighting and comfort in enhancing indoor environmental quality and liveability in the age of COVID-19</div><div>9) Diachronic analysis of daylight design and management techniques in Mediterranean Region</div><div>10) Passive Solar Design: The influence of building Geometry and Orientation on Solar Performance of Mosque in the Tropics</div><div>11) Thermal and Visual Adaptive Comfort: Field Studies in Portugal</div><div>12) "Rethinking building habitat for comfort and human wellbeing:</div><div>Digital technologies for nature-based design"</div><div>13) Renovating Heritage Buildings into Daylit Enjoyable and Visually Comfortable Museums/Galleries </div><div>14) Assessment of Indoor Heat Gain using Overall Thermal Value (OTTV) in the Rural Houses of Andhra Pradesh, India</div><div>15) Climate- Sensitive Architecture, is natural comfort possible?</div><div>16) "Design Elements of Building Comfort in Arid Zone of Arabian Countries The Significance Role of Orientation and Courtyard"</div><div>17) Providing thermal comfort for buildings’ inhabitants through natural cooling and ventilation systems: Wind Towers</div><div>18) Thermal comfort and climatic potential of ventilative cooling in Italian climates </div><div>19) Energy retrofit of traditional buildings in a warm –humid urban climate</div><div><br></div>
