حبيب صمدزاد

The integration of the two concepts of sustainability and resilience in the design, construction, and even demolition of buildings has recently gained the attention of researchers. Among these, a long-lasting building will have the greatest impact on the environment during its operational phase and will also be influenced by climate and environmental conditions. Therefore, buildings' sustainability and resilience are paramount in this era. Examining the two concepts of sustainability and resilience during the operational phase of residential buildings is particularly necessary due to the high energy consumption in this sector. In this regard, by identifying accessible examples of sustainability and resilience in residential use, including appropriate solutions for design, water conservation, fresh air supply, lighting control, reduced energy consumption and on-site energy generation, food cultivation, and carbon reduction, a residential building with seven floors on the ground floor and three basement floors, with a total area of 5,544 square meters, was designed in Tehran and modeled using building information modeling (BIM) by REVIT software. All the implemented strategies were eva‎luated and measured to assess the impact of sustainability and resilience in the residential building. After eva‎luating the results, it was determined that the residential building has achieved a 10% water savings compared to a usual building, and an approximately 41% reduction in energy consumption due to active and passive design. Additionally, the environmental impact of the sample residential building was estimated to be 55.88 kilograms of carbon per square meter per year.

پايداري , تاب‌آوري , كاهش مصرف انرژي , اثرات زيست محيطي , طراحي فعال , طراحي غير فعال

sustainability , Resilience , energy reduction , , Environmental Impact , , Active Design , passive design

Habib Samadzad

Dr.Haniye Sanayeian