TY - JOUR
T1 - Uncovering key components of semi-public spaces in multi-unit residences for enhancing social sustainability
AU - AMIRJANI, Rahmatollah
AU - Tabrizi, Nasibeh
AU - Hedayatnezhad Kashi, Seyed Mostafa
PY - 2025
Y1 - 2025
N2 - Semi-public spaces in residential complexes act as intangible bridges between private areas and public urban spaces, playing a vital role in the overall social sustainability of neighborhoods. While the importance of public and private spaces in fostering social interaction and cohesion has been widely studied, the role of semi-public spaces in enhancing social sustainability from different aspects has not received the same attention. This study seeks to identify key indicators of semi-public spaces that contribute to the social sustainability of multi-unit residential complexes, using the Story and Simulation (SAS) approach. Fuzzy-logic Cognitive Mapping (FCM) software was used to model relationships between variables, drawing on input from both experts and residents. The findings indicate that key indicators—such as security, accessibility, socioeconomic inclusivity, distribution of green spaces, sense of belonging, and perception of privacy in semi-public spaces—are crucial for enhancing social sustainability. Based on the significance of these indicators, a framework for the future development of multi-unit residential projects was designed. As case studies, three residential complexes with different typologies were selected to test and validate the extracted indicators. Data analysis revealed significant variations in these indicators across the selected complexes, attributable to differences in infrastructure, facilities, management, planning policies, and residents' social engagement. Additionally, the design, typology, and morphology of these complexes played a key role in influencing the social sustainability of their semi-public spaces. This research presents a scenario highlighting the current unsustainable outlook for semi-public spaces, which, if left unaddressed, could undermine the livability of residents in critical situations.
AB - Semi-public spaces in residential complexes act as intangible bridges between private areas and public urban spaces, playing a vital role in the overall social sustainability of neighborhoods. While the importance of public and private spaces in fostering social interaction and cohesion has been widely studied, the role of semi-public spaces in enhancing social sustainability from different aspects has not received the same attention. This study seeks to identify key indicators of semi-public spaces that contribute to the social sustainability of multi-unit residential complexes, using the Story and Simulation (SAS) approach. Fuzzy-logic Cognitive Mapping (FCM) software was used to model relationships between variables, drawing on input from both experts and residents. The findings indicate that key indicators—such as security, accessibility, socioeconomic inclusivity, distribution of green spaces, sense of belonging, and perception of privacy in semi-public spaces—are crucial for enhancing social sustainability. Based on the significance of these indicators, a framework for the future development of multi-unit residential projects was designed. As case studies, three residential complexes with different typologies were selected to test and validate the extracted indicators. Data analysis revealed significant variations in these indicators across the selected complexes, attributable to differences in infrastructure, facilities, management, planning policies, and residents' social engagement. Additionally, the design, typology, and morphology of these complexes played a key role in influencing the social sustainability of their semi-public spaces. This research presents a scenario highlighting the current unsustainable outlook for semi-public spaces, which, if left unaddressed, could undermine the livability of residents in critical situations.
U2 - 10.1016/j.scs.2025.106155
DO - 10.1016/j.scs.2025.106155
M3 - Article
SN - 2210-6707
VL - 121
SP - 1
EP - 18
JO - Sustainable Cities and Society
JF - Sustainable Cities and Society
ER -