Author(s): Demitrios Liokaft*
Public health is a critical concern in urban planning and building management, particularly in public buildings where large populations gather. The incidence of diseases, especially those associated with poor indoor air quality and sanitation, can significantly impact public health and safety. This article explores a systems dynamics method to examine the effects of inspection rules on reducing disease incidence in public buildings. By utilizing a systems dynamics approach, we can model the interactions between various factors influencing disease incidence and the effectiveness of inspection protocols. This paper aims to demonstrate how simulation can inform policy decisions, improve inspection practices, and ultimately enhance public health outcomes.
The Journal of International Social Research received 8982 citations as per Google Scholar report
