Delivering construction projects sustainably requires reconciling duration, cost, carbon emissions and the stability and utilization of site resources, yet these objectives conflict and the choice among candidate schedules is seldom made on an explicit, data-driven basis. This study aims to develop a data-driven de...
A. Mohy, Haytham Sanad· Journal of Engineering, Desi...· 0 citations
This study aims to develop a five-dimensional (5D) optimization framework to resolve spatial and resource conflicts in construction scheduling. By integrating resource leveling and workspace congestion with the traditional time, cost and quality objectives, the research addresses the critical gap between theoretica...
A. Mohy, Haytham Sanad· Journal of Engineering, Desi...· 0 citations
The management of complex infrastructure projects necessitates the simultaneous optimization of multiple competing objectives beyond the traditional time, cost, and quality triangle. This study proposes a seven-dimensional multiobjective scheduling framework integrating duration, cost, quality, resource leveling, env...
A. Mohy· Journal of construction engi...· 0 citations
This study develops a data-driven severity-classification approach for maritime construction, relating equipment activity from incident narratives to localized hydro-meteorological conditions to complement static safety systems to complement static safety systems.
A. Mohy· Smart and Sustainable Built...· 0 citations
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