A Value-Based Decision Support Framework for Low-Carbon Prefabricated Buildings: Leveraging BIM and Life-Cycle Optimization for Sustainable Urban Construction | Synapse
A Value-Based Decision Support Framework for Low-Carbon Prefabricated Buildings: Leveraging BIM and Life-Cycle Optimization for Sustainable Urban Construction
The central aim is to develop a decision support framework that enhances sustainability in urban construction through low-carbon prefabricated buildings.
Utilized BIM (Building Information Modeling) for project visualization and planning.
Applied life-cycle optimization techniques to evaluate environmental impacts and cost-effectiveness.
Conducted comparative analyses of different building designs to identify the most sustainable options.
Demonstrated a 30% reduction in carbon emissions for low-carbon prefabricated designs compared to traditional buildings (p<0.05).
Achieved a 25% cost saving over the life cycle of the buildings utilizing the framework (95% CI, lower bound $500, upper bound $1000).
Highlighted a significant increase in construction efficiency and project delivery times due to prefabrication practices.