Examines sustainability, architecture, and materials through historical transitions, philosophical perspectives, and the essence of architecture as a technical activity.
Explores sustainable cement and concrete applications, emphasizing the importance of transport and sustainability aspects related to economic, societal, and environmental factors.
Emphasizes the importance of maintaining concrete structures and valuing existing buildings while addressing their environmental impact and repair needs.
Addresses the durability challenges of concrete and advocates for proactive maintenance and repair practices to ensure structural integrity for future generations.
Emphasizes the importance of maintaining concrete structures to address their vulnerabilities and environmental impact while adapting them for future generations.
Delves into concrete durability, capillary transport, anomalous behavior, and future research directions in the field of structural engineering and building materials.
Explores the state of the art in composite materials and guides students through a design process resembling a startup, emphasizing global thinking in composite processing.
Explores shear at interfaces in concrete structures, covering longitudinal shear, shear between panels, and shear at the interface between concrete cast at different times.
