Experimental Characterizacion of Structures and Materials

The Laboratory contribution to the course 250713 focuses on the digital characterization of both new and existing structures, providing students with the necessary tools to characterize the structure not only physically but also, in the virtual world.    It is a basic step to subsequently integrate computational geometry with BIM, measurements and simulation.

Key topics covered include:

• Digital Substrates in Computational Geometry – Exploring the foundations of geometric modeling and its application in structural characterization.
• Industry Foundation Classes (IFC) – Understanding IFC as a standardized description of the built environment, facilitating interoperability in digital workflows.
• Characterization Techniques for BIM – Introducing sensor-based methods, imaging technologies, and point clouds for model validation and As-Built generation.
• Integration with Structural Simulation Tools – Utilizing MatchFEM, a plugin developed in the laboratory, to enhance structural simulation within digital workflows.

By combining computational geometry, BIM methodologies, and advanced characterization techniques, this part of the course prepares students to work digitally with structural models, ensuring accuracy and reliability in both design and assessment processes.