Key research themes
1. How do structural assessment and seismic strengthening methods enhance the preservation of Gothic and medieval masonry cathedrals?
This research area centers on diagnosing structural vulnerabilities in historic masonry cathedrals, particularly their susceptibility to seismic events due to architectural and material properties, and developing reinforcement strategies that preserve their architectural integrity while improving seismic resilience. The focus is on combining traditional masonry understanding with contemporary engineering solutions and evaluating their effectiveness through case-specific studies.
2. What are the geometric and proportioning principles underlying Gothic cathedral design, and how do digital techniques refine our understanding of their architectural deformations?
This theme investigates the underlying geometric rules and proportional systems that guided the design of Gothic cathedrals, often based on medieval theories, and explores how modern digital surveying and modeling tools (e.g., 3D laser scanning) can verify, quantify, and sometimes challenge historical hypotheses about cathedral proportions and deformations. Through precise spatial data, researchers reveal the intentionality, variability, and structural impacts embedded in the original and altered cathedral geometries.
3. How do material characteristics and regional adaptations influence the construction and restoration strategies of Gothic cathedrals in diverse climatic and geological contexts?
This research theme explores the interplay between local material availability, such as stone types and lime sources, and regional environmental factors, including climate and seismic activity, in shaping Gothic cathedral construction methods and restoration approaches. It includes the study of material provenance, masonry techniques adapted to thermal and moisture conditions, and ethical conservation practices respecting historical authenticity while ensuring durability.