This paper presents a detailed analysis and conservation of the pulpit of the church of Sant'Andrea in Pistoia, a masterpiece by Giovanni Pisano, created between 1298 and 1301. The pulpit, remarkable for its intricate design and sculp-tural richness, has been modified and restored over the centuries and is currently in a critical state. The research employs a multidisciplinary approach to document and assess its structural integrity using 3D laser scanning and SfM photogrammetry. These techniques, along with dynamic and static structural tests, facilitate a com-prehensive understanding of the pulpit's condition, highlighting previously undoc-umented fractures and structural weaknesses. The study includes a finite element model (FEM) to simulate the pulpit's dynamic behaviour under seismic loads, com-paring it with actual recorded accelerations. Results show the model’s high fidelity in capturing the pulpit’s structural responses during seismic events. This approach, combining architectural analysis, digital modeling, and structural testing, contrib-utes to the ongoing conservation and preservation efforts of this significant medie-val work of art.
The pulpit of Giovanni Pisano in Sant’Andrea Church in Pistoia / Bartoli, G.; Betti, M.; Conti, A.; Fiorini, L.; Meucci, A.; Monchetti, S.; Pellis, E.; Tucci, G.; Zini, G.. - (2026), pp. 115-126.
The pulpit of Giovanni Pisano in Sant’Andrea Church in Pistoia
Fiorini L.;Meucci A.;
2026
Abstract
This paper presents a detailed analysis and conservation of the pulpit of the church of Sant'Andrea in Pistoia, a masterpiece by Giovanni Pisano, created between 1298 and 1301. The pulpit, remarkable for its intricate design and sculp-tural richness, has been modified and restored over the centuries and is currently in a critical state. The research employs a multidisciplinary approach to document and assess its structural integrity using 3D laser scanning and SfM photogrammetry. These techniques, along with dynamic and static structural tests, facilitate a com-prehensive understanding of the pulpit's condition, highlighting previously undoc-umented fractures and structural weaknesses. The study includes a finite element model (FEM) to simulate the pulpit's dynamic behaviour under seismic loads, com-paring it with actual recorded accelerations. Results show the model’s high fidelity in capturing the pulpit’s structural responses during seismic events. This approach, combining architectural analysis, digital modeling, and structural testing, contrib-utes to the ongoing conservation and preservation efforts of this significant medie-val work of art.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


