Assessment of the structural safety of masonry buildings cannot be independent of knowledge of the material mechanical properties. Among the mechanical parameters of masonry, the elastic modulus plays a fundamental role in modeling and evaluating the performance of masonry buildings. It is commonly determined by in situ tests performed with double flat jacks in accordance with American codes RILEM TC 177-MDT.D.5 and ASTM C1197. This work analyzes the results of a significant number of tests with double flat jacks performed on the masonry of historic buildings to determine their elastic modules following the procedures provided by codes and those reported in the literature. The results obtained are compared with the values of the elastic modules reported in Circular n. 7 of 2019 to better evaluate the reliability of the different procedures.

Evaluation of the Elastic Modulus of Historic Masonries in Tuscany / Cristofaro M.T.; D'Ambrisi A.; De Stefano M.; Tanganelli M.. - ELETTRONICO. - (2026), pp. 15-26. ( 4th Florence Heri-Tech International Conference, Florence Heri-Tech 2024 ita 2024) [10.1007/978-3-031-98379-5_2].

Evaluation of the Elastic Modulus of Historic Masonries in Tuscany

Cristofaro M. T.
;
D'Ambrisi A.;De Stefano M.;Tanganelli M.
2026

Abstract

Assessment of the structural safety of masonry buildings cannot be independent of knowledge of the material mechanical properties. Among the mechanical parameters of masonry, the elastic modulus plays a fundamental role in modeling and evaluating the performance of masonry buildings. It is commonly determined by in situ tests performed with double flat jacks in accordance with American codes RILEM TC 177-MDT.D.5 and ASTM C1197. This work analyzes the results of a significant number of tests with double flat jacks performed on the masonry of historic buildings to determine their elastic modules following the procedures provided by codes and those reported in the literature. The results obtained are compared with the values of the elastic modules reported in Circular n. 7 of 2019 to better evaluate the reliability of the different procedures.
2026
Lecture Notes in Mechanical Engineering
4th Florence Heri-Tech International Conference, Florence Heri-Tech 2024
ita
2024
Cristofaro M.T.; D'Ambrisi A.; De Stefano M.; Tanganelli M.
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1440941
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