Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Application of sonic tests and modal identification in the characterization of masonry walls
This work contemplates the application of non‐destructive techniques, sonic and environ‐ mental vibration tests, on a set of soil‐cement compressed earth blocks reinforced masonry walls, which were built in laboratory, under the project SHS‐Multirisk. The present work constitutes a comparative study that aimed at verifying the reliability of the sonic test method in masonry char‐ acterization and in testing a methodology of combined tests for structural assessment. For that pur‐ pose, a numerical model of the walls was developed and calibrated with the mechanical properties that were calculated from the sonic tests data. The results of the simulation of the numerical model were compared with the results of the environmental vibration tests, which enabled to reach a cor‐ relation between the frequencies, as well as enabling the indirect sonic tests, which were performed in the vertical direction, to result in an accurate prediction of the Young modulus to be used in the numerical models. ; published
Application of sonic tests and modal identification in the characterization of masonry walls
This work contemplates the application of non‐destructive techniques, sonic and environ‐ mental vibration tests, on a set of soil‐cement compressed earth blocks reinforced masonry walls, which were built in laboratory, under the project SHS‐Multirisk. The present work constitutes a comparative study that aimed at verifying the reliability of the sonic test method in masonry char‐ acterization and in testing a methodology of combined tests for structural assessment. For that pur‐ pose, a numerical model of the walls was developed and calibrated with the mechanical properties that were calculated from the sonic tests data. The results of the simulation of the numerical model were compared with the results of the environmental vibration tests, which enabled to reach a cor‐ relation between the frequencies, as well as enabling the indirect sonic tests, which were performed in the vertical direction, to result in an accurate prediction of the Young modulus to be used in the numerical models. ; published
Application of sonic tests and modal identification in the characterization of masonry walls
Bourgeois, Inês (Autor:in) / Di Gregorio, Leandro Torres (Autor:in) / Rodrigues, Hugo (Autor:in) / Fonseca, Jorge (Autor:in) / Tavares, Alice (Autor:in) / Costa, Aníbal (Autor:in)
01.01.2023
3762
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
DDC:
690
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