Iron ties contribute to the stability of structural systems having vaults and arches. The axial force in the iron ties is not easily to be measured but this knowledge is important for assessing the safety of these members. In the case of breakage of iron tie rods, the assessment study needs to understand the causes of the failures. Experimental data are collected, and models are used for their interpretation. The aim of this paper is to propose a new integrated experimental and numerical approach for the structural analysis of tie rod tensions in historical buildings. The study considers an application at Milan Cathedral, where recently some iron tie failures were observed. The collected data taken into account are: (a) Point cloud measurem...
metallic tie-rods are installed under all naves to support a portion of the lateral thrust exerted b...
Two analytical models are presented for the identification of the actual static scheme and tensile f...
The knowledge of tensile load in reinforcement tie-rods is of crucial importance to assure structura...
Iron ties contribute to the stability of structural systems having vaults and arches. The axial forc...
Historic metallic tie-rods are relevant structural elements in heritage masonry buildings, contribut...
Iron tie rods have been used for centuries both as auxiliary and as reinforcing elements for vaulted...
Tie-rods are essential structural elements, which have been employed for centuries in masonry histor...
Ties in masonry arches and vaults play a key role in constraining their horizontal thrust. The paper...
One of the distinctive characteristics of the Milan Cathedral, built over a period of more than 400&...
The thesis is oriented on the study of Mallorca Cathedral taking into account its construction proce...
This paper presents the analysis of the structure of Mallorca Cathedral taking into account the infl...
Arch-type structures have long been used to span large openings. In many historical masonry structur...
The knowledge of the tensile load in reinforcement tie-rods is of crucial importance for the structu...
International audienceMetal tie-rods are relevant structural elements in heritage masonry buildings....
One of the distinctive characteristics of the Milan Cathedral is the presence of iron ties under the...
metallic tie-rods are installed under all naves to support a portion of the lateral thrust exerted b...
Two analytical models are presented for the identification of the actual static scheme and tensile f...
The knowledge of tensile load in reinforcement tie-rods is of crucial importance to assure structura...
Iron ties contribute to the stability of structural systems having vaults and arches. The axial forc...
Historic metallic tie-rods are relevant structural elements in heritage masonry buildings, contribut...
Iron tie rods have been used for centuries both as auxiliary and as reinforcing elements for vaulted...
Tie-rods are essential structural elements, which have been employed for centuries in masonry histor...
Ties in masonry arches and vaults play a key role in constraining their horizontal thrust. The paper...
One of the distinctive characteristics of the Milan Cathedral, built over a period of more than 400&...
The thesis is oriented on the study of Mallorca Cathedral taking into account its construction proce...
This paper presents the analysis of the structure of Mallorca Cathedral taking into account the infl...
Arch-type structures have long been used to span large openings. In many historical masonry structur...
The knowledge of the tensile load in reinforcement tie-rods is of crucial importance for the structu...
International audienceMetal tie-rods are relevant structural elements in heritage masonry buildings....
One of the distinctive characteristics of the Milan Cathedral is the presence of iron ties under the...
metallic tie-rods are installed under all naves to support a portion of the lateral thrust exerted b...
Two analytical models are presented for the identification of the actual static scheme and tensile f...
The knowledge of tensile load in reinforcement tie-rods is of crucial importance to assure structura...