Physical experiments with large-scale models of engineering structures provide
invaluable information for understanding the deformation processes in objects of
complex configuration and allow researchers to reproduce the interactions between
the structural elements on different scales. The article presents test stand
designed and assembled at the Institute of Continuum Media Mechanics (Perm,
Russia). Using this stand, studies of deformation processes in a large-scale
model concrete structure were carried out. The deformation response of
structural elements to the locally applied quasistatic and impulse loads was
studied. The patterns of the spatial-temporal distribution of deformation
parameters over the structural elements were obtained. The tests conducted in
the elastic deformation mode allowed to obtain the vibration portrait of
the structure, which provided basic information for the future experiments
aimed at studying inelastic deformation of the structure until its ultimate
failure.
intelligent monitoring
laboratory
Institute of Continuous Media Mechanics of the Ural Branch of
Russian Academy of Science
1, Akademic Korolev street
Perm
614013
Russia
intelligent monitoring
laboratory
Institute of Continuous Media Mechanics of the Ural Branch of
Russian Academy of Science
1, Akademic Korolev street
Perm
614013
Russia
intelligent monitoring
laboratory
Institute of Continuous Media Mechanics of the Ural Branch of
Russian Academy of Science
1, Akademic Korolev street
Perm
614013
Russia
intelligent monitoring
laboratory
Institute of Continuous Media Mechanics of the Ural Branch of
Russian Academy of Science
1, Akademic Korolev street
Perm
614013
Russia
intelligent monitoring
laboratory
Institute of Continuous Media Mechanics of the Ural Branch of
Russian Academy of Science
1, Akademic Korolev street
Perm
614013
Russia
intelligent monitoring
laboratory
Institute of Continuous Media Mechanics of the Ural Branch of
Russian Academy of Science
1, Akademic Korolev street
Perm
614013
Russia