Centrifuge model tests of fault rupture effect on some geotechnical structures
Abbas Ghalandarzadeh, Majid Moradi, Mehdi Ashtiani, Majid Kiani, Mahdi Rojhani
Abstract
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Abbas Ghalandarzadeh, Majid Moradi, Mehdi Ashtiani, Majid Kiani, Mahdi Rojhani
Abstract
Open-access reader
Three different problems are also described in the current paper i.e. the effect of faulting on buried pipes, segmental tunnels as well as shallow foundations. Effect of embedment depth as well as pipe type are investigated in the first study. In the second set of tests the performance of shallow foundations with different embedment depths and different contact pressures were studied. In the third study the behavior of segmental tunnels against faulting were the main subject. Interesting behavior of these tunnels are described and all failure mechanisms are introduced.
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Three different problems are also described in the current paper i.e. the effect of faulting on buried pipes, segmental tunnels as well as shallow foundations. Effect of embedment depth as well as pipe type are investigated in the first study. In the second set of tests the performance of shallow foundations with different embedment depths and different contact pressures were studied. In the third study the behavior of segmental tunnels against faulting were the main subject. Interesting behavior of these tunnels are described and all failure mechanisms are introduced.
Key concepts: Embedment, Centrifuge, Geotechnical engineering, Geology, Fault (geology), Seismology, Nuclear physics, Physics