Slope Instability Development in Small-scale Model Exposed to a Rainfall

Klizišta se svrstavaju u najopasnije i najčešće geohazarde na svijetu. S obzirom na kompleksnu pojavu klizišta zadatak diplomskog rada je pripomoći razumijevanju i utjecaju pri pojavi klizanja. Izrada umanjenih modela izvodi se na Građevinskom fakultetu u Rijeci što je u sklopu projekta Fizičko modeliranje ponašanja konstrukcija za sanaciju klizišta u uvjetima statičkih i seizmičkih djelovanja. Prikupljanje podataka pri ispitivanjima korisno je za procjenu rizika pri pojavi klizišta kao i odabiru pravovaljane mjere sanacije. Diplomskim radom prikazat će se svi dobiveni rezultati ispitivanja čime će se objasniti pojava nestabilnosti te se ukazati na rad senzora pri mjerenjima s obzirom na opisane komponente unutar priručnika. Utjecaj vlažnosti i porni pritisci dat će zaključke prema kojima se odvija proces destabilizacije kosine.Landslides are classified as the most dangerous and frequent geohazards in the world. Considering the complex occurrence of landslides, the task of the thesis is to help understand and influence the occurrence of landslides. The production of reduced models is carried out at the Faculty of Civil Engineering in Rijeka, which is part of the project Physical modeling of the behavior of structures for the rehabilitation of landslides under the conditions of static and seismic actions. Data collection during tests is useful for risk assessment in the event of a landslide, as well as for the selection of valid remedial measures. The thesis will present all the obtained test results, which will explain the occurrence of instability and indicate the operation of the sensor during measurements with regard to the described components in the manual. The influence of humidity and pore pressures will give conclusions according to which the slope destabilization process takes place