The paper gives an overview of the literature on available computer (simulation) models of stone falls and rockfalls, divided into 2D and 3D models. 2D models consider single blocks in the rock-fall mass as lumped mass or a rigid body, and are used to assess the single rockfall runout distance. Opposed to the 2D models, 3D models are composed not only of a dispositional model (depicting rockfall source areas) and friction model (determination of deposition areas and maximum runout distances), but also from a trajectory model (determination of travel areas)
Rockfalls frequently occur in Alpine areas, creating serious risks to population and buildings; the ...
[eng] The Son Poc rockfall took place on the 6th of March 2013 in the municipality of Bunyola, on th...
The article presents two deterministic methods for the elaboration of landslide and rock-fall source...
An analysis of natural hazards caused by rockfalls (common expression for falling stones and boulder...
This thesis deals with the study of rock falls using a mathematical model, codified for computer use...
Rock falls are a common hazard affecting people and infrastructure below natural cliffs and in man-m...
This thesis reviews computer simulation of rockfalls in general and an attempt has been made to anal...
The aim of the paper is to develop a fully 3D simulation technique for rockfall dynamics taking rock...
Rockfalls are blocks of rock that bounce and roll down slopes. They are commonly detached from rock-...
The use of computer models to determine rock fall hazards is increasingly common, with increasingly ...
Skalni podori spadajo med najpogostejše naravne nesreče predvsem v gorskem svetu, saj jih je zaradi ...
Different types of geohazards frequently affect road and railway traffic. Among them, in the case of...
Abstract: Models can be useful tools to assess the risk posed by rockfall throughout relatively larg...
Simulation of rockfall allows us to protect infrastructures and forests along rock slopes against th...
Rock falls are the most common landslide phenomena in the Alpine Arch. According to a survey commiss...
Rockfalls frequently occur in Alpine areas, creating serious risks to population and buildings; the ...
[eng] The Son Poc rockfall took place on the 6th of March 2013 in the municipality of Bunyola, on th...
The article presents two deterministic methods for the elaboration of landslide and rock-fall source...
An analysis of natural hazards caused by rockfalls (common expression for falling stones and boulder...
This thesis deals with the study of rock falls using a mathematical model, codified for computer use...
Rock falls are a common hazard affecting people and infrastructure below natural cliffs and in man-m...
This thesis reviews computer simulation of rockfalls in general and an attempt has been made to anal...
The aim of the paper is to develop a fully 3D simulation technique for rockfall dynamics taking rock...
Rockfalls are blocks of rock that bounce and roll down slopes. They are commonly detached from rock-...
The use of computer models to determine rock fall hazards is increasingly common, with increasingly ...
Skalni podori spadajo med najpogostejše naravne nesreče predvsem v gorskem svetu, saj jih je zaradi ...
Different types of geohazards frequently affect road and railway traffic. Among them, in the case of...
Abstract: Models can be useful tools to assess the risk posed by rockfall throughout relatively larg...
Simulation of rockfall allows us to protect infrastructures and forests along rock slopes against th...
Rock falls are the most common landslide phenomena in the Alpine Arch. According to a survey commiss...
Rockfalls frequently occur in Alpine areas, creating serious risks to population and buildings; the ...
[eng] The Son Poc rockfall took place on the 6th of March 2013 in the municipality of Bunyola, on th...
The article presents two deterministic methods for the elaboration of landslide and rock-fall source...