Rockfall is one of the most frequent geological hazard, whose related risk can be particularly high in areas crossed by roads and railway arteries and characterized by densely populated towns and tourist infrastructures. Owing to the ever increasing urban expansion as well as climate changes, the interference between human activities and natural events has considerably grown in these areas. In this paper the use of low environmental impact countermeasures and appropriate tools for landslide risk analysis and management is presented and discussed, with special reference to the falling rock protection barriers, effective and widely used protection systems against rockfalls
Many kilometres of roads are close to rock slopes that are prone to rockfalls. The fulfilment of saf...
Many kilometres of roads are close to rock slopes that are prone to rockfalls. The fulfilment of saf...
[Departement_IRSTEA]Territoires [TR1_IRSTEA]SEDYVINInternational audienceRockfall is an extremely ra...
Rockfall is one of the most frequent geological hazard, whose related risk can be particularly high ...
Rockfall is one of the most frequent geological hazard, whose related risk can be particularly high ...
A comprehensive method for rockfall risk analysis has been recently proposed by the Autonomous Provi...
A comprehensive method for rockfall risk analysis has been recently proposed by the Autonomous Provi...
In this paper, the authors investigate the behaviour of the falling rock protection barrier at prese...
In this paper, the authors investigate the behaviour of the falling rock protection barrier at prese...
International audienceRockfall is an extremely rapid process involving long travel distances. Due to...
Rockfall phenomena represent a major hazard in mountainous areas because they can cause severe damag...
none6In this paper, the authors investigate the behaviour of the falling rock protection barrier at ...
The development of advanced full-scale testing facilities and numerical models has greatly supported...
Rockfall is an extremely rapid process involving long travel distances. Due to these features, when ...
The development of advanced full-scale testing facilities and numerical models has greatly supported...
Many kilometres of roads are close to rock slopes that are prone to rockfalls. The fulfilment of saf...
Many kilometres of roads are close to rock slopes that are prone to rockfalls. The fulfilment of saf...
[Departement_IRSTEA]Territoires [TR1_IRSTEA]SEDYVINInternational audienceRockfall is an extremely ra...
Rockfall is one of the most frequent geological hazard, whose related risk can be particularly high ...
Rockfall is one of the most frequent geological hazard, whose related risk can be particularly high ...
A comprehensive method for rockfall risk analysis has been recently proposed by the Autonomous Provi...
A comprehensive method for rockfall risk analysis has been recently proposed by the Autonomous Provi...
In this paper, the authors investigate the behaviour of the falling rock protection barrier at prese...
In this paper, the authors investigate the behaviour of the falling rock protection barrier at prese...
International audienceRockfall is an extremely rapid process involving long travel distances. Due to...
Rockfall phenomena represent a major hazard in mountainous areas because they can cause severe damag...
none6In this paper, the authors investigate the behaviour of the falling rock protection barrier at ...
The development of advanced full-scale testing facilities and numerical models has greatly supported...
Rockfall is an extremely rapid process involving long travel distances. Due to these features, when ...
The development of advanced full-scale testing facilities and numerical models has greatly supported...
Many kilometres of roads are close to rock slopes that are prone to rockfalls. The fulfilment of saf...
Many kilometres of roads are close to rock slopes that are prone to rockfalls. The fulfilment of saf...
[Departement_IRSTEA]Territoires [TR1_IRSTEA]SEDYVINInternational audienceRockfall is an extremely ra...