Various landslide disasters due to abnormal climate are increasing all over the world, and the inflow of debris flow is causing great damage to human life and social infrastructure. As such, in order to preemptively respond to debris flow, it is necessary to conduct a vulnerability assessment of the hazardous area based on the vulnerability curve. Therefore, in this study, the hazard intensity (depth, velocity, and impact pressure of debris flow) was analysed by performing back analysis using the DAN3D numerical model for 27 debris flow disaster areas in Korea from 2011 to 2020. And the vulnerability curve for the building was developed through the relationship between the degree of damage to the building and the impact pressure obtained th...
Physical vulnerability is a challenging and fundamental issue in landslide risk assessment. Previous...
International audienceIn quantitative risk assessment, risk is expressed as a function of the hazard...
Physical vulnerability is a challenging and fundamental issue in landslide risk assessment. Previous...
Various landslide disasters due to abnormal climate are increasing all over the world, and the inflo...
Societal risks associated with debris flow hazards are significant and likely to escalate due to glo...
Societal risks associated with debris flow hazards are significant and likely to escalate due to glo...
Recently, human and property damages have often occurred due to various reasons—such as landsl...
Debris flow events are responsible for a fair amount of disasters worldwide that have caused a great...
Debris flow events are responsible for a fair amount of disasters worldwide that have caused a great...
An urban landslide vulnerability assessment methodology is proposed with major focus on considering ...
Global climate change has increased severe torrential hazards, particularly debris flows in mountain...
Abstract In quantitative risk analyses for natural hazards, vulnerability can be expressed as the ra...
Physical building vulnerability to debris flows is defined as the potential damage degree of buildin...
An urban landslide vulnerability assessment methodology is proposed with major focus on considering ...
An urban landslide vulnerability assessment methodology is proposed with major focus on considering ...
Physical vulnerability is a challenging and fundamental issue in landslide risk assessment. Previous...
International audienceIn quantitative risk assessment, risk is expressed as a function of the hazard...
Physical vulnerability is a challenging and fundamental issue in landslide risk assessment. Previous...
Various landslide disasters due to abnormal climate are increasing all over the world, and the inflo...
Societal risks associated with debris flow hazards are significant and likely to escalate due to glo...
Societal risks associated with debris flow hazards are significant and likely to escalate due to glo...
Recently, human and property damages have often occurred due to various reasons—such as landsl...
Debris flow events are responsible for a fair amount of disasters worldwide that have caused a great...
Debris flow events are responsible for a fair amount of disasters worldwide that have caused a great...
An urban landslide vulnerability assessment methodology is proposed with major focus on considering ...
Global climate change has increased severe torrential hazards, particularly debris flows in mountain...
Abstract In quantitative risk analyses for natural hazards, vulnerability can be expressed as the ra...
Physical building vulnerability to debris flows is defined as the potential damage degree of buildin...
An urban landslide vulnerability assessment methodology is proposed with major focus on considering ...
An urban landslide vulnerability assessment methodology is proposed with major focus on considering ...
Physical vulnerability is a challenging and fundamental issue in landslide risk assessment. Previous...
International audienceIn quantitative risk assessment, risk is expressed as a function of the hazard...
Physical vulnerability is a challenging and fundamental issue in landslide risk assessment. Previous...