[[abstract]]Numerical simulation has been widely applied to the assessment of debris flow hazards. In East Asia and especially Taiwan, the most widely used numerical programs are FLO-2D and Debris-2D. Although these two programs are applied to the same engineering tasks, they are different in many aspects. These two programs were compared according to their fundamental theories, input and output data, computational algorithms and results. Using both programs, the simulations of a real debris flow with abundant granular material induced by landslides at Xinfa village in southern Taiwan are performed for comparison. The simulation results show that Debris-2D gives better assessment in hazard area delineating and flow depth predicting. Therefo...
This paper presents a comparison of the results obtained through the use of two numerical models for...
Debris flows are a natural hazard phenomenon that occur periodically in steep mountainous terrain an...
The occurrences of debris flow in volcanic mountainous or non-volcanic mountainous areas often cause...
In the last years, the study of debris flow has become very important in the research activity and i...
The graduation thesis treats the comparison of two two-dimensional mathematical models and the resul...
The two-dimensional flood routing model FLO-2D, with the capabilities of simulating non-Newtonian se...
Debris flow is one of Malaysia's natural disasters which could cause casualties and serious infrastr...
The accurate prediction of runout distances, velocities and the knowledge of flow rheology can reduc...
In 1996 typhoon Herb struck the central Taiwan area, causing severe debris flow in many subwatershed...
In order to evaluate the zoning and risk of debris flow gully based on numerical simulation, a set o...
Three two-dimensional (2D) debris-flow simulation models are applied to two large well-documented de...
[[abstract]]Many debris flows in the tropical and mountainous areas, including Taiwan, are triggered...
Due to hilly terrain and frequent heavy rainstorms, debris flow is one of the most common and catast...
It is very important to predict the extent of the damage in order to reduce or prevent damage by the...
With limited resources, authorities should establish a disaster management system to cope with slope...
This paper presents a comparison of the results obtained through the use of two numerical models for...
Debris flows are a natural hazard phenomenon that occur periodically in steep mountainous terrain an...
The occurrences of debris flow in volcanic mountainous or non-volcanic mountainous areas often cause...
In the last years, the study of debris flow has become very important in the research activity and i...
The graduation thesis treats the comparison of two two-dimensional mathematical models and the resul...
The two-dimensional flood routing model FLO-2D, with the capabilities of simulating non-Newtonian se...
Debris flow is one of Malaysia's natural disasters which could cause casualties and serious infrastr...
The accurate prediction of runout distances, velocities and the knowledge of flow rheology can reduc...
In 1996 typhoon Herb struck the central Taiwan area, causing severe debris flow in many subwatershed...
In order to evaluate the zoning and risk of debris flow gully based on numerical simulation, a set o...
Three two-dimensional (2D) debris-flow simulation models are applied to two large well-documented de...
[[abstract]]Many debris flows in the tropical and mountainous areas, including Taiwan, are triggered...
Due to hilly terrain and frequent heavy rainstorms, debris flow is one of the most common and catast...
It is very important to predict the extent of the damage in order to reduce or prevent damage by the...
With limited resources, authorities should establish a disaster management system to cope with slope...
This paper presents a comparison of the results obtained through the use of two numerical models for...
Debris flows are a natural hazard phenomenon that occur periodically in steep mountainous terrain an...
The occurrences of debris flow in volcanic mountainous or non-volcanic mountainous areas often cause...