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Erosion by experimental debris flows: Particle size effects
A. Ghasemi
, R. Kaitna
, P. Fritton
, B. T. Blankenship
, Q. Feng
, A. Densmore
, T. de Haas
,
K. M. Hill
Civil, Environmental, and Geo- Engineering
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
1
Scopus citations
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Dive into the research topics of 'Erosion by experimental debris flows: Particle size effects'. Together they form a unique fingerprint.
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Keyphrases
Debris Flow
100%
Particle Size Effect
100%
Erosion Rate
66%
Coarse Particles
66%
Scale Interaction
66%
Surface Material
33%
Particle-laden Flow
33%
Gravel
33%
Landscape Evolution
33%
Bank Erosion
33%
Mesoscopic
33%
Hazard Mitigation
33%
Particle Concentration
33%
Hillside
33%
Particle Scale
33%
Size Dependence
33%
Phenomenology
33%
Fine Particles
33%
Angle of Repose
33%
Boulders
33%
Net Erosion
33%
Sand with Fines
33%
Noisiness
33%
Grain Effect
33%
Bedding Material
33%
Engineering
Limitations
100%
Coarse Particle
100%
Size Effect
100%
Multiple Scale
50%
Particle Concentration
50%
Fine Sand
50%
Bed Material
50%
Surface Material
50%
Noisiness
50%
Earth and Planetary Sciences
Size Effect
100%
Debris Flow
100%
Erosion Rate
66%
Landscape Evolution
33%
Laboratory Experiment
33%