Posters NH3.7/GM7.4/SSS13.48
NH3.7/GM7.4/SSS13.48 Mechanics of Mass Flows (co-organized) |
Convener: Roland Kaitna | Co-Conveners: Brian McArdell , Jim McElwaine , Elisabeth Bowman |
Attendance Time: Monday, 9 April 2018, 17:30–19:00 Hall X1 Chairperson: Elisabeth Bowman |
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X1.104
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EGU2018-17999
Observations of shear and normal forces in debris flows at the Illgraben observation station Brian McArdell and Christoph Graf |
X1.105
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EGU2018-1837
Effects of magnitude-frequency distribution on debris-flow avulsions and fan development Tjalling de Haas, Anne Kruijt, and Alex Densmore |
X1.106
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EGU2018-18811
Landslides –mudflows – flood inundation multihazard observed in the July 2017 Northern Kyushu heavy rainstorm disaster, Japan Hiroshi Fukuoka, Hemanta Hazarika, Yasuhiro Yasuda, Dabycharun Bhoopendra, and Takumi Igarashi |
X1.107
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EGU2018-5566
| presentation
Estimation of Debris-Flow Magnitude In The Serra Do Mar, Sao Paulo State, Brazil Using Morphological Characteristics Watersheds Vivian Cristina Dias, Helen Cristina Dias, Rebeca Durço Coelho, Bianca Carvalho Vieira, Tiago Damas Martins, and Marcelo Fischer Gramani |
X1.108
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EGU2018-5835
Effects of grain size composition on the representative diameter of debris flows: Laboratory experiments with bidispersive granular materials Yuichi Sakai, Norifumi Hotta, Takahiro Kaneko, and Tomoyuki Iwata |
X1.109 |
EGU2018-12261
Evolution of particle morphology with shearing (withdrawn after no-show) Lu Zuo, Sergio Lourenco, Beatrice Baudet, Gong-Hui Wang, Toshitaka Kamai, and Tiago Alves |
X1.110
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EGU2018-8130
Experimental analysis on coarse-grained debris flows propagation Laura Stancanelli, Carlo Gregoretti, and Stefano Lanzoni |
X1.111
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EGU2018-19307
Centrifuge modelling of slope stabilized by piles Guoping Lei and Wei Wu |
X1.112 |
EGU2018-19800
Granular flows in inclined channels (withdrawn) Deepak Tunuguntla, Irana Denissen, Thomas Weinhart, and Anthony Thornton |
X1.113
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EGU2018-13069
Axisymmetric granular collapse: underlying invariance of granular dynamic ? Emmanuel Wyser and Michel Jaboyedoff |
X1.114
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EGU2018-1104
Full dimensional simulations of flow-obstacle-interactions in a channel with a novel generalized quasi two-phase mixture model Khim B. Khattri, Puskar R. Pokhrel, Bhadra Man Tuladhar, and Shiva P. Pudasaini |
X1.115
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EGU2018-169
A experimental study on the planar granular column collapse Gustavo Adolfo Pinzon Forero and Miguel Angel Cabrera |
X1.116
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EGU2018-1555
Numerical Investigation of Debris Flows on General Topography with Pore Pressure Evolution Julian Heß, Yih-Chin Tai, and Yongqi Wang |
X1.117
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EGU2018-3786
Simple rheology unifying dense and dilute granular flows Thomas Pähtz, Orencio Durán, Dawie de Klerk, and Indresan Govender |
X1.118
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EGU2018-7896
An N-point-mass landslide model Glauco Gallotti and Stefano Tinti |
X1.120
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EGU2018-13683
Analysis of curvature effects for frictional rheologies in thin-layer depth-averaged flow propagation models Marc Peruzzetto, Anne Mangeney, Clara Levy, Yannick Thiery, Gilles Grandjean, Karim Kelfoun, and François Bouchut |
X1.121
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EGU2018-16510
Shallow landslide size distributions controlled by the form, amplitude, and spatial correlation of strength variability across landscapes Dino Bellugi, David G. Milledge, Laurel G. Larsen, William E. Dietrich, and Kurt M. Cuffey |
X1.122
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EGU2018-19494
A full-scale numerical tool for debris flow simulation based on the lattice-Boltzmann method Alessandro Leonardi and Marina Pirulli |
X1.123
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EGU2018-1097
A novel and generalized quasi two-phase mass flow model: Full-dimensional channel flow simulations Puskar R. Pokhrel, Khim B. Khattri, Bhadra Man Tuladhar, and Shiva P Pudasaini |
X1.124
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EGU2018-9252
Simulating multi-stage landslide dam breach flooding in a multi-hazard model. Bastian Bout, Chenxiao Tang, Cees Westen, and Victor Jetten |
X1.125
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EGU2018-7595
Evaluating the effect of the DEM’s resolution on landslide run-out models, using some Norwegian case studies Martin A. Michalsen, Graziella Devoli, and Byron Quan Luna |
X1.126
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EGU2018-12234
Preliminary results from the back-analysis of 24 rock avalanche case histories using a numerical model Jordan Aaron and Scott McDougall |