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31 |
A numerical homogenized law using discrete element method for continuum modelling of boundary value problems
Lecture Notes in Civil Engineering
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Nguyen D.H.;
Combe G.;
Desrues J.;
Nguyen T.K.;
|
Volume 54, 2020, Pages 715-720
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32 |
Applications of Discrete Element Method (DEM) in modeling the impact of dynamic and technological parameters on the material movement on the vibrating screen surface
IOP Conference Series: Materials Science and Engineering
|
Linh N.K.;
Xo N.V.;
|
Volume 843, Issue 1, 2020,
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33 |
Seismic behaviour of rammed earth walls: a time history analysis
Lecture Notes in Civil Engineering
|
Bui T.-T.;
Bui Q.-B.;
|
Volume 54, 2020, Pages 143-148
|
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34 |
Numerical model of hydro–mechanical coupling DEM–PFV and application for simulation of settlement of soil saturated in embankment due to static loading
Lecture Notes in Civil Engineering
|
Luong N.H.P.;
Tong A.T.;
|
Volume 54, 2020, Pages 745-750
|
|
35 |
Correction: Combination of discrete element method and artificial neural network for predicting porosity of gravel-bed river. [Water, 11, 7, (2019) (1461) doi: 10.3390/w11071461]
Water (Switzerland)
|
Rutschmann P.;
Bui M.D.;
|
Volume 12, Issue 2, 2020,
|
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36 |
The prediction of fine sediment distribution in gravel-bed rivers using a combination of DEM and FNN
Water (Switzerland)
|
Rutschmann P.;
Bui M.D.;
|
Volume 12, Issue 6, 2020,
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