Publication List

Journal Articles (J)

  1. JE Alvarez, H Cheng, S Luding, T Weinhart Densification of visco-elastic powders during free and pressure-assisted sintering International Journal of Solids and Structures, 294, 112786 (2024)
  2. JE Alvarez, AH Nijkamp, H Cheng, S Luding, T Weinhart Contact rheological DEM model for visco-elastic powders during laser sintering Granular Matter, 26 (2) (2024)
  3. T Plath, S Luding, T Weinhart Non-dimensionalisation of quadrature method of moments for wet granulation Powder technology, 437, 119490 (2024)
  4. I Ostanin, V Angelikadis, T Plath, S Pourandi, AR Thornton, T Weinhart Rigid clumps in the MercuryDPM particle dynamics code Computer physics communications, 296, 109034 (2024)
  5. M Dosta, D Andre, V Angelidakis, RA Caulk, MA Celigueta, B Chareyre, J-F Dietiker, J Girardot, N Govender, C Hubert, R Kobylka, AF Mourao, V Skorych, DK Weatherley, T Weinhart Comparing open-source DEM frameworks for simulations of common bulk processes Computational Particle Mechanics, 296, 109066 (2024)
  6. H Cheng, S Luding, T Weinhart CG-enriched concurrent multi-scale modeling of dynamic surface interactions between discrete particles and solid continua Acta Mechanica Sinica , 39 (1), 1-14 (2023)
  7. H Cheng, AR Thornton, S Luding, AL Hazel, T Weinhart Concurrent multi-scale modeling of granular materials: Role of coarse-graining in FEM-DEM coupling Computer Methods in Applied Mechanics and Engineering, 403, 115651 (2023) Dataset
  8. E Ortega-Roano, M Souzy, T Weinhart, D van Der Meer , A Marin Clogging of noncohesive suspensions through constrictions using an efficient discrete particle solver with unresolved fluid flow Physical Review E, 108 (6), 064905 (2023) Dataset
  9. D Hernandez-Delfin, T Weinhart, RC Hidalgo Self-diffusion of spherocylindrical particles flowing under non-uniform shear rate Soft Matter , 18 (17), 3335-3341 (2022)
  10. D Hernandez-Delfin, DR Tunuguntla, T Weinhart, RC Hidalgo, AR Thornton Shape matters: Competing mechanisms of particle shape segregation Physical Review E , 106 (5), 054614 (2022)
  11. JE Alvarez, H Snijder, T Vaneker, H Cheng, AR Thornton, S Luding, T Weinhart Visco-elastic sintering kinetics in virgin and aged polymer powders Powder technology, 397, 117000 (2022) Dataset
  12. H Cheng, T Weinhart On the conservation properties of CG-enriched concurrent coupling methods for multi-scale modeling of granular materials Chinese Journal of Computational Mechanics , 39 (3), 373-380 (2022)
  13. T Plath, C Korte, R Sivanesapillai, T Weinhart Parametric study of residence time distributions and granulation kinetics as a basis for process modeling of twin-screw wet granulation Pharmaceutics , 13 (5), 645 (2021) Dataset
  14. S Roy, S Luding, WK Den Otter, AR Thornton, T Weinhart Drift-diffusive liquid migration in partly saturated sheared granular media Journal of fluid mechanics, 915 (2021)
  15. MY Shaheen, AR Thornton, S Luding, T Weinhart The influence of material and process parameters on powder spreading in additive manufacturing Powder technology, 383, 564-583 (2021)
  16. T Weinhart, L Orefice, M Post, MP van Schrojenstein Lantman, IFC Denissen, DR Tunuguntla, JMFT Tsang, H Cheng, MY Shaheen, H Shi, P Rapino, E Grannonio, N Losacco, J Barbosa, L Jing, JE Alvarez Naranjo, S Roy, W den Otter, AR Thornton Fast, flexible particle simulations -- An introduction to MercuryDPM Computer Physics Communications, 107129 (2020)
  17. Shi, Roy, Weinhart, Magnanimo, Luding Steady State Rheology of Homogeneous and Inhomogeneous Cohesive Granular Materials Granular Matter, 22 (1), 1-20 (2020)
  18. Pagano, Magnanimo, Weinhart, Tarantino Exploring the micromechanics of non-active clays via virtual DEM experiments Geotechnique, 70 (4), 303-316 (2020)
  19. Roy, Scheper, Polman, Thornton, Tunuguntla, Luding, Weinhart Surface flow profiles for dry and wet granular materials by Particle Tracking Velocimetry; the effect of wall roughness European Physical Journal E, 42: 14 (2019) Appeared on the cover of EPJE.
  20. Denissen, Weinhart, te Voortwis, Luding, Gray, Thornton Bulbous head formation in bidisperse shallow granular flow over an inclined plane Journal of Fluid Mechanics, 866, 263-297 (2019) abstract
  21. Roy, Luding, Weinhart, Liquid re-distribution in sheared wet granular media Physical Review E, 98, 052906 (2018) preprint
  22. vd Vaart, Thornton, Johnson, Weinhart, Jing, Gajjar, Gray, Ancey Breaking size-segregation waves and mobility feedback in dense granular avalanches, Granular Matter , 20 3, 46 (2018)
  23. Hidalgo, Szabo, Gillemot, Borzsonyi, Weinhart Rheological response of nonspherical granular flows down an incline Phys. Rev. Fluids, 3, 074301 (2018)
  24. vd Vaart, Lantman, Weinhart, Luding, Ancey Segregation of large particles in dense granular flows: A granular Saffman effect? Phys. Rev. Fluids, 3, 074303 (2018) preprint
  25. Roy, Luding, WeinhartA general(ized) local rheology for wet granular materials New Journal of Physics, 19 (4), 043014 (2017) preprint
  26. Tunuguntla, Thornton, WeinhartComparing and contrasting size-based particle segregation models Computational Particle Mechanics 4, 4 (2017) preprint
  27. Tunuguntla, Thornton, WeinhartFrom discrete elements to continuum fields: Extension to bidisperse systems Computational Particle Mechanics 3(3), 349-365 (2016) preprint
  28. Weinhart, Labra, Luding, Ooi Influence of coarse-graining parameters on the analysis of silo flow Powder Technology 293, 138-148 (2016) preprint
  29. Rubio Largo, Alonso-Marroquin, Weinhart, Luding, HidalgoHomogeneous cooling state of frictionless rod particles Phys. A 443(1)477-485, (2016) preprint
  30. Imole, Krijgsman, Weinhart, Magnanimo, Edgar, Ramaioli, LudingExperiments & Discrete Element Simulation of the Dosing of Cohesive Powders Powder Technology 287, 108-120 (2016) preprint
  31. Roy, Singh, Luding, WeinhartMicro-Macro Transition and Simplified Contact Models for Wet Granular Materials Computational Particle Mechanics 3(4), 449-462 (2016) preprint
  32. Fuchs and Weinhart (joint 1st author), Meyer, Zhuang, Staedler, Jiang, Luding, Rolling, sliding and torsion of micron-sized silica particles Granular Matter 16(3), 281-297 (2014) preprint
  33. Windows-Yule, Weinhart, Parker, ThorntonEffects of system packing on the segregation behaviours of granular systems Physical Review Letters 112(9), 098001 (2014) preprint
  34. Adjerid, WeinhartAsymptotically Correct Discontinuous Galerkin error estimates for linear symmetric hyperbolic systems Applied Numerical Mathematics 76, 101-131 (2014) preprint
  35. Windows-Yule, Weinhart, Parker, ThorntonThe influence of thermal convection on density segregation in a vibrated binary granular system Physical Review E 89(2), 022202 (2014) preprint
  36. Weinhart, Hartkamp, Thornton, LudingCoarse-grained local and objective continuum description of three-dimensional granular flows down an inclined surface Physics of Fluids 25(7), 070605 (2013) preprint
  37. Thornton, Weinhart, Ogarko, LudingMulti-scale modeling of multi-component granular materials Computer Methods in Materials Science 13(2), 1-16 (2013) preprint
  38. Thornton, Weinhart, Luding, BokhoveModeling of particle size segregation: Calibration using the discrete particle method International Journal of Modern Physics C 23(8), 1240014 (2012) preprint
  39. Hartkamp, Ghosh, Weinhart and LudingA study of the anisotropy of stress in a fluid confined in a nanochannel J Chem Phys 137, 044711 (2012) preprint
  40. Weinhart, Thornton, Luding, BokhoveFrom discrete particles to continuum fields near a boundary Granular Matter 14(2), 289-294 (2012) preprint
  41. Thornton, Weinhart, Luding, BokhoveFrictional dependence of shallow-granular flows from discrete particle simulations Eur Phys J E 35, 127 (2012) preprint
  42. Weinhart, Thornton, Luding, BokhoveClosure Relations for Shallow Granular Flows from Particle Simulations Granular Matter 14(4), 531-552 (2012) preprint
  43. Adjerid, WeinhartDiscontinuous Galerkin error estimation for linear symmetrizable hyperbolic systems Mathematics of Computation 80, 1335-1367 (2011) preprint
  44. Adjerid, WeinhartDiscontinuous Galerkin error estimation for linear symmetric hyperbolic systems Computer Methods in Applied Mechanics & Engineering 198(37-40), 3113-3129 (2009) preprint

Refereed conference proceedings (C)

  1. AR Thornton, Q Nguyen, H Polman, M Post, J Bisschop, R Weinhart-Mejia, D Fitzsimmons, M Vesal, T Plath, I Ostanin, T Weinhart Simulating industrial scenarios: with the open-source software MercuryDPM VIII International Conference on Particle-Based Methods (PARTICLES) (2023)
  2. AR Thornton, T Plath, I Ostanin, H Götz, JW Bisschop, M Hassan, R Roeplal, X Wang, S Pourandi, T Weinhart Recent Advances in MercuryDPM Mathematics in Computer Science , 17 (2), 13 (2023)
  3. H Cheng, V Magnanimo, T Shuku, S Luding, T Weinhart, Bayesian Uncertainty Quantification for Geomechanical Models at Micro and Macro Scales IACMAG 2021. Lecture Notes in Civil Engineering, vol 125. (2021)
  4. JE Alvarez, H Snijder, T Vaneker, H Cheng, S Luding, T Weinhart Neck growth kinetics during polymer sintering for powder-based processes EPJ Web of Conferences 249, Conf. proc. of Powders & Grains (2021)
  5. Shaheen, Thornton, Luding, Weinhart, Discrete particle simulation of the spreading process in additive manufacturing Proc. 8th International Conference on Discrete Element (2019) preprint
  6. Thornton, Post, Orefice, Rapino, Roy, Polman, Shaheen, Alvarez Naranjo, Cheng, Jing, Shi, Mbaziira, Roeplal, Weinhart, Faster, more flexible particle simulations: The future of MercuryDPM Proc. 8th International Conference on Discrete Element (2019) preprint
  7. Weinhart, Post, Denissen, Tunuguntla, Grannonio, Losacco, Tsang, Barbosa, den Otter, Thornton, Fast, flexible particle simulations: An introduction to MercuryDPM Proc. 8th International Conference on Discrete Element (2019) preprint
  8. Weinhart, Tunuguntla, van Schrojenstein Lantman, Denissen, Windows-Yule, Polman, Tsang, Jin, Orefice, van der Vaart, Roy, Shi, Pagano, den Breeijen, Scheper, Jarray, Luding, Thornton MercuryDPM: Fast and flexible particle simulations in complex geometries, Part B: Applications Conference on Particle-Based Methods (PARTICLES) 2017 preprint
  9. Roy, Luding, WeinhartEffect of cohesion on local compaction and granulation of sheared granular materials EPJ Web Conf. 140, Powders and Grains (2017) preprint
  10. Fuchs, Weinhart, Ye, Luding, Butt, KapplInitial stage sintering of polymer particles EPJ Web Conf. 140, Powders and Grains (2017) preprint
  11. Pagano, Tarantino, Pedrotti, Magnanimo, Windows-Yule, WeinhartMicromechanics of non-active clays in saturated state and DEM modelling EPJ Web Conf. 140, Powders and Grains (2017) preprint
  12. Hidalgo, Rubio-Largo, Alonso-Marroquin, WeinhartNon-spherical granular flows down inclined chutes EPJ Web Conf. 140, Powders and Grains (2017) preprint
  13. Weinhart, Tunuguntla, van Schrojenstein Lantman, van der Horn, Denissen, Windows-Yule, de Jong, ThorntonMercuryDPM: A fast and flexible particle solver Part A: Technical Advances Springer Proceedings in Physics 188, 1353-1360, DEM (2016) preprint
  14. Luding, Singh, Roy, Vescovi, Weinhart, and MagnanimoFrom particles in steady state shear bands via micro-macro to macroscopic rheology laws Springer Proceedings in Physics 188, 13-19, DEM (2016) preprint
  15. Fuchs, Ye, Weinhart, Luding, Butt, Kappl Sintering of polymer particle - Experiments and modelling of temperature- and time-dependent contacts Proc. International Congress on Particle Technology, Partec (2016) preprint
  16. Roy, Luding, WeinhartMacroscopic bulk cohesion and torque for wet granular materials Proc. 8th Conference for Conveying and Handling of Particulate Solids, CHoPS (2015) preprint
  17. Roy, Luding, WeinhartTowards hydrodynamic simulations of wet particle systems Procedia engineering 102, 1531-1538 (2014) preprint
  18. Fuchs, Weinhart, Meyer, Zhuang, Staedler, Jiang, LudingWhen Particles Meet Nanoindentation: A Novel Strategy for Studying Particle Motion and Particle/Surface Interaction MRS Proceedings 1652 (2014) preprint
  19. Thornton, Krijgsman, de Voortwis, Orgarko, Luding, Fransen, Gonzalez, Bokhove, Imole, WeinhartA review of recent work on the Discrete Particle Method at the University of Twente: An introduction to the open- source package MercuryDPM Proc. 6th Conference on Discrete Element Methods (2013) preprint
  20. Weinhart, Luding, ThorntonFrom discrete particles to continuum fields in mixtures AIP Proceedings 1542, 1202 (2013) preprint

Text books (B)

  1. T Weinhart, AR Thornton, I Ostanin, E van der Weide, G van Zwieten, B Uekermann, A Hazel Scientific computing with open-source software OER Commons (2024)
  2. Weinhart, Fuchs, Kappl, Staedler, Luding Sintering -- pressure and temperature-dependent contact models Particles in Contact, Eds: Sergiy Antonyuk, p. 311-338 (2019) preprint
  3. Luding, Rivas, Weinhart From soft and hard particle simulations to continuum theory for granular flows ALERT Geomaterials Doctoral School (2017) preprint
  4. Tunuguntla, Weinhart, Thornton Discrete particle simulations with MercuryDPM ALERT Geomaterials Doctoral School (2017) preprint

Non-refereed articles (N)

  1. T Weinhart, J Lechman, T PöschelEditorial: Fragmentation and abrasion in granular matter systems Computational Particle Mechanics 8 (5), , 1003-1004 (2021)
  2. Weinhart, Thornton, EinavEditorial: Modelling and computational challenges in granular materials Computational Particle Mechanics 3(3), 291-292 (2015) preprint
  3. Weinhart, Tunuguntla, Thornton, LudingPhysik der Lawinen Physik-Journal September Issue, 31 (2016) preprint
  4. Weinhart, Tunuguntla, Windows-Yule, de Jong, van der Horn, Denissen, ThorntonMercuryDPM: Fast and flexible particle simulations in complex geometries Australian Bulk Handling Review September Issue (2015) preprint
  5. Thornton, Krijgsman, Fransen, Gonzalez, Tunuguntla, ten Voortwis, Luding, Bokhove, WeinhartMercury-DPM: Fast particle simulations in complex geometries EnginSoft's SBE&S Magazine 10(1), 48-53 (2013) preprint
  6. Thornton, Weinhart, Bokhove, et alModeling, optimization of algae growth Proc. 72nd European Study Group Mathematics with Industry, CWI, 54-85 (2010) preprint

Datasets (D)

  1. H Cheng, AR Thornton, S Luding, AL Hazel, T Weinhart Dataset for Concurrent multi-scale modeling of granular materials: Role of coarse-graining in FEM-DEM coupling Github (2022)
  2. JE Alvarez, H Snijder, T Vaneker, H Cheng, AR Thornton, S Luding, T Weinhart Dataset for Visco-elastic sintering kinetics in virgin and aged polymer powders Figshare (2021)
  3. T Plath, C Korte, R Sivanesapillai, T Weinhart Dataset as a basis for process modeling of twin-screw wet granulation: A parametric study of residence time distributions and granulation kinetics. 4TU.ResearchData (2021)

Selected Abstracts (A)

  1. Denissen, Weinhart, Luding and Thornton, Front formation in bidispersed shallow chute flows Seventh Conference on Coupled Problems 2017
  2. Gladkyy, Roy, Weinhart, Luding, Schwarze, DEM simulations of weakly wetted granular materials: implementation of capillary bridge models Fourth Conference on Particle-Based Methods (PARTICLES 2015) preprint
  3. Richardson, Blum, Weinhart, Schwartz, Michel, Walsh, Numerical simulations of landslides calibrated against laboratory experiments for application to asteroid surface processes AAS/Div. for Planetary Sciences Meeting Abstr. 44 (2012) preprint
  4. Courtland, Thornton, Weinhart, Bokhove, Connor, Tephra Flows on Cinder Cones: A Numerical Approach AGU Fall Meeting Abstracts 1, 2692 (2012) preprint
  5. Julianto, Ambati, Bokhove, van der Vegt, Weinhart, Thornton, Discontinuous Galerkin implementation with hpGEM ECCOMAS Meeting Abstracts (2010) preprint

Student's Theses (S)

  1. Hydrodynamic theory of wet particle systems S Roy, PhD thesis (2018)
  2. Polydisperse granular flows over inclined channels D Tunuguntla, PhD thesis (2015)
  3. A Molecular Dynamics study of non-Newtonian flows of simple fluids in confined and unconfined geometries R Hartkamp, PhD thesis (2013)
  4. Closure laws for granular, shallow-layer, bi-dispersed flows down an inclined chute A te Voortwis, MSc thesis (2013) preprint
  5. Experiments and prediction of the spreading behavior of fibrous tows by means of the Discrete Element Method AA Bakhtiary Davijani, MSc thesis (2012) preprint
  6. Modeling granular flows impinging on an inclined plane with use of an open source DPM code in 3D R Fransen, MSc thesis, cum laude (2012)

My Thesis (T)

  1. A Posteriori Error Analysis of the Discontinuous Galerkin Method for Linear Hyperbolic Systems of Conservation Laws T Weinhart, PhD Thesis, Virginia Polytechnic Institute and State University (2009) preprint