Phase-field modelling of directional melting of lamellar and rod eutectic structures, Pusztai, Tamás, Rátkai László, Horváth Levente, and Gránásy László , Acta Materialia, Volume 227, p.117678, (2022)

Phase field benchmark problems for nucleation, Wu, W., Montiel D., Guyer J.E., Voorhees P.W., JA Warren, Wheeler D., Gránásy L, T Pusztai, and Heinonen O.G. , Computational Materials Science, Volume 193, p.110371, (2021)

Three-dimensional numerical simulation of droplet formation by Rayleigh–Taylor instability in multiphase corium, Zanella, R., Le Tellier R., Plapp Mathis, Tegze György, and Henry Hervé , Nuclear Engineering and Design, Volume 379, p.111177, (2021)

Two- and three-dimensional simulations of Rayleigh–Taylor instabilities using a coupled Cahn–Hilliard/Navier–Stokes model, Zanella, R., Tegze G., Le Tellier R., and Henry H. , Physics of Fluids, Volume 32, p.124115, (2020)

Ultrafine Fe-Fe2Ti eutectics by directed energy deposition: Insights into microstructure formation based on experimental techniques and phase field modelling, Requena, G., Bugelnig K., Sket F., Milenkovic S., Rödler G., Weisheit A., Gussone J., Haubrich J., Barriobero-Vila P., Pusztai Tamás, et al. , Additive Manufacturing, Volume 33, p.101133, (2020)

Ultrafine Fe-Fe2Ti eutectics by directed energy deposition: Insights into microstructure formation based on experimental techniques and phase field modelling, Requena, G., Bugelnig K., Sket F., Milenkovic S., Rödler G., Weisheit A., Gussone J., Haubrich J., Barriobero-Vila P., Pusztai Tamás, et al. , Additive Manufacturing, Volume 33, p.101133, (2020)

Kinetics of coarsening have dramatic effects on the microstructure: Self-similarity breakdown induced by viscosity contrast, Henry, Hervé, and Tegze György , Phys. Rev. E, Volume 100, Issue 1, p.013116, (2019)

Self-similarity and coarsening rate of a convecting bicontinuous phase separating mixture: Effect of the viscosity contrast, Henry, Hervé, and György Tegze , Phys. Rev. Fluids, Volume 3, Issue 7, p.074306, (2018)

Grain coarsening in two-dimensional phase-field models with an orientation field, Korbuly, Bálint, Pusztai Tamás, Henry Hervé, Plapp Mathis, Apel Markus, and Gránásy László , Physical Review E, Volume 95, p.053303, (2017)

Orientation-field models for polycrystalline solidification: grain coarsening and complex growth forms, Korbuly, Bálint, Pusztai Tamás, Tóth Gyula, Henry Hervé, Plapp Mathis, and Gránásy László , Journal of Crystal Growth, Volume 457, p.37, (2017)

Topological defects in two-dimensional orientation-field models for grain growth, Korbuly, Bálint, Plapp Mathis, Henry Hervé, Warren James A., Gránásy László, and Pusztai Tamás , Physical Review E, Volume 96, Issue 5, p.052802, (2017)

Growth control of peptide-nanotube spherulitic films: Experiments and simulations, Hendler, Netta, Mentovich Elad, Korbuly Bálint, Pusztai Tamás, Gránásy László, and Richter Shachar , Nano Research, 11/2015, Volume 8, Issue 11, p.3630-3638, (2015)

3D Lattice Boltzmann flow simulations through dendritic mushy zones, Ludwig, A, Kharicha A, Hölzl C, Domitner J, Wu M, and Pusztai Tamás , Engineering Analysis With Boundary Elements, Volume 41, (2014)

Advances of and by phase-field modelling in condensed-matter physics (vol 57, pg 1, 2008), Hecht, U, Gránásy László, Pusztai Tamás, Böttger B, Apel Markus, Witusiewicz V, Ratke L, De Wilde J, Froyen L, Camel D, et al. , Advances In Physics, Volume 59, Issue 3, p.257-259, (2010)

Classical density functional theory methods in soft and hard matter PREFACE, Haataja, Mikko, Gránásy László, and Löwen Hartmut , Journal of Physics-Condensed Matter, Volume 22, Issue 36, p.360301, (2010)

Nucleation and phase selection in undercooled melts: Magnetic alloys of industrial relevance (MAGNEPHAS), Löser, W, Hermann R, Woodcock TG, Fransaer J, Krivilyov M, Gránásy László, Pusztai Tamás, Tóth Gyula, Herlach DM, Holland-Moritz D, et al. , Journal of The Japan Society of Microgravity Application, Volume 25, Issue 3, p.495-500, (2008)

Nucleation and phase selection in undercooled melts: Magnetic alloys of industrial relevance (MAGNEPHAS), Löser, W, Hermann R, Woodcock TG, Fransaer J, Krivilyov M, Gránásy László, Pusztai Tamás, Tóth Gyula, Herlach DM, Holland-Moritz D, et al. , Journal of The Japan Society of Microgravity Application, Volume 25, Issue 3, p.495-500, (2008)

Nucleation and phase selection in undercooled melts: Magnetic alloys of industrial relevance (MAGNEPHAS), Löser, W, Hermann R, Woodcock TG, Fransaer J, Krivilyov M, Gránásy László, Pusztai Tamás, Tóth Gyula, Herlach DM, Holland-Moritz D, et al. , Journal of The Japan Society of Microgravity Application, Volume 25, Issue 3, p.495-500, (2008)

Lead-free bearing alloys for engine applications results of the ESA-MAP project MONOPHAS, Ratke, L, Brück S, R Mathiesen, A Ludwig, Gruber-Pretzler M, B Tonn, K Gzovskyy, Gránásy László, G Tegze, J Agren, et al. , Transactions of The Indian Institute of Metals, Volume 60, p.103-111, (2007)

The phase field theory applied to CO2 and CH4 hydrate, Svandal, A, Kvamme Bjørn, Gránásy László, Pusztai Tamás, Buanes T, and Hove J , Journal of Crystal Growth, Volume 287, Issue 2, p.486-490, (2006)

Multiphase solidification in multicomponent alloys, Hecht, U, Gránásy László, Pusztai Tamás, Böttger B, Apel Markus, Witusiewicz V, Ratke L, DeWilde J, Froyen L, Camel D, et al. , Materials Science & Engineering R-Reports, Volume 46, Issue 1-2, p.1-49, (2004)

Interface magnetoresistance of Fe/Ag multilayers, Balogh, J, Vincze I, Kaptás D, Kemény T, Pusztai Tamás, Kiss LF, Szilagyi E, Zolnai Z, Kezsmarki I, Halbritter A, et al. , Physica Status Solidi A-Applied Research, Volume 189, Issue 3, p.621-624, (2002)

Study and modelling of nucleation and phase selection phenomena: Application to refractory metals and alloys from drop-tube processing., Vinet, B, Berne C, Desré PJ, Fecht HJ, Fredriksson H, Gránásy László, Greer AL, Hermann R, Löser W, Magnusson L, et al. , First International Symposium On Microgravity Research & Applications In Physical Sciences and Biotechnology, p.1123-1130, (2000)

Study and modelling of nucleation and phase selection phenomena in undercooled melts: Application to magnetic alloys of industrial relevance, Löser, W, Hermann R, Volkmann TH, Herlach DM, Mullis A, Gránásy László, Vinet B, and Matson D , First International Symposium On Microgravity Research & Applications In Physical Sciences and Biotechnology, p.663-668, (2000)

Study and modelling of nucleation and phase selection phenomena in undercooled melts: Application to magnetic alloys of industrial relevance, Löser, W, Hermann R, Volkmann TH, Herlach DM, Mullis A, Gránásy László, Vinet B, and Matson D , First International Symposium On Microgravity Research & Applications In Physical Sciences and Biotechnology, p.663-668, (2000)

Undercooled melts: science, technology and applicationUtilisation of the International Space Station 2, Herlach, DM, Bender W, Gránásy László, Garcia-Escorial A, Greer AL, Kolb M, Kurz W, Löser W, Ludwig A, Sahm PR, et al. , p.315-322, (1999)

Absence of evidences of decomposition of Fe2B during mechanical grinding, Balogh, J, Horvath ZE, Pusztai Tamás, Kemény T, and Vincze I , Physical Review B Condensed Matter, Volume B57, p.29-32, (1998)

Diffuse interface model of nucleation, Gránásy, László, Pusztai Tamás, and Hartmann E , Journal of Crystal Growth, Volume 167, p.756-765, (1996)

Diffuse interface approach to crystal nucleation in glasses, Gránásy, László, and Herlach DM , Journal of Non-Crystalline Solids, Volume 192-193, p.470-473, (1995)

Diffuse interface model of bulk heterogeneous nucleation, Gránásy, László, Egry I, Ratke J, and Herlach DM , Scripta Metallurgica Et Materialia, Volume 31, p.601-606, (1994)