Ivanov, Svjatoslav IgorevichSvjatoslav IgorevichIvanovTroyankin, AlexanderAlexanderTroyankinGurikov, PavelPavelGurikovKolnoochenko, AndreyAndreyKolnoochenkoMenshutina, NataliaNataliaMenshutina2022-08-162022-08-162011-05Computer aided chemical engineering 29: 136-140 (2011)http://hdl.handle.net/11420/13445This paper presents a cellular automata modeling of the atmospheric freeze drying process with active hydrodynamics. Presented approach makes possible to calculate drying kinetics taking into account internal structure of a particle, as well as heat and mass transfer and phase changes. nVidia CUDA technology and high-performance computer with parallel computing were used for model calculations.enChemieConference Paper10.1016/B978-0-444-53711-9.50028-6Other