Zoukit, A.Elferouali, H.Salhi, I.Doubabi, S.Abdenouri, Naji2019-02-192019-02-192018-09-079788490486887https://riunet.upv.es/handle/10251/116838[EN] The main goal of this paper, is to propose a multivariable control model (MM) issued from CFD study of an innovative hybrid solar-gas dryer to simulate the drying chamber temperature in three modes of operation: Solar mode, Gas mode and hybrid mode. There is an indirect heating of drying air instead of direct heating inside the drying chamber. The air temperature obtained by CFD is still closed to one obtained by multivariable model (MM) with an RMSE under 2.31. the proposed multivariable model leads to a quick output parameters estimation related to each clilmate conditions and so, to an easy control of a hybrid solar dryer.8Reconocimiento - No comercial - Sin obra derivada (by-nc-nd)DryingDehydrationDewateringEmerging technologiesProducts qualityProcess controlEnvironmentalEvaporationSublimationDiffusionEnergyIntensificationHbrid dryerMultivariable modelSolar dryer simulationSolar dryer controlLeast square methodsCapítulo de libro10.4995/IDS2018.2018.7523Abierto