Ciurca, LenutaPaun, Maria-AlexandraBarhalescu, MihaelaJarcau, MihaelaDumitras, CatalinCorabieru, AnisoaraPaun, Vladimir-AlexandruAgop, MaricelPaun, Viorel-Puiu2023-01-302023-01-302023-01-302022-01-01https://infoscience.epfl.ch/handle/20.500.14299/194475WOS:000897652500015Some non-linear behaviors in the dynamics of complex systems using the Scale Relativity Theory in the form of Multifractal Hydrodynamic Model are analyzed. By assimilating any complex system to a mathematical multifractal-type object, it is shown that the inversion phenomenon in various mediums (temperature inversion in atmospheric structures, inversion of tension fields at Martensite-Austenite transition etc.) can be "mimed " as multifractal tunnel effects.Mathematics, AppliedPhysics, MultidisciplinaryMathematicsPhysicscomplex systemmultifractalscale relativity theorytemperature fields inversiontension fields inversionfractal analysisdiclofenac releasetimeNon-Linear Behaviors In The Dynamics Of Complex Systems Through A Multifractal Hydrodynamic Modeltext::journal::journal article::research article