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The development of a quasi-linear gyrokinetic transport model for tokamakplasmas, ultimately designed to provide physically comprehensive predictions ofthe time evolution of the thermodynamic relevant quantities, is a task thatrequires tight links among theoretical, experimental and numerical studies. Theframework of the model here proposed, which operates a reduction of complexityon the nonlinear self-organizing plasma dynamics, allows in fact multiplevalidations of the current understanding of the tokamak micro-turbulence. Themain outcomes of this work stem from the fundamental steps involved by theformulation of such a reduced transport model, namely: (1) the verification ofthe quasi-linear plasma response against the nonlinearly computed solution, (2)the improvement of the turbulent saturation model through an accuratevalidation of the nonlinear codes against the turbulence measurements, (3) theintegration of the quasi-linear model within an integrated transport solver.

A quasi-linear gyrokinetic transport model for tokamak plasmas