.. Ii-)-l-'énergie-de-turbulence, 141 II.1) Distribution de l'énergie de turbulence141 II.2) Spectre monodimensionnel de, 142 II.3) Nombre d'onde et spectre tridimensionnel, p.142

I. , L. Échelles-eulériennes, and .. , 144 III.1) L'échelle intégrale de temps144 III.2) L'échelle intégrale de longueur, 145 III.3) Turbulence homogène et145 III.4) Le taux de dissipation de l'énergie, p.146

.. Micro-Échelle-spatiale-de-kolmogorov, 147 IV) Détermination des densités spectrales d'énergie148 IV.1) Théorie du signal148 IV.2) Les diverses méthodes de calcul148 IV.2.1) La méthode des interpolations, 149 IV.2.2) La méthode des produits à intervalles, p.149

M. La-méthode-spectrale-directe-(, 149 IV.2.4) La méthode des produits à intervalles, p.149

.. Taux-de-dissipation-de-l-'énergie-cinétique, 158 V.7.1) Les évolutions axiales dans le champ proche, ) Valeur asymptotique du taux de dissipation longitudinal .......161 V.7.4) Utilisation du diamètre équivalent, p.162

I. Un-paramètre, 166 VI) Exploration du domaine inertiel, p.167

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