The book offers a comprehensive exploration of advanced fluid mechanics, focusing on fully developed turbulence. It presents a detailed theory based on E. Hopf's linear functional equation, emphasizing Schauder bases for turbulent flow. The updated edition includes new sections on turbulent pipe flow and variational Hessians, enhancing its pedagogical value for graduate courses. The second part delves into mapping methods, Kolmogorov and Onsager hypotheses, intermittency, and the structural characteristics of turbulent shear flows, making it a vital resource for applied science studies.
