TY - BOOK ID - 146292554 TI - Intermittency in Transitional Shear Flows PY - 2021 PB - Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute DB - UniCat KW - Research & information: general KW - Technology: general issues KW - subcritical phenomenon KW - transition to turbulence KW - direct numerical simulation KW - spatio-temporal intermittency KW - channel flow KW - hibernating turbulence KW - hot-film anemometry KW - turbulence KW - turbulent bands KW - obliqueness KW - advection speed KW - wave generation KW - inflectional instability KW - transition to/from turbulence KW - wall-bounded shear flow KW - plane Poiseuille flow KW - spatiotemporal intermittency KW - directed percolation KW - critical phenomena KW - subcritical transition KW - turbulence fraction KW - moment KW - unsteady shear flow KW - turbulence intermittency KW - helical instability KW - puff dynamics KW - phase transition KW - Couette flow KW - lifetimes KW - subcritical phenomenon KW - transition to turbulence KW - direct numerical simulation KW - spatio-temporal intermittency KW - channel flow KW - hibernating turbulence KW - hot-film anemometry KW - turbulence KW - turbulent bands KW - obliqueness KW - advection speed KW - wave generation KW - inflectional instability KW - transition to/from turbulence KW - wall-bounded shear flow KW - plane Poiseuille flow KW - spatiotemporal intermittency KW - directed percolation KW - critical phenomena KW - subcritical transition KW - turbulence fraction KW - moment KW - unsteady shear flow KW - turbulence intermittency KW - helical instability KW - puff dynamics KW - phase transition KW - Couette flow KW - lifetimes UR - https://www.unicat.be/uniCat?func=search&query=sysid:146292554 AB - This book contains original peer-reviewed articles written by some of the most prominent international physicists active in the field of hydrodynamics. The topic is entirely devoted to the study of the transitional regimes of incompressible viscous flow found at the onset of turbulent flows. Nine articles written for this 2020 Special Issue of the journal Entropy (MDPI) have been gathered at the crossroads of fluid mechanics, statistical physics, complexity theory, and applied mathematics. They include experimental, analytic, and computational material of an academic level that has not been published anywhere else. ER -