A new approach to the Navier Stokes equations
Turbulence - The Millennium Stokes Problem
The website shall cite passages, statements, articles and further results concerning the statement of the title
The responsibility of this site is with:
Prof. Dr. Hans Paul Drescherhanspaul.drescher@budi.de
Proposals and remarks shall be made directly to the responsible person.
The present focus of the site is on the following consequences:
01
For high Reynolds Couette flow Navier-Stokes solutions contradict the minimum dissipation requirement of the Thermodynamics of Irreversible Processes.
02
The theory of hydrodynamic instability ignores a significant energy deficit during transition to turbulence.
03
The exact solution of the “1. Stokes-Problem” (1851) results in un-physical high dissipation rates.
04
For the transition between different flow mechanism (laminar, turbulent, non-local, corpuscular) the minimum dissipation requirement gives significant statements.
05
The minimum dissipation requirement explains maximum turbulent dimensions. The resulting non-local physical character of turbulence cannot be described by the local Navier-Stokes equations (“fundamental paradox”).
