A conjucture Turbulence subjected to cyclic strain always decays.

Modelling the response of turbulence subjected to cyclic irrotational strain.

Computational study of joint effect of shear, compression and swirl on flow and turbulence in a valveless piston-cylinder assembly.

Separation-Induced Transition to Turbulence: Second-Moment Closure Modelling.

Modelling turbulence transition with a second-moment closure.

Reynolds-Spannungsmodellierung von Transitionsvorgängen

Study and Modelling of Near Wall Turbulence in IC Engines - Numerical Part. Joule III Final Report

Second-Moment Closure Modelling of Transitional and Unsteady Turbulent Flows

Modelling of Separation-induced Transition to Turbulence with a Second Moment Closure

Modelling Turbulent Wall Flows Subjected to Strong Pressure Variations

Improvement of Turbulence Modelling for Internal Combustion Engines, Progress Report 1 January 1998 - 30 June 1998

Improvement of Turbulence Modelling for Internal Combustion Engines, Progress Report 1 July 1997 - 31 December 1997

Two Dimensional Flow and Heat Transfer over a Smooth Wall 'roughened' with Square Sectioned Ribs (Description of Numerical Aspects and Turbulence Models)

Wall-jets and flows over Wall-mounted cubical obstacles

Modelling the Turbulent Wall Flows Subjected to Strong Pressure Variations

Improvement of Turbulence Modelling for International Combustion Engines, First Periodic Report

Expanding the Limits of 'Equilibrium' Second Moment Turbulence Closures

Improvement of Turbulence Modelling for Internal Combustion Engines, Midterm Report

Modelling the transition phenomena with statistical turbulence closure models

Description of numerical methodology for testcase 4.5