J. Schulten

发表

Numerical results of lifting surface theory -Cat. 4 Benchmark Problem 3rd CAA workshop -

J. Schulten, M. Namba, 2000 .

Experimental validation of a lifting surface theory for rotor-stator interaction noise generation

P. Sijtsma, J. Schulten, E. Rademaker, 1996 .

Effects of asymmetric inflow on near-field propeller noise

J. Schulten, 1996 .

ADVANCED PROPELLER PERFORMANCE CALCULATION BY A LIFTING SURFACE METHOD

Johan B. H. M. Schulten, J. Schulten, 1996 .

Vane sweep effects on rotor/stator interaction noise

Johan B. H. M. Schulten, J. Schulten, 1996 .

The role of productivity in collective bargaining

J. Schulten, T. Haipeter, Jörn Boewe, 2018 .

A Frontal Semi-Characteristics Method for Computational Aeroacoustics

Johan B. H. M. Schulten, Acustica Nova, J. Schulten, 2005 .

Frequency-Domain Method for the Computation of Propeller Acoustics

J. B. H. M. Schulten, J. Schulten, 1988 .

A spectral method for computation of propeller acoustics

J. Schulten, J.B.H.M. Schulten, 1987 .

On the use of characteristics computational aeroacosutics

J.B.H.M. Schulten, J. Schulten, 2002 .

Computation of aircraft noise propagation through the atmospheric boundary layer

J.B.H.M. Schulten, J. Schulten, 1997 .

On the use of characteristics in computational On the use of characteristics in computational On the use of characteristics in computational On the use of characteristics in computational aeroacoustics aeroacoustics aeroacoustics aeroacoustics

J. B. H. M. Schulten, J. Schulten, 2002 .