Engineering topics
Publications and source records attributed to Krause, F. R..
Prediction of heat, mass, species, and momentum fluxes in a space vehicle and aerodynamic noise production by supersonic jet and rocket exhausts requires a predictability of the associated turbulence fields. The hot wire is a technique that will allow an experimental determination of turbulent properties.
Optical cross correlation method for remote sensing applications
Crossed beam monitoring of atmospheric winds and turbulence with two orbiting astronomical telescopes mounted on single spacecraft
Optical methods for remote sensing of local thermodynamic properties and turbulence in model flows or atmosphere
Feasibility and potential of atmospheric crossed- beam experiments
Test arrangement and statistical data analysis for remote sensing of local flow instabilities and turbulence
Base heating of launch vehicles examined by studying heat transfer processes in two- dimensional recirculation zone behind blunt trailing edge in Mach 3 wind tunnel
Optical cross correlation functions for statistical analysis of turbulent flows
Unified treatment to predict turbulent fluxes in hot and multicomponent flows around launch vehicles
Summary of static and dynamic calibrations of hot-wire systems for use in low density flows with high turbulence levels
Wall pressure fluctuations and skin vibrations - free shear layers and oscillating shocks