A hot-film sensor was flush-mounted in the wall of a four-inch pipe and was calibrated as a function of wall shear stress. Flows with water and with homogeneous aqueous solutions of Polyox WSR-301 were utilized. The heat transfer characteristics of the sensor were reduced for polymer flows. Measurements of the number of zeroes and the frequency spectra for the turbulent fluctuations were obtained for a variety of test conditions. The effects of Polyox WSR-301 on surface pressure fluctuations on both smooth and rough surfaces were also measured
The effect of turbulence damping polymer additive on the fluid flow structure near the wall region o...
The effect of turbulence damping polymer additive on the fluid flow structure near the wall region o...
Turbulence measurements in water have been undertaken using hot film anemometers in a circular condu...
Measurements of Reynolds stress and axial and transverse turbulence intensities have been made in tu...
The characteristics of a flush-mounted hot film sensor were investigated in turbulent flows of both...
Measurements of turbulence characteristics were made inside a boundary layer in external flow of wat...
Hot-film anemometry was used to study the detailed structure of turbulence (intensities, energy spec...
Experimental studies involving velocity profile measurements and polymer diffusion measurements were...
The purpose of this study was to assess the feasibility of using flush-mounted surface hot-film sens...
In this study, we investigate the hydrodynamics of polymer‐induced drag reduction in horizontal turb...
374 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.An understanding of polymer d...
A series of turbulent pipe flow experiments with dilute aqueous C.M.C. solutions are described. The ...
The structure of turbulence for pipe flows of dilute polyethylene oxide and polyacrylamide solutions...
Measurement of drag reduction and frequency analysis of the wall pressure fluctuation in pipe flow a...
A series of turbulent pipe flow experiments with dilute aqueous C.M.C. solutions are described. The ...
The effect of turbulence damping polymer additive on the fluid flow structure near the wall region o...
The effect of turbulence damping polymer additive on the fluid flow structure near the wall region o...
Turbulence measurements in water have been undertaken using hot film anemometers in a circular condu...
Measurements of Reynolds stress and axial and transverse turbulence intensities have been made in tu...
The characteristics of a flush-mounted hot film sensor were investigated in turbulent flows of both...
Measurements of turbulence characteristics were made inside a boundary layer in external flow of wat...
Hot-film anemometry was used to study the detailed structure of turbulence (intensities, energy spec...
Experimental studies involving velocity profile measurements and polymer diffusion measurements were...
The purpose of this study was to assess the feasibility of using flush-mounted surface hot-film sens...
In this study, we investigate the hydrodynamics of polymer‐induced drag reduction in horizontal turb...
374 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.An understanding of polymer d...
A series of turbulent pipe flow experiments with dilute aqueous C.M.C. solutions are described. The ...
The structure of turbulence for pipe flows of dilute polyethylene oxide and polyacrylamide solutions...
Measurement of drag reduction and frequency analysis of the wall pressure fluctuation in pipe flow a...
A series of turbulent pipe flow experiments with dilute aqueous C.M.C. solutions are described. The ...
The effect of turbulence damping polymer additive on the fluid flow structure near the wall region o...
The effect of turbulence damping polymer additive on the fluid flow structure near the wall region o...
Turbulence measurements in water have been undertaken using hot film anemometers in a circular condu...