The present paper concentrates on the use of single-and multi-sensor pressure probes
designed for the accurate measurement of unsteady total pressure and flow angle for turbo …

A system for fast-response probe measurements in turbomachine flows has been developed
and tested. The system has been designed for 40 kHz bandwidth and used with various in …

The aim of this paper is to review, summarize, and record long-term experience with
development and application of aerodynamic probes with built-in miniature pressure …

Over the last decades, fast response aerodynamic probes have been recognized as a robust
measurement technique to provide time-resolved flow field data in turbomachinery …

This contribution gives an overview of the current state, performance, and limitations of the
fast-response aerodynamic probe measurement system developed at the Turbomachinery …

The paper presents a methodology to derive information on the turbulent properties of the
flow downstream of turbomachinery blade rows on the basis of unsteady pressure …

Over the last decades, fast response aerodynamic probes have been recognized as a robust
measurement technique to provide time-resolved flow field data in turbomachinery …

The influence of the probe size and geometry on the quality of fast-response measurements
in turbomachines has been experimentally investigated. For investigations in the static …

Typically several hundred million data points arise from a comprehensive measurement
campaign carried out in a centrifugal compressor test rig with the fast-response aerodynamic …

To investigate the three-dimensional unsteady flow and the turbulence intensities behind
rotating blade rows of turbomachines, a procedure using a fast-response pressure probe …