This contribution addresses the question of measuring the time-averaged flow temperature
with miniature fast-response pressure probes built primarily for pressure and velocity …

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

This contribution gives an overview of the current state, performance and limitations of the
fast-response aerodynamic probe measurement system (FRAP® System) developed at the …

The current development state of the fast-response aerodynamic probe (FRAP)
measurement system developed at the Turbomachinery Laboratory of the ETH Zurich is …

In order to advance the technology for measurements in higher temperature flows, a novel
miniature (diameter 2.5 mm) fast response probe that can be applied in flows with …

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 …

The measurement of unsteady pressures within the hot components of gas turbine engines
still remains a true challenge for test engineers. Several high temperature pressure sensors …

A fast-response probe for the measurement of total temperature in unsteady or fluctuating
compressible flows is discussed. The operation of the device is based on the measurement …

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 …

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 …