Hot Section Strain Gauge Measurements: Unterschied zwischen den Versionen
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Research areas are the durability at high temperatures and high mechanical loads as well as the measurement accuracy. | Research areas are the durability at high temperatures and high mechanical loads as well as the measurement accuracy. | ||
| − | == | + | == Current Sens[[or Needs == |
| − | PIWG has an extensive specification of this technology (external link). | + | [[PIWG]] has an extensive specification of this technology (http //piwg.org/sensor/sensor_hsdrsgage.html external link). |
| + | piwg.org | ||
== Priority and required grade of innovation == | == Priority and required grade of innovation == | ||
Aktuelle Version vom 5. Dezember 2019, 13:47 Uhr
Using hot section strain gauge measurements is the standard method to monitor blade vibrations in the turbine area.
Technology gap[Bearbeiten]
Research areas are the durability at high temperatures and high mechanical loads as well as the measurement accuracy.
Current Sens[[or Needs
PIWG has an extensive specification of this technology (http //piwg.org/sensor/sensor_hsdrsgage.html external link). piwg.org
Priority and required grade of innovation[Bearbeiten]
Due to the importance of this technology for gas turbine testing and certification the priority is high. There has been large efforts in the last decades so the innovation steps are relatively high for significant improvements.
3.12.2019
