An innovative development of a five-hole pressure probe for highly unsteady flow phenomena

Keyphrases

• Aerodynamics 100%
• Unsteady Flow Phenomena 100%
• Pressure Probe 100%
• Innovative Development 100%
• Additive Manufacturing 66%
• Dynamic Calibration 66%
• Optical Fiber Sensor 66%
• Miniaturization 33%
• Flow Phenomena 33%
• Spatial Characteristics 33%
• Munich 33%
• Technical University 33%
• Measurement Accuracy 33%
• Velocity Components 33%
• Fluid Mechanics 33%
• Accurate Reconstruction 33%
• Probe Design 33%
• Hot-wire Anemometry 33%
• Measurement Principle 33%
• Near Wake 33%
• Dynamic Description 33%
• Passive Measurement 33%
• Acoustic System 33%
• Frequency Flow 33%
• Circular Cylinder 33%
• Optic Measurement 33%
• Probe Geometry 33%
• Multi-hole Pressure Probe 33%
• Novel Fiber 33%

Engineering

• Pressure Probe 100%
• Flow Phenomenon 100%
• Unsteady Flow 100%
• Innovative Development 100%
• Pressure Sensor 100%
• Aerodynamics 100%
• Fiber Optic Sensor 66%
• Additive Manufacturing 33%
• Spatial Characteristic 33%
• Velocity Component 33%
• Fluid Mechanics 33%
• Hot-Wire Anemometry 33%
• Circular Cylinder 33%
• Jet 33%