Titlebook: Advances in Non-Destructive Evaluation; Select Proceedings o Bikash Ghose,Ravibabu Mulaveesala,Phani Mylavarapu Conference proceedings 2024

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盡忠

Experimental Study to Monitor the Rising and Falling of Fluid Level Using Ultrasonic Waveguide Techaveguide. Similarly, we have used the guided wave signals’ attenuation and change in velocity from the bent portion (no dead end) of a bent waveguide to monitor the fluid level. The liquid level monitoring experiment was conducted with different fluids (petrol, water, and glycerin). In this experime

擴大

,Development of Distributed and Coupled Ultrasonic Waveguide Sensors for Hot Chamber’s Temperature Msonic waves in pulse-echo mode. Using the time of flight (TOF) concept at multiple predefined reflector locations to measure the hot laboratory chamber temperature profile and compare it with co-located thermocouples. The signal’s peak and change in TOF are due to the effect of the waveguide materia

禍害隱伏

Lamb Wave-based Non-destructive Evaluation in Thin Section Lap Joint of Friction Stir Welding,d at a distance of 30?mm from the stir zone, and Laser Doppler Vibrometer (LDV) were implemented to analyze out of the plane displacement. A low voltage amplifier is used here to generate a 60?V signal, also damping tapes are incorporated at the sample boundary for noise reduction..For the thin sect

LIMIT

Testing and Evaluation of Glass Fibre Reinforced Polymer Using Principal Component Thermography,s (PCA) for processing thermal data obtained from the Frequency Modulated Thermal Wave Imaging (FMTWI) to test and evaluate artificially simulated blind hole defects in a GFRP material. The proposed approach highlights the merits of the data-reduction features of the PCA along with its defect detect

刻苦讀書

Estimation and Validation of Power Losses in a Three-Phase Loading Circuit Using Infrared Thermal Iing; Voltages, Currents, and Power. Lighting Circuits and Motor Loads were connected to simulate heavy current being drawn and to monitor the increase in temperature, which is a manifestation of power loss due to dissipation. The unbalanced loading was purposely done to investigate the effects on th

銼屑

Temperature Monitoring of Pipe Surface Using Ultrasonic-Strip Waveguide Sensor,transducer (0.5?MHz) in the pulse-echo technique to propagate?.?wave mode in a thin strip waveguide. We made notches on the strip waveguide with appropriate gauge lengths for transmitting and receiving ultrasonic signals. The strip waveguide and the co-located thermocouples are calibrated using the