An Experimental Study on Monitoring the Filling Status of Concrete in Thick Wall with Steel Plates on the Outside using Infrared Cameras

Dan Uchimura

Previous Article in event

Pulse Compression Favorable Thermal Wave Imaging Techniques for Identification of Sub-surface Defects in Glass Fiber Reinforced Polymer Materials

Previous Article in session

Enhanced defect characterisation using pulsed phase thermography: The impact of sample geometry and signal-enhancement techniques

Next Article in event

Development of detection system for fatigue cracks on orthotropic steel deck using infrared thermography and inspection results

An Experimental Study on Monitoring the Filling Status of Concrete in Thick Wall with Steel Plates on the Outside using Infrared Cameras

Dan Uchimura

¹ Kajima Corporation

Academic Editor: Hirotsugu Inoue

Published: 29 August 2025 by MDPI in The 18th Advanced Infrared Technology and Applications session Session 2 (Under 35)

Abstract:

This paper presents an experimental study using test specimens to demon-strate that the filling status of concrete on the inner surface ofathick wall’s steel platescan be monitored on the outside using infrared cameras. In previous research, it wasfeasible to monitor the filling statusof concrete onthewallwith a steel plate thickness of10mmor lesson the outside using infrared camera.In this study, the steelplate thick-ness is increased from10mm to 22 mm and 32 mm.

Keywords: Infrared thermography ; non - destructive test ; internal defects, concrete

View submission

0 Reads
0 Recommendations

Dan Uchimura