A method has been proposed to reproduce in the laboratory experiments of infrared landmine detection with reduced length- and time-scale. In this work, the method is verified experimentally. Models of landmines are purposely built by a rapid prototyping technique. The surface response of the soil-landmine system is then monitored by an infrared camera. Preliminarily, the response measured above full-scale models is cross-checked against that measured above actual landmines. Full-scale and reduced-scale models are subsequently tested outdoors and in the laboratory, respectively. The measured distribution and time-evolution patterns of surface temperature are eventually compared, in order to assess the reliability of the scale reduction method.

Scale reduction in modeling landmine detection by IR Termography / L., Tarozzi; Muscio, Alberto; Corticelli, Mauro Alessandro. - In: QUANTITATIVE INFRA RED THERMOGRAPHY JOURNAL. - ISSN 1768-6733. - STAMPA. - 4:2(2007), pp. 141-154. [10.3166/qirt.4.141-154]

Scale reduction in modeling landmine detection by IR Termography

MUSCIO, Alberto;CORTICELLI, Mauro Alessandro
2007

Abstract

A method has been proposed to reproduce in the laboratory experiments of infrared landmine detection with reduced length- and time-scale. In this work, the method is verified experimentally. Models of landmines are purposely built by a rapid prototyping technique. The surface response of the soil-landmine system is then monitored by an infrared camera. Preliminarily, the response measured above full-scale models is cross-checked against that measured above actual landmines. Full-scale and reduced-scale models are subsequently tested outdoors and in the laboratory, respectively. The measured distribution and time-evolution patterns of surface temperature are eventually compared, in order to assess the reliability of the scale reduction method.
2007
4
2
141
154
Scale reduction in modeling landmine detection by IR Termography / L., Tarozzi; Muscio, Alberto; Corticelli, Mauro Alessandro. - In: QUANTITATIVE INFRA RED THERMOGRAPHY JOURNAL. - ISSN 1768-6733. - STAMPA. - 4:2(2007), pp. 141-154. [10.3166/qirt.4.141-154]
L., Tarozzi; Muscio, Alberto; Corticelli, Mauro Alessandro
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11380/609834
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