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STUDY OF THE DEPENDENCE OF BENDING RESISTANCE IN CORRELATION TO TEMPERATURE OF A CONDUCTIVE MATERIAL
Abstract
In special applications it is necessary to correlate the obtained data about the state of a process in which the Joule effect is involved by passing an electric current through a conductive material. The multiplier effect due to increased resistance with temperature may require particular attention in monitoring the process, thus requiring automatic decision-making processes so that the modification of the conductive material properties does not affect the entire chain of the process. We propose a system for monitoring and correlation of temperature with modification of bending resistance of a conductor, information obtained from sensors and transducers in analog format, but transformed in binary format to facilitate the processing of the obtained information. With a contactless infrared temperature sensor and a force sensor we will detect state changes on the considered conductor and the microcontroller system will transmit the data obtained to a PC for processing and analysis. The embedded software in the microcontroller will assess the data provided by the sensors and give the possibility to make the decisions according to specific information.
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References4
Skejić, D., Boko, I., Torić, N., Aluminium as a material for modern structures, GRAĐEVINAR,, pp.10751085, DOI: 10.14256/JCE.1395.,2015.
Dumitrescu I., Cozma B.Z., Itu V., Study the mining winches using the CAD/CAE software, SGEM 2016, Conference Proceedings, Albena, Bulgaria, 2016.
Maljaars J., Twilt L., Fellinger J. H. H., Snijder H. H., Soetens F., “Aluminium structures exposed to fire conditions – an overview, HERON , 55, 2, 2010.
Chang-Da W., Issam M., Experimental Investigation of Emissivity of Aluminum Alloys and Temperature Determination Using Multispectral Radiation Thermometry (MRT) Algorithms, JMEPEG, 2002.
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