• Profile Electronics | Materials | Sistem Identification

The research group led by Chávez-Campos focuses on a comprehensive investigation into the effects of Joule heating and its thermal applications across various domains. Key aspects of their research are detailed below.

• Joule Heating in Meterial Science The group 's work significantly focuses on understanding how Joule heating influences materials, particularly metals like low-carbon steel. They have studied the high-temperature surface oxidation kinetics of steel using a Joule heating device, offering vital insights into the thermal behavior and resistance of materials under different conditions.

• System Identification in Material CharacterizationThe group extends its expertise into the realm of system identification, particularly applied to materials characterization. This involves analyzing how systems respond to various inputs, which in the context of their research, pertains to how materials react to thermal stresses and changes.

• Multidisciplinary ApproachTheir research is characterized by a multidisciplinary approach, merging principles from thermal engineering, electrochemistry, control theory and dynamic systems modelling. with system identification.

• PaperAn Ohmic Heating Model Based on the Thermal Circuit Method: Case of Study for Parameter Determination
• PaperEffect of thickness and chemical composition on thermal resistance of steel dilatometric specimens under heating-cooling cycles by Joule heating
• PatentDilatómetro óptico de Atmósfera Controlado con calentamiento por Efecto Joule