Riassunto analitico
This thesis presents the development of a software tool aimed at automating the calibration process for engine control units (ECUs) used in Formula application engines. The software, developed using MATLAB, interacts seamlessly with Wintax and Sysma, the data analysis and calibration software provided by Marelli Motorsport. The calibration process for Formula application engines is highly intricate and time-consuming, requiring precise adjustments to various parameters to optimize engine performance while ensuring reliability and compliance with regulatory standards. The proposed software streamlines this process by automating the calibration procedure, thereby reducing the time and effort required for calibration while improving accuracy and consistency. The integration with Wintax and Sysma facilitates seamless data exchange and enhances the efficiency of the calibration process. This thesis discusses the design, implementation, and validation of the automated calibration software, demonstrating its effectiveness through practical experiments and case studies. The developed software represents a significant advancement in the field of engine calibration, offering valuable assistance to professionals in Autotecnica Motori for optimizing engine performance in Formula applications.
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