PSI - Issue 75

Sébastien Boudevin et al. / Procedia Structural Integrity 75 (2025) 72–84 Author name / Structural Integrity Procedia (2025)

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As a result, the consumption is compared to the battery capacity in an automated report, and the number of needed charges is also deduced.

Fig. 12. Battery consumption

6. Conclusion A Big Data management and analysis framework is effective and necessary to centralize, standardize, merge, secure access and traceability of test data. It is well suited to understanding and creating a mission profile based on a characterization of individual events, and their ponderation in a global usage for vibration fatigue profile. These tools are turned successfully to quantify battery usage and efficiency in the same way, so that the designer may anticipate how the battery will be needed to be charged in various situations. References Halfpenny, Dr A., Methods for accelerating dynamic durability tests, 2006, Engineering, Materials Science Lalanne, C., Mechanical vibration and shock” Volumes 3, 4 and 5, 2002, Hermes Penton Science, London NF X50-144-3 standard, 2021, Demonstration of resistance to environmental conditions - Design and carrying out of environmental tests - Part 3 : implementation of the tailoring process in mechanical environment Chabod, A., 2023, Practical use of data lake for better fatigue life estimation, Fatigue Design. Chojnacki, D., Delattre, B., 2021, Towards A Better Understanding Of Mechanical Stress Applied By Passenger Vehicle Customers With Optimized Instrumentation And Relevant Data Post-Processing Methodologies, Fatigue Design. nCodeDS software white paper, 2019, Big Data Analytics, HBK. nCodeDS software white paper, 2019, Transformational insights from digital bus data, HBK. Conflict of Interest The authors whose names are listed immediately below report the following details of affiliation or involvement in an organization or entity with a financial or non-financial interest in the subject matter or materials discussed in this manuscript. Paper’s Author Sébastien BOUDEVIN is a senior expert in multi-physical simulations for vibratory at CETIM Denis CHOJNACKI is a senior engineer working as a Project manager for mission Profile campaigns at CETIM Amaury CHABOD and Nicolas SIAS are Senior Application Engineer, working in sales and support department for Durability and Reliability software in HBK. Halfpenny, Dr A., Chabod, A., Czapski, P., Aldred, J., Munson, K., Bonato, Dr M., 2019, Probabilistic Fatigue and Reliability Simulation, Fatigue Design.