INDUSTRIAL PILOT DEMONSTRATOR 3 - COMAU – Automotive Industry
Project: SatisFactory
Updated at: 23-01-2024
Project: SatisFactory
Updated at: 23-01-2024
Project: CREMA
Updated at: 19-01-2024
Project: CREMA
Updated at: 19-01-2024
Project: CloudiFacturing
Updated at: 12-01-2024
Project: Z-Fact0r
Updated at: 12-01-2024
Project: Z-Fact0r
Updated at: 12-01-2024
Project: Z-Fact0r
Updated at: 12-01-2024
Project: Z-Fact0r
Updated at: 12-01-2024
Project: MARKET4.0
Updated at: 12-01-2024
Specific use case requirement: IDS connectivity and data repository configuration
Project: OPTIMAL
Updated at: 22-12-2023
Project: OPTIMAL
Updated at: 22-12-2023
Project: OPTIMAL
Updated at: 22-12-2023
Project: OPTIMAL
Updated at: 22-12-2023
Project: A4BLUE
Updated at: 22-12-2023
Project: ROSSINI
Updated at: 06-12-2023
Project: ROSSINI
Updated at: 06-12-2023
Project: ROSSINI
Updated at: 06-12-2023
Project: AUTO-TWIN
Updated at: 15-11-2023
Project: AUTO-TWIN
Updated at: 15-11-2023
Project: AUTO-TWIN
Updated at: 15-11-2023
Project: AMBIANCE
Updated at: 15-11-2023
Project: AMBIANCE
Updated at: 15-11-2023
Project: AMBIANCE
Updated at: 15-11-2023
Project: OPENZDM
Updated at: 14-11-2023
Project: OPENZDM
Updated at: 14-11-2023
Project: OPENZDM
Updated at: 14-11-2023
Project: OPENZDM
Updated at: 14-11-2023
Project: OPENZDM
Updated at: 14-11-2023
Project: DaCapo
Updated at: 14-11-2023
Project: DaCapo
Updated at: 14-11-2023
Creating a numerical model of whole water quench with all necessary details and containing all physical processes are the challenges to be faced. Guidelines for operational conditions of quenching machine based on various inputs, such as profile shape and temperatures, will be derived by elaborating a numerical model of quenching process, carrying out CFD simulation using HPC resources and validating the reliability of simulation results by physical experiments.