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• FRAMEWORK FOR COUPLED DIGITAL TWINS IN DIGITAL MACHINING

  D. Plakhotnik, A. Curutiu, A. Zhulavskyi, Xavier Beudaert, Jokin Munoa, M. Stautner

• DPART – A DIGITAL TWIN FRAMEWORK FOR THE MACHINING DOMAIN

  P. Ganser, T. Venek, V. Rudel, T. Bergs

• RAPID UNCERTAINTY QUANTIFICATION OF THE STABILITY ANALYSIS USING A PROBABILISTIC ESTIMATION OF THE PROCESS FORCE PARAMETERS

  M. Busch, B. Schmucker, M. F. Zaeh

• STRATEGY FOR IMPLEMENTATING PREDICTIVE PROCESS-ORIENTED MACHINE TOOL DIGITAL TWINS

  MATEJ SULITKA, PETR KOLAR, JIRI SVEDA, JAN SMOLIK

• DEVELOPMENT OF A METHOD TO DETERMINE CUTTING FORCES BASED ON PLANNING AND PROCESS DATA AS CONTRIBUTION FOR THE CREATION OF DIGITAL PROCESS TWINS

  A. Hänel, E. Wenkler, T. Schnellhardt, C. Corinth, A. Brosius, A. Fay, A. Nestler

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