Benker, Maximilian;Zaeh, Michael F., (1)Condition monitoring of ball screw feed drives using convolutional neural networksCIRP Annals2022711313-316
Benker, Maximilian;Rommel, Victor;Zaeh, Michael F.An investigation into the economic efficiency of different maintenance strategies based on a discrete event simulationProcedia CIRP2022107428-433
Benker, Maximilian;Junker, Sebastian;Ellinger, Johannes;Semm, Thomas;Zaeh, Michael F.Experimental derivation of a condition monitoring test cycle for machine tool feed drivesProduction Engineering202116155-64
Benker, Maximilian;Furtner, Lukas;Semm, Thomas;Zaeh, Michael F.Utilizing uncertainty information in remaining useful life estimation via Bayesian neural networks and Hamiltonian Monte CarloJournal of Manufacturing Systems202161799-807
Benker, Maximilian;Bliznyuk, Artem;Zaeh, Michael F.A Gaussian Process Based Method for Data- Efficient Remaining Useful Life EstimationIEEE Access20219137470-137482
Hartl, Roman;Vieltorf, Fabian;Benker, Maximilian;Zaeh, Michael F.Predicting the Ultimate Tensile Strength of Friction Stir Welds Using Gaussian Process RegressionJournal of Manufacturing and Materials Processing20204375
Benker, Maximilian;Kleinwort, Robin;Zah, Michael F.Estimating remaining useful life of machine tool ball screws via probabilistic classification2019 IEEE International Conference on Prognostics and Health Management (ICPHM)IEEE2019
Ellinger, J.;Semm, T.;Benker, M.;Kapfinger, P.;Kleinwort, R.;Zah, M.F.Feed drive condition monitoring using modal parametersMM Science Journal20192019043206-3213
Ellinger, Johannes;Benker, Maximilian;Rowe, James;Kleinwort, Robin;Zäh, Michael F.;Unsleber, SebastianZustandsüberwachung von Vorschubantrieben mithilfe eingebetteter SensorenZWF Zeitschrift für wirtschaftlichen Fabrikbetrieb20191143115-118