The Use of the Adjoint Method for Solving Typical Optimization Problems in Multibody Dynamics von Nachbagauer, Karin, Oberpeilsteiner, Stefan, Sherif, Karim, Steiner, Wolfgang

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A frequency domain approach for parameter identification in multibody dynamics von Oberpeilsteiner, Stefan, Lauss, Thomas, Steiner, Wolfgang, Nachbagauer, Karin

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The discrete adjoint method for parameter identification in multibody system dynamics von Lauß, Thomas, Oberpeilsteiner, Stefan, Steiner, Wolfgang, Nachbagauer, Karin

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Using an Embedded Multi User Inverse Kinematic Solver for Intuitive Modeling and Simulation von Schönböck, Johannes, Witteveen, Wolfgang, Lonauer, Paul, Kovacs, Carrie, Augstein, Mirjam, Pöchacker, Stefan, Oberpeilsteiner, Stefan

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The Adjoint Method for Time-Optimal Control Problems von Eichmeir, Philipp, Lauß, Thomas, Oberpeilsteiner, Stefan, Nachbagauer, Karin, Steiner, Wolfgang

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The Discrete Adjoint Gradient Computation for Optimization Problems in Multibody Dynamics von Lauß, Thomas, Oberpeilsteiner, Stefan, Steiner, Wolfgang, Nachbagauer, Karin

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Optimal input design for multibody systems by using an extended adjoint approach von Oberpeilsteiner, Stefan, Lauss, Thomas, Nachbagauer, Karin, Steiner, Wolfgang

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A Multi-Layer Architecture for Near Real-Time Collaboration during Distributed Modeling and Simulation of Cyberphysical Systems⁎⁎This work has been funded by FFG COIN 866851 von Lonauer, Paul, Holzmann, David, Leitner, Christina, Probst, Alexander, Pöchhacker, Stefan, Oberpeilsteiner, Stefan, Schönböck, Johannes, Jetter, Hans-Christian

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A Multi-Layer Architecture for Near Real-Time Collaboration during Distributed Modeling and Simulation of Cyberphysical Systems von Lonauer, Paul, Holzmann, David, Leitner, Christina, Probst, Alexander, Pöchhacker, Stefan, Oberpeilsteiner, Stefan, Schönböck, Johannes, Jetter, Hans-Christian

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Evaluation of the adjoint sensitivity analysis for the identification of multibody system parameters von Oberpeilsteiner, Stefan, Steiner, Wolfgang

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Identification of a nonlinear spring and damper characteristics of a motorcycle suspension using test ride data von Lauß, Thomas, Sterl, Dominik, Oberpeilsteiner, Stefan, Steiner, Wolfgang

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FreeDyn: A Free, Flexible and State of the Art Multibody Simulation Package for Education, Research and Industrial Applications von Witteveen, Wolfgang, Thomas, Lauss, Stefan, Oberpeilsteiner

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Enhancement of the Adjoint Method by Error Control of Accelerations for Parameter Identification in Multibody Dynamics von Nachbagauer, Karin, Oberpeilsteiner, Stefan, Steiner, Wolfgang

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Parameter Identification of a Linear Substitution Model for Nonlinear Contact and Damping Inside Lap Joints Using Distributed Optimization: Study Program “Mechanical Engineering”... von Pöchacker, Stefan, Lauß, Thomas, Pichler, Florian, Oberpeilsteiner, Stefan, Witteveen, Wolfgang

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KI-basierte Optimierung digitaler Zwillinge von unbemannten Nutzfahrzeugen von Schyr, Christian, Braun, Niklas, Oberpeilsteiner, Stefan

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