Reinhart, Gunther;Magaña, Alejandro;Carola, Zwicker
Industrieroboter -- Planung -- Integration -- Trends: Ein Leitfaden für KMU
Vogel Communications Group
2018

Schlather, Florian;Theurer, Felix;Oefele, Florian;Zaeh, Michael F.
Process forces during remote laser beam welding and resistance spot welding – a comparative study
Procedia CIRP
2018
74
669-673

Heuss, Lisa; Lux-Gruenberg, Gregor; Hammerstingl, Veit; Schnös, Florian; Rinck, Philipp; Reinhart, Gunther; Zäh, Michael
Mobile Autonome Roboter in der Smart Factory: Dynamische Planung und Adaption mobiler Roboter für die flexible Produktion
wt Werkstattstechnik online
2018
108
9
Sep

Kleinwort, Robin;;Platz, Jonathan;Zaeh, Michael F.
Adaptive Active Vibration Control for Machine Tools with Highly Position-Dependent Dynamics
International Journal of Automation Technology
2018
12
5
631-641

Kleinwort, Robin;;Weishaupt, Philipp;Zaeh, Michael F.
Simulation-Based Dimensioning of the Required Actuator Force for Active Vibration Control
International Journal of Automation Technology
2018
12
5
658-668

Marstatt, R;Krutzlinger, M;Luderschmid, J;Constanzi, G;Mueller, J F J;Haider, F;Zaeh, M F
Intermetallic layers in temperature controlled Friction Stir Welding of dissimilar Al-Cu-joints
IOP Conference Series: Materials Science and Engineering
2018
373
012017

Semm, Thomas; Rebelein, Christian; Zäh, M. F.
Prognosefähige Simulation von Dämpfungseffekten in Werkzeugmaschinen für eine ganzheitliche Optimierung des Systemverhaltens
2018

Semm, Thomas;Spannagl, Maximilian F.;Zaeh, Michael F.
Dynamic substructuring of machine tools considering local damping models
Procedia CIRP
2018
77
670-674

Zeller, Christian;Surendran, Binu;Zaeh, Micheal F.
Parameterized Extended Finite Element Method for high thermal gradients
Journal of Computational Design and Engineering
2018
5
3
329-336

Zens, A;Gnedel, M;Zaeh, M F;Haider, F
The effect of additive geometry on the integration of secondary elements during Friction Stir Processing
IOP Conference Series: Materials Science and Engineering
2018
373
012018