Rotatorischer MRF-Aktor für einen Türassistenten (Rotary MRF-Actuator for an Automotive Door Assistent). - Ansgar Wiehe; Simon Kern; Jürgen Maas (Autom., 2008)

Model-based control of a dual active bridge for bidirectional feeding of DEAP transducers. - Jürgen Maas; Thorben Hoffstadt (AIM, 2014)

Control concepts with acceleration feedback for servo systems. - Martin Griese; Jürgen Maas (AIM, 2016)

Sensorless BCM control for a bidirectional flyback-converter. - Thorben Hoffstadt; Jürgen Maas (IECON, 2016)

Acceleration estimation and feedback for two-mass servo systems. - Martin Griese; Jürgen Maas (AIM, 2017)

Limit Cycle Analysis for Drive Systems with Backlash Nonlinearity using an Eigenvalue Method. - Abd Elkarim Masoud; Jürgen Maas (AIM, 2019)

Self-Sensing Control for Soft-Material Actuators Based on Dielectric Elastomers. - Thorben Hoffstadt; Jürgen Maas (Frontiers Robotics AI, 2019)

Modulation Strategy for a HV-DAB driving DE Transducers considering Resonant Transitions. - Samuel Junglas; Jürgen Maas (ISIE, 2020)

Modeling and Control of Miniaturized Electric Linear Drive with Two-phase Current Excitation. - Bela Schulte Westhoff; Jürgen Maas (AIM, 2021)

Orthotropic Non-hysteretic Permeability Model as a Lookup-table for FEA. - Robert Courant; Jürgen Maas (Simul. Notes Eur., 2021)

Bridging the Gap: Intelligent Environments with Smart Materials. - Hedda R. Schmidtke; Mena Leemhuis; Jana Mertens; Robert Courant; Jürgen Maas; Özgür L. Özçep (IE, 2023)

Design and Characterization of an Efficient Multistable Push-Pull Linear Actuator Using Magnetic Shape Memory Alloys. - Robert Courant; Jürgen Maas (IEEE Access, 2024)

Data-driven modeling and identification of a bistable soft-robot element based on dielectric elastomer. - Abd Elkarim Masoud; Jürgen Maas (Frontiers Robotics AI, 2025)