Wissenschaftlicher Artikel

• Prediction of Material Failure in Incremental Sheet Metal Forming.  Engineering proceedings.  26. 2022
• Formability of titanium alloy sheets by friction stir incremental forming.  International journal of advanced manufacturing technology.  99. 2018
• Evaluation of Actuator, Sensor, and Fatigue Performance of Piezo-Metal-Composites.  IEEE sensors journal.  14. 2014
• Experimental and numerical study on shaping of aluminum sheets with integrated piezoceramic fibers.  Journal of materials processing technology.  214. 2014
• Theoretical aspects of hot forming of sheet metals with graded characteristics: Dedicated to Prof. Bernhard Wielage on the occasion of his 65th birthday.  International journal of materials research.  102. 2011
• Entwicklungen beim Presshärten - Konzepte und Lösungen
• Experimental and Numerical Study on Efficient Forming Operations of Sheet-Metal-Compounds with Integrated Piezo-Modules.  Steel research international.  81.
• Shaping of piezo-metal composites

Kapitel

• DEVELOPMENT OF A RELEASABLE SNAP-FIT CONNECTOR BASED ON SHAPE MEMORY ALLOY ACTUATORS 2021

Konferenz-Paper

• Development of a Releasable Snap-Fit Connector Based on Shape Memory Alloy Actuators 2021
• Formänderungsanalyse mit Markierungsrastern - Entwicklung, Anwendungen und Potenziale

Buch

Dokument

• Actuator and sensor performance of piezo-metal-composites 2012
• Smart semi-finished parts for the application in sheet-metal structures 2012

Tagungsband

• Energy-efficient process chains in bulk metal forming demonstrated by forging 2014
• Funktionsintegration in Strukturbauteilen
• Verfahrensgrundlagen zur Herstellung gradiertultrafeinkörniger Halbzeuge
• Deep drawing of metal sheets with integrated piezo-metal substructures
• Design of heat treatment processes for a tailored set of properties on 22MnB5 steel alloy sheets - simulation and experiments
• Experiments and FE-simulation of the forming and curing process of bonded piezo-metal-structures
• Piezo-metal-composites in structural parts: Technological design, process simulation and material modelling
• Research profile of the Fraunhofer IWU and selected projects