Neugebauer, Reimund2022-03-112022-03-112011https://publica.fraunhofer.de/handle/publica/372305-Smart structures based on piezoceramics -Contacting of multilayer piezoactuator for diesel common rail injectors -Integrated piezoceramic patches in advanced composite structural elements: effective coupling and characteristics -Future perspectives for multi-material-systems -Fabrication and characterization of a form- and force-locked piezo-metal sensor module -CNT-filled PP compound for in-situ bonding and connection of piezoelectric ceramics by using multi-component micro injection molding -Design and characterization of LTCC/PZT multilayers for sensor and actuator application -Multifunctional components in vehicle space frames - cast parts for prototypes and small series -Energy harvesting by means of integrated piezoelectrics -Integration of piezoceramic sensors and actuators into structural components via high pressure die casting -Piezo-metal-composites in structural parts: Technological design, process simulation andmaterial modelling -Fibre reinforced polymers -Potentials and general conditions of smart CFRP concepts for future aerospace applications -Process development for high volume manufacture of thermoplastic composites with integrated piezoceramic modules -Integration of piezoceramic and electronic functional elements in glass fibre-reinforced polyurethane composite structures -Modeling of the ferroelectric material behavior of functional ceramics -Methods for reliable modeling of piezoceramic materials -Pyroelectric response as a sensitive tool for the characterization of embedded piezoelectrics -Pulsed magnetron sputterted AlN thin films - a lead-free material for piezoelectric applications -Thermal wave evaluation of the polarization state of embedded piezoceramics -Novel approaches for the determination of the process specific polarization of piezoceramic modules embedded in thermoplastic compositesen620670Integration of active functions into structural componentsconference proceeding