Piezo-metal-composites in structural parts: Technological design, process simulation and material modelling
Subject is the development of a process chain for the production of semi-finished parts with an integrated sensor and actuator functionality and the forming of those to structural parts. Aiming on a non-damaging forming of the integrated piezo module, a swimming-bed inside the piezo-metal-composite...
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| creator | Hensel, Sebastian Drossel, Welf-Guntram Ihlemann, Jörg Lachmann, Lutz Landgraf, R Neugebauer, Reimund Nestler, Matthias |
| description | Subject is the development of a process chain for the production of semi-finished parts with an integrated sensor and actuator functionality and the forming of those to structural parts. Aiming on a non-damaging forming of the integrated piezo module, a swimming-bed inside the piezo-metal-composite is used. The hardening of adhesive surrounding the piezo module between the sheet-metal and the cover-layer takes place after the forming operation. The choice of an applicable adhesive and an application-oriented design of the compound influences the production process as well as the functionality of the compound. By employing a material model for the adhesive and a global forming simulation, including the loads taking effect on the piezo module, a comparison between the numerical simulation and experimental studies is possible. Furthermore, the results of simulation give information about the characteristics of the composite. A subsequent test of functionality will allow the definition of best suitable process parameters and the evaluation of the composites performance dependent on its design. |
| format | Conference Proceeding |
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| language | eng |
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| source | Fraunhofer-ePrints |
| subjects | curing model forming friction simulation LS-Dyna orthotropic friction model piezo-metal-compound |
| title | Piezo-metal-composites in structural parts: Technological design, process simulation and material modelling |
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