Development of a hydrodynamic borehole measurement complex and an AI-based numerical data evaluation for wells and groundwater measuring points "HYDRO-EXPLORE"
Literature:
⊳ S. Zhang, M. Maurer, M. Wolf, und K. Weinberg. Rechnergestützte Auswertung von Brunnenbohrlochmessungen, bbr Leitungsbau | Brunnenbau | Geothermie, 05-2024.
⊳ L. Heymann: Digitalfilter für die Brunnenbohrlochmessdatenanalyse. Bachelorarbeit am Lehrstuhl für Festkörpermechanik, Universität Siegen, 2023.
Investigation of the dynamic and acoustic damping behavior of elastomeric foams
Project objectives:
⊳ Characterization of the geometric structures of various foamed elastomers.
⊳ Development of material models for static and dynamic calculations.
⊳ Carrying out a parameter study to determine the influence of the structural parameters.
⊳ Material data determination and model validation with quasi-static, dynamic and acoustic test benches.
