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  6. Sensors, Measurement and Testing Methods

The Sensors, Measurement and Testing Methods division deals with tasks related to non-destructive testing, in order to ensure that materials, products, machinery and systems are safe and fit for purpose. Specifically, sensors and measurement methods are applied to practical applica-tions, new methods and technologies are developed, exist-ing methods and technologies are improved, and the de-velopment of standards and technical guidelines is sup-ported to this end.

Sensor and measurement technology-based methods are preferentially used for tasks in relation to condition moni-toring (monitoring, structural health monitoring [SHM]), early damage detection, experimental stress analysis, ma-terial characterisation and also environmental and emis-sions monitoring.

The development of multifunctional materials and self-monitoring components/structures by means of sensor technology integrated into the materials is also part of the division's activities. For large-scale condition recording and monitoring, for instance for process and geotechnical ma-chinery and constructions, modular sensor platforms are developed and deployed based on mobile robotics.

  • Fields of expertise

    • Calibration and testing of sensors and measurement systems as accredited calibration and testing laboratory
    • Highly dynamic material characterisation
    • Determination of local strength parameters on components using Instrumented indentation testing (Martens hardness)
    • Characterisation and validation of sensors and meas-urement systems as well as mechanical-technological testing methods; uncertainty and reliability analyses
    • Condition monitoring, long-term monitoring and experimental stress analysis
    • Development of problem-specific sensor solutions, measurement technology and testing equipment
    • Mobile sensor platforms, wireless sensor solu-tions/sensor networks
    • Gas sensor solutions

  • Main activities

    • Analyses and long-term monitoring of supporting structures and buildings
    • Transport and storage containers for hazardous materials; disposal containers
    • Geotechnical equipment (e.g. underground gas storage, disposal storage sites, landfill sites)
    • Process machinery
    • Characterisation of materials under highly dynamic stresses
    • Reliability analyses of sensor solutions, measurement technology and testing equipment
    • Large-scale condition recording and monitoring using distributed sensor technology (e.g. wireless sensor networks) or mobile robotics (e.g. RPAS/UAS)

  • Range of services/technical equipment

    • Power reference standard measurement facilities for tensile and compressive forces up to 5 MN; for com-pressive forces also up to 30 MN
    • Transfer standards for tensile forces up to 6 MN
    • Reference standards for electrical and thermodynamic measurements
    • Reference test apparatus for instrument-based penetration testing (Martens hardness testing)
    • Split-Hopkinson pressure bar (SHPB)
    • Stereoscopic highspeed camera system combined with image correlation method for highly dynamic 3D deformation analysis
    • Remotely piloted aircraft systems (RPAS, UAS) with modular sensor platforms
    • Multi-channel measurement systems with time-synchronous video recording and wireless sensor technology (e.g. wireless sensor networks)

  • Publications of the division

    In the database PUBLICA you will find publications by BAM employees.

    Publications of the division Sensors, Measurement and Testing Methods in PUBLICA

    PUBLICA

Dr.-Ing. Matthias Bartholmai, Division Sensors, Measurement and Testing Methods, Bundesanstalt für Materialforschung und -prüfung (BAM)

Contact Dr.-Ing. Matthias Barthol­mai

Head of Division 8.1

Headquarters

Phone: +49 30 8104-1910

Email