- The shock produced by activation of a Frangi-Bolt is measured and the SRS is directly analyzed on site (OHB premises).
- The resulting shock loads for neighboring components have been derived by similarity-heritage-extrapolation, following the methods proposed by ESA
- SRS ratio method
- Zoning procedure
- Test prediction based on modal properties derived by FEA
- KRP has further proposed shock attenuation solutions for this project
- For a different ExoMars component, vibration measurements were performed (at SGS). Two kinds of tests were done:
- Resonance search
- Identification of optimum operational frequency with respect to function (high vibration at a selected position) and shock loads (low SRS at the interface)
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Thermomechanical FEM Analysis of the ITER bolometer detectors -
Thermal-Vacuum and Vibration Testing of the EnMAP Field Splitters Under Cleanroom Requirements -
Design and Manufacturing of a Mock-Up of the ITER Vacuum Vessel Support and Performance of a Vertical Load Test -
Structural Analysis for a Satellite Propulsion Modul -
Dynamic Analysis of Non-Planar Coil (NPC) of the W7-X Fusion Experiment for Impact Loads -
Support of the Qualification of a Helicopter Liferaft-System -
Bevameter Testing of Mars Soil Simulants for the ESA-NASA Sample Fetch Rover (SFR)
KRP Mechatec GmbH is an engineering services provider specialized in structural tests and analyses in the field of space, aviation, experimental research and other high-tech industries, certified according to DIN EN ISO 9001:2015.
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