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System Reliability, Adaptive Structures, and Machine Acoustics
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System Reliability, Adaptive Structures, and Machine Acoustics

Picture: Fachgebiet SAM

System Reliability

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  1. TU Darmstadt
  2. MB
  3. Research Group SAM
  4. Research
  5. System Reliability
  6. System Reliability Overview
System Reliability
  • System Reliability
    • System Reliability Overview
      • Stochastische Sensitivitätsanalyse und statistische Versuchsplanung
      • Zuverlässigkeit mittels KI
      • Distral Nachweisverfahren
      • Self-loosening of bolted joints
      • Pre-stressed bolted joints
      • Bonded steel joints
      • LaserMultiAx
      • Axles
      • Chromium steels
      • Buckling Control
      • Vibration Attenuation
      • Parameter Calibration
      • Model Uncertainty

System Reliability

Stochastic sensitivity analysis and design of experiment

Reliability analysis using artificial intelligence (AI)

Reliability of smart systems

(LBF)

Mechanical Reliability

Development of software for the strength verification of welds

Self-loosening of bolted joints

Fatigue strength of flexurally stressed pre-stressed bolted joints

Fatigue life prediction of bonded steel joints

Increasing the corrosion fatigue strength of wheelset shafts

Chromium Welded joints with martensitic chromium steels

Long-term behaviour of structure components

degradation and damage / life-cycle assessment

Uncertainty in Mechanical Engineering

Transfer project T9 in SFB 805

Uncertainty in active Buckling Control

Uncertainty in (semi-) active Vibration Attenuation

Stochastic Parameter Calibration

Quantification of Model Uncertainty

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Contact

Prof. Dr.-Ing. Tobias Melz

info@sam.tu-...

work +49 6151/16-23510
fax +49 6151/16-23652

Work L1|01 272
Otto-Berndt-Straße 2
64287 Darmstadt

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