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Institute for Ship Structural Design and Analysis (M-10)

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  • Research Areas
    • Fatigue and Fracture Mechanics
    • Ice Loads
    • Nonlinear Waves under Solid Ice
    • Numerical Structural Analysis
    • Residual Stresses and Laser Scanning
    • Ship Structural Design and CAD Systems
    • Structural Behaviour
  • Teaching
    • Bachelor
      • Fundamentals of Ship Structural Analysis
      • History of Shipbuilding
      • Introduction in Naval Architecture III
      • Ship Structural Design I
      • Ship Structural Design II
    • Master
      • Computational Structural Dynamics
      • Fatigue Strength of Ships and Offshore Structures
      • High-Order FEM
      • Nonlinear Structural Analysis
      • Numerical Algorithms in Structural Mechanics
      • Ship-Vibrations
      • Special Topics of Ship Structural Design
      • Structural Analysis of Ships and Offshore Structures
    • Bachelor-, project- and master theses
    • Completed theses
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Residual Stresses and Laser Scanning

What we do:

  • Hole-drilling rosette method
  • Weld surface geometry scanning
  • Plate deformation

Current Projects

  • Approach to consider welding residual stresses in fatigue design using direct numerical simlations

Completed Projects:

  • Development of assessment methods for residual stresses at site joints of large-scale steel structures (Completed 2003)
  • Partial Project P2.1: Rational Determination of Fabrication-Related Shrinkage and Deformations
    In Joint Project: WIPS – Competitiveness by Product Simulation Supported by Information Technology in Shipbuilding 

    (Completed 2003)
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