Overview

• Main Page
  • Structural Engineering Methods
  • Geotechnical Engineering Methods
  • Hydraulic Engineering Methods
    • Mathematical Methods
      • Simulation Models
        • Mathematical Models for Coastal Areas and Estuaries
          • Delft3D
          • MIKE-11
          • TRIM-2D
          • TELEMAC-2D
          • TRIM-3D
          • UnTRIM
          • SediMorph
          • PARTRACE
          • PARTRACE-3D
          • SWAN
          • K-Modell
          • WARM
        • Mathematical Models for Inland Areas
          • Hydrodynamic Models
          • Morphodynamic Models - Bedload Transport
          • Models for hydraulic structures
        • Mathematical Models for Coastal and Inland Areas
          • Programs for Vessel Movement Dynamics
            • Program "TRASSE"
            • Program "PeTra"
      • Pre- und Postprocessing
        • Generation and Modification of Computational Grids
        • Generation of Boundary Conditions
        • Conversion of Computed Results
        • Analysis of Calculated Results
        • Animation of Calculated Results
        • Building of Animations (only in german language available !)
        • Standard-Software-Applications (Add-ons)
        • Immersive Visualisation
        • Tools for Hydraulic Engineering
        • Data management and Information Systems
      • BAW-Software Documentation
        • Program Descriptions
        • File Descriptions
    • Hydraulic Modelling
      • Ship-generated Loading
        • Definition of the characteristic parameters
        • Functional relationships
        • Analytical and empirical methods
        • Hydrodynamic numerical methods
    • Field study measurements
      • Coastal Areas and Estuaries
        • Measurement campaign "Nördlicher Peenestrom" 2005
    • Ship Handling Simulation
      • Quality Assurance
      • Fluid Flow Data