SIC^2: Simulation and Integration of Control for Canals

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Unit 1 - Topology - Geometry

  • Transformation of a data section into width-elevation format
  • Introduction
  • Interpolation of computational sections
  • Interpolation of singular sections
  • Sort algorithm for the reaches of the loop before the steady flow computation - Initial solution
  • Correcting equations
  • Resolution of the linear system of the correcting equations
  • Description of cross sections
    • Siphons
    • Description of data cross sections
    • Abscissa-elevation
    • Width-elevation
    • Parametric form
  • Description of the hydraulic network
    • Description of the hydraulic network
    • Choice of reaches
    • Choice of branches
  • Classification of reaches
    • Classification of reaches
    • Identification of the upstream and downstream nodes of the model
  • How to order the reaches in the unknown vector to get an upper triangular matrix H
  • Filling the H, B and A blocks
  • Singular sections
  • Computational sections

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dans le siteSpip
  • SIC Documentation
    • User’s Guide
      • Installation
      • General presentation of EdiSIC
      • Geometry mode
      • Hydraulic mode
      • Results mode
      • Regulation modules
      • Quality Module
      • Tutorials for using SIC software
      • Control SIC from other programs (Batch mode)
      • Appendix
    • Theoretical concepts
      • Unit 1 - Topology - Geometry
      • Unit 2 - Steady flow
      • Unit 3 - Unsteady flow
      • Quality module
  • Commercial informations
  • Hydraulic calculations with Cassiopée
  • Bug tracking

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  • Description of cross sections
  • Description of the hydraulic network
  • Classification of reaches

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  • Calculs hydrauliques avec Cassiopée
  • Hydraulic calculations with Cassiopée
  • Import geometry from a DTM or a geometer reading
  • Import de géométrie à partir d’un MNT ou d’un relevé de géomètre
  • Import geometry from Mike 11 file
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