Navigation

  • Skip to Content
NTNU Home

HydroCen

  • HydroCen
  • Research
    • Hydropower structures
    • Turbine and generators
    • Market and services
    • Environmental design
    • Interdisciplinary projects
    • Laboratories
    • Associated projects
    • HydroCen Laboratories
  • Publications
  • News blog
  • Contact
  • About HydroCen
    • About HydroCen
    • Organisation
    • Partners
    • Board
    • Scientific Committee
    • Strategy and goals
  • International
    • International collaboration
    • Cross Atlantic Hydropower Research Alliance
    • DigiSur
    • EERA JP Hydropower
    • FishPath
    • FIThydro
    • Francis99
    • FranSed
    • HydroFlex
    • Hydro-Himalaya
  • Login Sharepoint
  1. HydroCen International FranSed Work Packages
  2. WP 3
  3. Task 3.2 Sediment erosion model for ANSYS

Språkvelger

Task 3.2 Sediment erosion model for ANSYS

×
  • International collaboration
  • Cross Atlantic Hydropower Research Alliance
  • DigiSur
  • EERA JP Hydropower
  • FishPath
  • FIThydro
  • Francis99
  • FranSed
    • About
    • Work Packages
      • WP 1
      • WP 2
      • WP 3
        • WP 3 Objectives
        • Task 3.1 Scaling for prototype turbine
        • Task 3.2 Sediment erosion model for ANSYS
        • Task 3.3 Experimental setup
        • Task 3.4 Numerical model
        • Task 3.5 CFD analysis of sediment erosion of Francis turbine
      • WP 4
      • WP 5
      • WP 6
    • News and Publications
    • FranSed Project Team
    • Contact
  • HydroFlex
  • Hydro-Himalaya

fransed logo

    FranSed logo. Logo.

MENU

Task 3.2

Task 3.2 : Sediment erosion model for ANSYS

The major objective of this project activity is to incorporate the sediment erosion model in ANSYS and application to the CFD model for the erosion of Francis-99 turbine.

Development of user-defined functions (or CCL) for incorporation of developed sediment erosion model in ANSYS CFX. The erosion wear of the Francis-99 turbine will be numerically determined and effect of various parameters will be numerically analyzed. After development of the numerical model, the erosion model is ready to use for any other Francis turbine.

Deliverables 3.2

  • Deliverables

D3.2   A report on numerical sediment erosion model for Francis turbine in ANSYS CFX    -M12

 

  • Milestones

MS3.3   Incorporation of developed sediment erosion model in ANSYS      -M12

NTNU – Norwegian University of Science and Technology

  • For employees
  • |
  • For students
  • |
  • Intranet
  • |
  • Blackboard

Studies

  • Master's programmes in English
  • For exchange students
  • PhD opportunities
  • Courses
  • Career development
  • Continuing education
  • Application process

News

  • NTNU News
  • Vacancies

About NTNU

  • About the university
  • Libraries
  • NTNU's strategy
  • Research excellence
  • Strategic research areas
  • Organizational chart

Contact

  • Contact NTNU
  • Employees
  • Find experts
  • Press contacts
  • Researcher support
  • Maps

NTNU in three cities

  • NTNU in Gjøvik
  • NTNU in Trondheim
  • NTNU in Ålesund

About this website

  • Use of cookies
  • Accessibility statement
  • Privacy policy
  • Editorial responsibility
Sign In
NTNU logo