TELEMAC‑2D solves the two‑dimensional Saint‑Venant equations for free‑surface flows using the finite element or finite volume method and a computational mesh of triangular elements. It can perform simulations in transient and stationary conditions. TELEMAC-2D can take into account various physical phenomena:
- Propagation of long waves, taking into account non-linear effects
- Bed friction
- Influence of Coriolis force
- Influence of meteorological factors: atmospheric pressure and wind
- Turbulence
- Torrent and river flows
- Influence of horizontal temperature or salinity gradients on density
- Cartesian or spherical coordinates for large domains
- Dry areas in the computational domain: intertidal flats and flood plains
- Current entrainment and diffusion of a tracer, with source and sink terms
- Monitoring of floats and Lagrangian drifts
- Treatment of singular points: sills, dikes, pipes.
- Advection-diffusion of tracers such as temperature, salinity or concentrations of material substances.
Examples of applications
Simulated flood event on Garonne river (France)
Numerical simulation of the Malpasset dam-break flood wave*
TELEMAC-2D Theory Guide: detailed description of the mathematical, physical, and numerical foundations of the models, including the governing equations and computational schemes implemented; click on the image below to download the document.
TELEMAC-2D User Manual: detailed description of the procedures, tools, and configuration options used to prepare input data, set up simulations, run computations, and analyze the resulting outputs; click on the image below to download the document.
TELEMAC-2D Validation Manual: presentation of benchmark test cases and validation results demonstrating the reliability and accuracy of the numerical models; click on the image below to download the document.
TELEMAC-2D Reference Manual: detailed description of the available keywords and parameters used to configure and control simulations; click on the image below to download the document.