• Simulations

    Cooling system of a nuclear power plant:

  • Analysis in waves of a semi-planning craft I:

  • Analysis of sloshing phenomenon in a 2D tank:

  • Blood flow analysis about a real cerebral aneurysm (courtesy of CIMNE):

  • Towing analysis of a semi-planning craft:

  • Thermo-mechanical analysis of a glass bottle mould (courtesy of Vidrio Eng.):

    Watch the video

  • Propagation of gravity waves:

    Watch the video

  • Simulation of a glass bottle mold cooling:

    Watch the video

  • Green waters analysis case I:

    Watch the video

  • Green waters analysis case II:

    Watch the video

Tdyn CFD+HT

Much more than just a Computational Fluid Dynamics (CFD) solver, Tdyn CFD+HT is an entire engineering solution for solving problems involving fluid and porous media flow, heat transfer and multi-physics. At the heart of Tdyn CFD+HT is its leading finite calculus (FIC-FEM) solver technology, offering reliable and accurate solutions quickly and robustly.

The flexible analysis solution has been applied to the simulation of aerodynamics of buildings, water flow about ship hulls, glass bottle making processes, cooling of electronic devices, flow in pumps and fans, studies of HVAC systems, and much more.

Tdyn CFD+HT includes different modules for solving fluid flow and heat transfer in both solid and fluids, turbulence, transport of species and free surface problems. Tdyn CFD+HT also offers an advanced solution for fluid-structure interaction (FSI) including beams, cables, shells and solid structural models.

The different Tdyn CFD+HT modules are fully integrated in a unique graphic user interface (GUI), for geometry and data definition, mesh generation and post-processing the analysis results. The GUI uses a versatile tree-like interface for data managing, allowing an easy control of the whole process of entering the analysis data.

The analysis solutions integrated in Tdyn CFD+HT has been successfully applied to the simulation of the aerodynamics of buildings, water flow about ship hulls, glass bottle making processes, cooling of electronic devices, flow in pumps and fans, studies of HVAC systems, and much more.

Tdyn CFD+HT features several integrated modules, for solving a wide range of engineering problems:

  • RANSOL

features the latest technology for solving real fluid flows in 3D (transient or steady), including turbulence effects. The different fluid models allow solving the full range of fluid dynamics problems, including porous media flows.

  • HEATRANS

offers an advanced solution to solve complex forced, natural, and mixed convection heat transfer in fluids and conduction in solids. Heatrans module includes conjugated heat transfer solutions, including contact conditions with resistance effects.

  • ADVECT

features utilities for simulation of the transport of especies (advection-diffusion-reaction) in fluids and diffusion (Fick's law) in solids.

  • FSURF

includes two advanced algorithms for solving problems with free surface, offering the most reliable solution for every analysis.

  • URSOLVER

extend the capabilities of Tdyn-CFD by offering different utilities for creating and solving new user defined problems, described by partial differential equations (PDE).

  • ALEMESH

offers several mesh updating strategies: prescribed and free bodies movement with automatic mesh updating, explicit mesh movement via user functions and combinations of these strategies.

  • RAMSERIES

features an advanced environment for fluid-structure interaction analysis, based on the Finite Element Method technology. For further information, please visit RamSeries.

  • SEAFEM

is an advanced tool for analysing seakeeping problems. For further information, please visit SeaFEM.

More detailed information about Tdyn CFD+HT features and system requirements can be found in Tdyn Technical Specifications, at the Support page, and at the Release Notes page.

The latest Tdyn CFD+HT version can be downloaded at the downloads page.

Tdyn CFD+HT