NUMECA FINE/Turbo 17.1 with Documentation & Tutorials

NUMECA FINE/Turbo 17.1 | 3.3 Gb
Product:NUMECA FINE/Turbo
Version:17.1 with Documentation & Tutorials
Supported Architectures:x64
Website Home Page :www.numeca.com
Languages Supported:english
System Requirements:Windows / Linux *
Size:3.3 Gb
The software developer NUMECA announced the launch of FINE/Turbo 17.1 is the fastest CFD suite for rotating machinery with incompressible and compressible fluids, from subsonic to hypersonic flow regimes.

What’s New?

General upgrades in package
(New in FINE/Turbo v17.1)
(All Products)
General upgrades are made in the package:
– Use of Datakit 2020.4 (for Catia V5 file import).
– Save Parasolid data only with short extension (".x_t").
– Modify default value of the flow solver expert parameter IROUGH to 1.
– Upgrade flow solver compilers on LINUX: Intel MPI 2021 and Open MPI 3.1.6.
– Upgrade Admin Tool v2021.1:
. Allow ".txt" Cadence license extension;
. Add Cadence daemon;
. Display lmgrd log file in case of failure when activating the license server;
. Add a warning not blocking the activation in case a Numeca old format ".lic"/".dat" license file is used when activating the license server;
. Support fully qualified domain name as license server hostname;
. Upgrade the Intel MPI embedded libraries to v2021.
Customer Benefits
– Upgrades allow to correct defects.
– Improve the tool to manage licensing and user configuration.
Flux-balance non-reflecting rotor-stator
(New in FINE/Turbo v17.1)
For non reflecting 2D rotor-stator interface, a new flux-balance approach developed by Holmes [2008] is available, which in turn uses the implementation of Giles (1990), improving the non-reflective treatment at the rotor-stator interface.
Customer Benefits
– Additional technique for dealing with numerical reflections at the rotor-stator interface in turbomachinery configurations.

General upgrades in package
(New in AutoGrid5 v17.1)
(All Products)
General upgrades are made in the package:
– Use of Datakit 2020.4 (for Catia V5 file import).
– Save Parasolid data only with short extension (".x_t").
– Upgrade Admin Tool v2022.1:
. Allow ".txt" Cadence license extension;
. Add Cadence daemon;
. Display lmgrd log file in case of failure when activating the license server;
. Add a warning not blocking the activation in case a Numeca old format ".lic"/".dat" license file is used when activating the license server;
. Support fully qualified domain name as license server hostname;
. Upgrade the Intel MPI embedded libraries to v2021.
Customer Benefits
– Upgrades allow to correct defects.
– Improve the tool to manage licensing and user configuration.
Propagate rotor-stator distributions
(New in AutoGrid5 v17.1)
The propagate R/S distributions option will adapt the spanwise distributions of the selected rows to have matching flow paths at the rotor-stator connections between the rows in the meridional space.
Customer Benefits
– Ensure matching flow paths in a multi-rows configuration in one click.

Improvements in meridional effect topology
(New in AutoGrid5 v17.1)
Starting AutoGrid5 v17.1, the topology in the meridional (zr) effect is improved:
– The automatic blocking in a far field zr effect will build a single block.
– The absolute matching tolerance to control the type of connection between the zr effect and the blade channel is removed and replaced by an automatic tolerance based on the imposed cell width at the wall of the zr effect.
Customer Benefits
– Avoid mesh generation problems in the far field zr effect when matching connection with the channel.
– Automatic connectivity tolerance to detect the type of connection between the meridional effect and the blade channel.

General upgrades in package
(New in CFView v17.1)
(All Products)
General upgrades are made in the package:
– Upgrade Admin Tool v2022.1:
. Allow ".txt" Cadence license extension;
. Add Cadence daemon;
. Display lmgrd log file in case of failure when activating the license server;
. Add a warning not blocking the activation in case a Numeca old format ".lic"/".dat" license file is used when activating the license server;
. Support fully qualified domain name as license server hostname;
. Upgrade the Intel MPI embedded libraries to v2021.
Customer Benefits
– Upgrades allow to correct defects.
– Improve the tool to manage licensing and user configuration.

The resolution of Computational Fluid Dynamics (CFD)problems involves three main steps: spatial discretization of the flow domain, flow computation, visualization of the results.
To perform these steps NUMECA has developed three software systems. The first one, IGG, is an Interactive Geometry modeller and Grid generation system for multiblock structured grids. The second software system, the FINE/turbo solver, is a state of the art 3D multiblock flow solver able to simulate Euler or Navier-Stokes (laminar or turbulent) flows. The third one, CFView, is a highly interactive Computational Field Visualization system.
These three software systems have been integrated in a unique and user friendly Graphical User Interface (GUI), called FINE/Turbo, allowing the achievement of complete simulations of 3D internal and external flows from the grid generation to the visualization, without any file manipulation, through the concept of project. Moreover, multi-tasking capabilities are incorporated, allowing the simultaneous treatment of multiple projects.
FINE/Turbo has the particularity of integrating the concept of multi-tasking. This means that the user can manage a complete project in the FINE/Turbo interface; making the grid using IGG, running the computation with the FINE/Turbo solver and visualizing the results with CFView. Furthermore, the user has the possibility to start, stop and control multiple computations.
To manage complete flow analyses, FINE/Turbo integrates the concept of project. A project involves grid generation, flow computation and visualization tasks. The results of each of these tasks are stored in different files that are automatically created, managed and modified within FINE/Turbo.
FINE/Turbo Highlights
NUMECAis recognized as a worldwide provider of innovative computational fluid dynamics (CFD) software, optimization and heat transfer technologies. NUMECA software is used by designers, naval architects, research engineers and product developers in aerospace, marine, automotive, energy and power generation, allowing them to reach superior product quality and performance at a reduced engineering cost
Cadence to acquire NUMECAto significantly expand their multi-physics simulation portfolio with the addition of proven CFD technology for the aerospace, automotive, industrial and marine industries.

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NUMECA FINE/Turbo 17.1 with Documentation & Tutorials

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