NUMECA FINE/Turbo 17.1 + Docs & Tutorials Free download

on: April 07, 2022In: Engineering specialized

NUMECA FINE/Turbo 17.1 + Docs & Tutorials Free download.

Description

NUMECA FINE Turbo is a powerful and fast software in the field of computational fluid dynamics (CFD). This software can simulate rotating machines and devices with compressible and incompressible fluids and currents. Multi-stage axial, radial or hybrid flow settings are supported by FINE Turbo, including: compressors, turbines, pumps, fans, propellers or anti-rotation propellers. The GUI and application-oriented software, from the geometric design stage to the visualization and visualization stage, helps you to do it easily. You can start and analyze the project very quickly. The simulation process in this software is simplified with the following tools:

AutoGrid5: The automated networking tool provides software to configure turbo machines, high quality structured networks and minimal user input. The wizard mode of this tool uses the configuration and complexity of the various rotary machines.
FINE Turbo Current Solver: This tool is recognized as one of the fastest and most accurate turbo machine configuration tools.
CFView: Advanced post processing tool visualizes custom streams for you and outputs.

Features and Features of NUMECA FINE Turbo Software:

Advanced geometric capabilities such as blade fillets and symmetrical and asymmetric effects
Python scripting technology
Automatically create function curves
Simulation and analysis of various types of networks and fluids
High performance computing in supercomputers
Nonlinear harmonics for completely unstable spin-constant interactions

required system

Standard equipments: monitor, keyboard, mouse
CD-Rom drive
3-button mouse
24-bit color graphics and 1280 × 1240 pixel resolution monitor
Mandatory ethernet card for a nodelocked license on Linux and Unix
RAM minimum requirement: 256 Mb> 512 Mb recommended (for 1 million points)
Swap space: 3 times of RAM size
Hard disk storage capacity depends on project types and number of points; 100 Mb of space is needed to store mesh and solution files of a 1-million-points project.