BRUSSELS, Belgium, Apr 12, 2021 – NUMECA is delighted to announce the official release of FINE/Turbo, FINE/Design3D and FINE/Agile version 16.1. FINE/Turbo is a flow integrated environment for rotating and non-rotating flow analysis in external and internal turbomachinery applications. FINE/Design3D is an integrated environment for the design and optimization of turbomachinery channels and blades, bringing together the best-in-class preliminary turbomachinery design tools and the fastest and most accurate CFD suite as recognized by the worldwide turbomachinery community.
FINE/Turbo – Limitless NonLinear Harmonic method with the rank-N
The NonLinear Harmonic method is a unique feature of FINE™ that has quickly become a staple among turbomachinery design engineers. It provides accurate modeling of periodic unsteady disturbances throughout a turbomachine – information typical of URANS simulations, but several orders of magnitude faster.
Temperature steaks propagation from the inlet to the outlet in a double shaft two-stage turbine
Initially designed for flow interactions across a single Rotor/Stator interface, this approach has proven to be invaluable for the analysis of any sort of rotating machinery, from volute pumps to multi-stage turbines. It has been successfully extended to clocking effects, rotor-rotor effects, inlet distortions, Fluid Structure Interaction (FSI) and more…
With rank-N, the NLH method allows simulating the effect of periodic disturbances across N rotor/stator interfaces, giving the designer complete freedom and flexibility on what, where, and how a flow perturbation is simulated.
In the example below, a periodic hot streak coming from a combustion chamber is modeled in the entire two-stage turbine, with a direct effect on the global performances and on the work extracted from the fluid.
AutoGrid5 – a new approach for impellers with blunt blades
Most impellers are built using a traditional subtraction manufacturing process: a milling machine uses a cutting tool to form the blade surface in one or more passes. This technique allows for high flexibility and quality of the finished part, but each blade has to be defined by a relatively large fillet radius and a trimmed profile.
The newest mesh topology in AutoGrid5 accurately replicates the fillet’s and blade’s actual geometry, without sacrificing mesh quality thanks to the so-called “butterfly” topology. The trailing edge of the impeller is connected to the next block by a non-matching connection to prevent distortion of cells downstream of the trailing edge.
FINE/Agile – Latest models and tools for the most effective design
FINE/Agile 16.1 includes the latest release from Concepts NREC (version 8.9), with numerous improvements and fixes for a better preliminary and detailed design: from new models for choke prediction in difusors in COMPAL, to the ability to design and analyze mixed-flow turbines in RITAL.
The link between the AxCent ad FINE/Turbo is stronger than ever with the added capabilities to design and analyze secondary flow passages.
About NUMECA International
NUMECA International is a leading developer and provider of Grid Generation, Multi-physics – CFD software systems for analysis, design, and optimization of industrial products and processes, with an emphasis in the domains of turbomachinery, marine, aeronautics, aerospace, energy, chemical processes and multi-physics. NUMECA offers an extended suite of software systems covering a broad range of applications for both internal and external flows, including fluid-structure, fluid thermal, aero-acoustic interactions.
Driven by creativity, innovation & quality, we proudly turn our passion into innovative software toolsets that support the world’s leading industries. For more information, visit www.numeca.com.