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2014.09.18 (16:34:11)

FINE™/Turbo : New Release 9.1-1

 

 numeca_01.jpg

 

당사에서 공급중인 FINE/Turbo v9.1-1이 릴리즈되었습니다. FINE/Turbo는 벨기에의 NUMECA  International

개발하여 판매중인 소프트웨어 군의 하나로서 아음속에서 극 초음속 유동 영역에 이르기까지 비압축성/압축성

유체의 회전 기계를 위한 가장 정확하고 빠른 CFD 제품군으로 압축기, 터빈, 펌프, 팬 등의 회전 유체기계 분야

에 적용되는 CFD 소프트웨어입니다.

 

FINE™/Turbo GUI는 직관적이어서 격자 제작 부터 결과의 가시화까지 프로젝트의 설정 및 해석을 빠르게 할

있으며 Preprocessor AutoGrid5TM,  FINE/Turbo flow solver, postprocessor CFView로 구성되어 있으며,

solver에 사용되는 CPUBoosterTM  NLH(Non-Linear Harmonic) 모듈은 정확도를 유지하면서 계산 속도를 획

적으로 빠르게 하는 특징이 있습니다..이번 릴리즈에는 AutoGrid5TM에서 grid soothing 가속 기능,  효율적인

Flutter 해석,  CFView에서 병렬 후 처리 기능을 포함하여 40가지 이상의 새로운 기능 및 개선 내용이 포함되어 

있습니다. 

새로운 기능은 다음과 같습니다.

 

AutoGrid5™ 9.1-1

AutoGrid5™

Upgrade to 9.1-1

- Option Enforce Cell Width at Blade Wall in 3D Mesh Control dialog box:

- Now active by default

- Minimize the difference between the imposed cell width and the measured one

 

Major release 9.1-1

- Full Multi-Grid Blade-to-Blade Smoother

- Clustering relaxation on Z-cst lines

- Clustering relaxation on Z-cst lines due to partial gaps

- Partial gap defined by penny rotation axis and diameter

- ZR effect rotating parts definition

- Meridional & B2B CGNS export

- Blades Pressure/Suction sides identification

 

FINE™/Turbo 9.1-1 GUI & Solver

FINE™/Turbo GUI

Specific new features & Improvements

- Automatic identification of ZR effect rotating parts from AutoGrid5 mesh

- Extension of Python commands for macro-based project setup

- Direct access to the Harmo2time menu of CFView

- More explicit Suspend and Kill Buttons

 

FINE™/Turbo Flow solver

Compatibility Matrix Extension

- Generalized Transition Model + EARSM turbulence model

- MpCCI thermal coupling through FNMB

- Rigid Body Motion along rotation axis + Periodic Boundary conditions

- Condensable fluid + CPUBooster

- Condensable fluid + 2D Non-Reflecting Rotor/Stator Treatment

 

Additional Improvements

- Continuous improvement of HPC efficiency

- Static Energy available as output

- Smoother distribution with barycentric interpolation for low resolution 2D inlet profiles

 

Nonlinear Harmonic Method

- Compatibility with SST Turbulence model

- Advanced controls for incompressible and low-Mach number flows

- FSI modal in forced motion for flutter analysis

 

CFView™ 9.1-1

CFView™

Parallel Post-processing on Shared Memory Architectures

- Mesh loading step

- Cutting planes

- Iso-Surfaces

- Derived quantities computation

- RTZ & STM coordinate system opening

- Differential Operators application (Gradient, Divergence, Curl)

- Revolution Surfaces

 

Quantity Computation

- Vortex Detection: Lambda2 and Qinvariant

- Isentropic Mach Number

- Revision of the derived quantities computation when using thermodynamic tables

- Volume integral of a quantity

 

Additional new features

- Ability to match scale ranges between two views

- Ability to compare projects

- Projects with same topology but different geometries

- Projects with same geometry but different grids

- New shortcuts

- Ctrl + y → Redo

- Ctrl + d → Delete all

- Ctrl + b → Blade to blade surface

- s → Color contour / Strip

 

Harmo2time improvements

- Unsteady flow reconstruction for FSI + NLH

- Additional outputs available: *.plot3d and *.mf

- Unsteady flow solution on Control Points

- Selection of harmonics used in the reconstruction

 

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