The Concepts NREC Axial Compressor Design Solution is an integrated software suite designed for the complete workflow of axial compressor design. It covers initial 1D design and analysis, advanced redesign and performance mapping, 3D geometry modeling, and preparation for computational fluid dynamics (CFD) analysis. The suite links various modules to streamline data transfer and supports both preliminary and detailed engineering tasks, enabling users to model, analyze, and optimize axial compressors efficiently.

Key Features

End-to-End Design Workflow Supports the entire design process from 1D analysis to 3D modeling and CFD setup.

• 1D meanline design and performance prediction
• Seamless data transfer between modules (AXIAL, AxCent, pbPost)

Advanced Loss Modeling State-of-the-art loss modeling for accurate performance evaluation.

• Independent selection of loss models by blade row
• Loss split by component (profile, secondary flow, etc.)

Real Fluid Thermodynamics Comprehensive thermodynamic modeling for various fluids.

• Built-in support for perfect, semiperfect, and real fluids
• Integration with multiple fluid property databases (NIST, ASME Steam, etc.)

Integrated Performance Mapping Visualization and analysis tools for performance metrics.

• Performance map plotting
• Customizable data tables and filters

3D Geometry and CFD Preparation Advanced tools for geometry manipulation and CFD readiness.

• Real-time 3D geometry updates
• Full CFD pre-processing within the design interface

Automation and Extensibility Supports automation and integration with external programs.

• OLE automation for external control (Visual Basic, C++, FORTRAN)
• Bidirectional data flow between modules

Benefits

Accelerated Design Cycles Reduces time and errors in axial compressor design projects.

• Integrated workflow eliminates manual data transfer
• Real-time updates and feedback streamline iteration

Enhanced Design Accuracy Improves design quality through advanced modeling and analysis.

• Detailed loss and performance models
• Real fluid properties for realistic simulations

Flexible and Customizable Adapts to various design requirements and user preferences.

• User-modifiable fluid properties
• Customizable interface and data visualization