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Flow path preliminary
design and sizing, choosing optimal number of stages Stage by stage
flow path optimization and choosing number of blades in the rows
Multistage flow path mean line analysis and optimization with
support of “as-designed” and “off-design” operational conditions
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Cooling calculation
for gas turbines
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Special options to
design flow path suitable for standard blading
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Stage by stage
throughflow analysis and search for optimal twist and lean laws of
the blade
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Using the optimization
methods through design cycle in interactive mode
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Analysis and
optimization on “off-designed” mode using integrated optimizer based
on design-of-experiment (DoE) methodology
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Generation,
interactive editing, and optimization of the cascades. Flow,
boundary layer, and heat-transfer coefficient real-time mode
calculation
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3D airfoil design in
automatic and interactive modes with geometric and strength criteria
monitoring; 3D blade design with custom lean and sweep
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Custom profiles
database
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Reusable stages
libraries
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Experimentally
confirmed empiric and custom loss models
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Embedded fluids
library with custom extension option
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Embedded material
library with custom extension option
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Embedded FEA system
with automatic mesh building
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Export 3D blade
geometry for detailed CFD analysis to NUMECA, CFX, and Fluent
solvers
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Export 3D blade
geometry to CAD in IGES formats.
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