Design Turbomachinery.
Faster. Smarter.
PyTurbCT accelerates compressor and turbine design with AI-ready workflows, modern UI, and production-grade math.
Trusted by leading engineering teams across India
Built for Modern Engineering Teams
Accelerate your turbomachinery design process with tools that understand both engineering rigor and modern workflows
Speed
Cut iteration cycles with guided inputs and smart defaults.
Accuracy
Validated equations and robust numerics for reliable outputs.
Integration
Python ecosystem friendly; hooks for Analysis and Optimization/CFD pipelines.Coming Soon
Comprehensive Turbomachinery Capabilities
From initial concept to detailed analysis, PyTurbCT covers your entire design workflow
Axial compressor pre-design
Design multi-stage axial compressors with velocity triangles, stage loading, and performance maps.
Turbine stage analysis
Analyze turbine stages with through-flow calculations and blade geometry optimization.
Radial equilibrium helpers
Automated radial equilibrium solutions with boundary conditions and meridional flow.
Blade stacking previews
Visualize 3D blade geometry with stacking options and profile modifications.
Data export (CSV/PNG/PDF)
Export your designs in multiple formats for documentation and further analysis.(coming soon)Coming Soon
Report composer
Generate professional, audit-ready reports with calculations and visualizations.
Hover over each capability to explore details
Trusted by Engineering Leaders
See what engineering professionals are saying about PyTurbCT
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Ready to Transform Your
Turbomachinery Design Process?
Join leading engineering teams who have accelerated their design workflows with PyTurbCT
Trusted by 100+ engineering teams across India