ProductUpdated on 29 May 2026
Automated composite propeller and rotating blade preliminary design and analysis system
R&D Team Lead, Project Coordinator at Econ Engineering Kft.
Budapest, Hungary
About
The preliminary design system provides an easy-to-access online platform to an entire design team responsible for a reliable preliminary design of rotating blades made of composite. The platform quickly and easily guiding through the user the following steps:
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CAD geometry design including standard (NACA) or custom blade profiles
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Composite base material mechanical property definition (later with a permanently available material database)
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Simplified definition of composite layup and spatial distribution of it
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Specification of Loadcases and loadcase sequences
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Wide range of analyses run automatically in the background:
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CFD (with a quick Virtual Blade Method and 3D corrections)
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FEA (frequency analysis - Campbell diagram, static and
fatigue evaluation)
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Detailed analysis reports created for assessment to support further decisions on design change
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Simulation model, CAD model and internal metadata accessible for subsequent detailed blade analysis
Suitable for aircraft propellers, wind turbine blade or drone applications.
Looking for
- Buyer
- Demonstration / Pilot projects
- Aftersales Services
- Investment/Finance
Applies to
- Aerospace
- Helicopters
- Unmanned Aircraft Systems (UAS)
Attached files
Organisation
Similar opportunities
Service
Simulation driven drone design
- Other
- Aerospace
- Testing & Analysis
- Research & Development
- Unmanned Aircraft Systems (UAS)
Laszlo Kovacs
R&D Team Lead, Project Coordinator at Econ Engineering Kft.
Budapest, Hungary
Expertise
Simulation-assisted design and testing of composite structures
- Aerospace
- Helicopters
- Aerospace Infrastructure
- Space Unmanned Aircraft Systems (UAS)
Laszlo Kovacs
R&D Team Lead, Project Coordinator at Econ Engineering Kft.
Budapest, Hungary
Product
Automated, FEA based composite fatigue evaluation tool
- Buyer
- Space
- Aerospace
- Helicopters
- Investment/Finance
- Re-Seller/Wholesaler
- Demonstration / Pilot projects
- Unmanned Aircraft Systems (UAS)
Laszlo Kovacs
R&D Team Lead, Project Coordinator at Econ Engineering Kft.
Budapest, Hungary