Fluid Dynamics Inspiring Innovation
Beyond HIGH-PERFORMANCE 3D-PRINTED BIONIC PROPELLER Design and Analysis
Our Advanced Simulation team will walk you through all the steps to analyze, evaluate, and tune the reverse-engineered bionic propeller for new applications with INCREASED EFFICIENCY and LOWER NOISE EMISSION.
This technology is available to designers and engineers who wish to improve their products in the applications below:
- Ventilation fans
- Wind turbines
- Water propellers
- Air propellers
- Electronics cooling systems
Save your spot today.
“ THE BUMPS ON THE FRONT EDGE OF THE BLADES HELP TO STRUCTURE THE FLOW LINES AND PRODUCE ADDITIONAL NOISE REDUCTION AND EFFICIENCY.”
Technical Presentation By:
Azy Saeedi, M.Sc., B.Sc.Eng
Advanced Engineering Solutions
Azy worked in the design and product development space for the past 6 years and has strong experience in simulation-driven and analysis-based design. As a key technical member of our industry 4.0, she helps our clients to assess and implement advanced technologies.
Mohsen Tayefeh, , M.Sc., B.Sc.Eng
National Strategic Business Manger
Mohsen has performed and developed simulation methodologies and strategies for over 20 years in major industries. And as the Strategic business manager for Industry 4.0 at CAD Micro he hosts this webinar to showcase how simulation complements 3D printing and 3D scanning capabilities for reverse engineering and beyond.
Share this event:
CAD MicroSolutions Inc.
- Category: Webinar
- REGISTER NOW