Forum Topic
UAV propeller design
Are there any ideas for designing a UAV propeller
3D Model
Marine Propeller Design
Made a Marine Propeller using SolidWorks 2019 and rendered using SolidWorks Visualize
3D Model
Propeller design for ship
Its a propeller which is used in ship for the motion and direction of ship
3D Model
FEA/CFD Analysis- Propeller Design
3D models of the ships were made in SolidWorks and transfered to the ANSYS Fluent and MSC Nastran for calculation
Contest
Propeller Design for Pumping Water
Design a propeller for pumping water. The propeller is molded plastic, 4.7" OD, 2.5" D hub, 5/8" bore,1.200" thick, 4 blades, with each blade .15" thick at the tip and .25" at the hub, max thicknes at
3D Model
Parametric Industrial Propeller Design – SolidWorks Assemblies
Parametric Industrial Propeller Design — SolidWorks Assemblies Category: Aerospace Engineering / UAV Hardware Software: SolidWorks 2024 Files: IGES, PNG renders OBJECTIVE: Fully parametric propeller blade family
Designer
victortheodoros
Aerospace Engineer — CFD, Aerodynamics & Flight Physics (eVTOL / UAV)
work covers RANS CFD and Vortex Lattice Method for aerodynamic and stability characterization, propeller design via Blade Element Theory with NSGA-II multi-objective optimization, and full subsonic wind tunnel
Service
I will design and develop UAV propellers using BEMT and CFD analysis
provide end-to-end propeller development for UAV and drone propulsion systems, from preliminary aerodynamic sizing to CFD validation and performance evaluation.
You will receive:
✅ Propeller sizing based on
Service
I offer naval architecture and marine engineering services for yachts & boat designs & consulting
I can design and build iron ships, aluminum ships, and FRP ships, including underwater tourist ships, air-cushion vessels (ACV, SES), high-speed boats, luxury cruisers, passenger ships, cargo boats, tugboats
Service
I will perform CFD aerodynamic analysis of your propeller, rotor or axial fan
I will perform a professional CFD aerodynamic analysis of an existing propeller, rotor or axial fan design.
The analysis can include thrust, torque, power and efficiency prediction, pressure and velocity