Master Fixed-Wing UAV Design: From Concept to CFD Analysis
Focused View
3:28:34
1 - Overview of course.mp4
02:49
2 - Introduction to uav and types of uavs.mp4
05:16
3 - Application of UAV.mp4
04:46
4 - Introduction to aircraft.mp4
06:18
5 - Aero terminology.mp4
04:55
6 - Overview of the mission requirements.mp4
02:14
7 - Weight estimation.mp4
09:32
8 - Wing sizing.mp4
13:51
9 - Airfoil selection.mp4
07:46
10 - Airfoil selection using XFLR5.mp4
15:13
11 - Fuselage sizing.mp4
06:34
12 - Tail design.mp4
11:02
13 - Wing design using CATIA V5.mp4
16:08
14 - Tail design using CATIA V5.mp4
09:29
15 - Fuselage design using CATIA V5.mp4
15:23
16 - Wing analysis.mp4
21:18
17 - CFD analysis using ansys fluent.mp4
15:39
18 - Cruise performance.mp4
14:37
19 - Climb performance.mp4
12:48
20 - Motor selection propeller selection and battery sizing.mp4
12:56
More details
Course Overview
This professional UAV design course teaches complete fixed-wing aircraft development using CATIA, XFLR5, and ANSYS for aerodynamic analysis and performance optimization.
What You'll Learn
- Complete UAV design process from mission requirements to final specs
- Advanced wing and airfoil selection using XFLR5
- 3D modeling in CATIA and CFD analysis with ANSYS Fluent
Who This Is For
- Aerospace engineering students
- Drone designers and manufacturers
- UAV enthusiasts seeking professional skills
Key Benefits
- Industry-standard design software training
- Practical aerodynamic analysis techniques
- Complete power plant selection methodology
Curriculum Highlights
- UAV fundamentals and design principles
- 3D modeling with CATIA V5
- Aerodynamic analysis and performance testing
Focused display
- language english
- Training sessions 20
- duration 3:28:34
- Release Date 2025/04/26
