AeroEdge Academy - Level I - class 1
-
Introduction to the course (5:35)
-
Forces, power & energy (1:48)
-
The external physical factors of cycling (2:23)
-
Looking vs being fast (1:17)
-
Aerodynamic descriptors (1:44)
-
Drag coefficient Cd
-
Aerodynamic drag (2:50)
-
Rider and wind speed
-
Rolling resistance (1:58)
-
Kinetic & potential energy (4:34)
-
Drivetrain dissipation and impedance (4:04)
-
Analysis of the power distribution (7:29)
-
Example of different scenarios (7:06)
-
Climbing sensitivity
-
Conclusions (2:34)
-
Quiz 1
AeroEdge Academy - Level I - class 2
-
Introduction to aerodynamic testing methods (3:54)
-
The dimensions of aerodynamic testing (2:47)
-
Wind tunnel testing (9:25)
-
CFD - Computational Fluid Dynamics (14:23)
-
Velodrome testing (10:36)
-
Field testing (7:36)
-
Aero sensors (10:16)
-
Aerodynamic testing method comparison (3:40)
-
Method selector
-
AeroEdge high performance development framework (3:10)
-
Conclusions (2:30)
-
AeroEdge radar chart
-
Quiz 2
AeroEdge Academy - Level I - class 3
-
Introduction to field testing (3:14)
-
Early resistance estimation methods (1:19)
-
Coast-down and downhill testing (11:59)
-
Steady-state field testing (5:05)
-
Environmental control and road selection (3:30)
-
Field testing process (8:25)
-
Velodrome aero testing (9:28)
-
Pre-test checklist
-
Methodology conclusions (4:10)
-
Quiz 3
AeroEdge Academy - Level I - class 4
-
Introduction to data analysis (2:54)
-
First analysis (1:13)
-
Model 1: simplest model for CdA estimation (4:55)
-
AeroEdge aerodynamic model framework (1:06)
-
Model 2: velodrome-based model (3:01)
-
Model 3: Chung virtual elevation method (9:07)
-
Chung method example
-
Model comparison (3:26)
-
Analysis tool
-
Environmental parameters (8:55)
-
Model 4 and conclusions (2:17)
-
Model 4 example
-
Quiz 4
AeroEdge Academy - Level I - class 5
AeroEdge Academy - Level I - class 6
Complete your feedback form
