![]()  | 
   ||||||||
![]()  | 
   ![]()  | 
   ![]()  | 
   ![]()  | 
   |||||
![]()  | 
   ||||||||
![]()  | 
   ||||||||
![]()  | 
   ![]()  | 
   |||||||
![]()  | 
   ||||||||
![]()  | 
   ||||||||
![]()  | 
   ||||||||
![]()  | 
   ||||||||
![]()  | 
   ||||||||
APPLICATIONS 
The concepts of position, velocity and acceleration are key across all disciplines in Aerospace Engineering. Knowing where, how fast and how a vehicle (or its components) is maneuvering is key in engineering analysis. There are a large number of examples and demonstrations in the dynamics and aeroelasticity sections.













