A development complementing the widespread adoption of suspension and cable-stayed bridge designs around the world is the wind tunnel tests aimed at testing impact of aerodynamic forces
. Additionally, the leverage of technologies such as machine learning and artificial intelligence in developing software development that can simulate and predict the impact of different environmental conditions on the structure continues to complement demand for bridge cable sockets.
'In recent years, owing partially to the advent of cloud computing, teams have started utilising CFD software to take advantage of aerodynamic forces
, just like in motorsports.
Accordingly, the use of glass fiber composites serve as the lightweight structures for the hood and fender and at the same time offering design flexibility which has bearing on the aerodynamic forces
. New technologies that could contain the weight are expected to adherer to the functional requirements at a competitive cost, while also being compatible with existing manufacturing infrastructure.
Developed to replace the traditional wet separation process that often consumes millions of gallons of water daily with a dry process that needs no water, the pneumatic air classifier system harnesses gravitational, inertial, centrifugal and aerodynamic forces
at the same time to separate particles at any cut point from 300 pm to 63 pm (50 to 230 mesh).
It includes as many as 11 different parachutes and has gone through several tests in the past - all looking at the deployment and function in different scenarios, be it a normal re-entry case or some sort of failure due to intense aerodynamic forces
The motion of the ice piece is driven mostly by aerodynamic forces
. Research works covering wind engineering have established that three dimensionless parameters play a role in the motion of flying debris, apart from the Reynolds number that may play a role in aerodynamic forces
The flow field and aerodynamic forces
are analyzed for a different frequency ratio [f.sup.*] and density ratio [[rho].sup.*] wings, and the results show that the [f.sup.*] and [[rho].sup.*] influence the hovering characteristics of the wing greatly.
In order to determine the aerodynamic forces
and moments acting on the aircraft, it is necessary to know the flight speed and two angles: the angle of attack [alpha] and the sideslip angle [beta].
The physics-based simulator models the RoboBee and the instantaneous aerodynamic forces
it faces during each wing stroke.