It is a safety program which electronically controls the trajectory of your car when driving high speed in curves or making dangerous maneuvers to the steering wheel. The system works together with the ABS system. Doesn't save you if the speed is much too high but is really miraculous if you exceed not more then 10-20 mph the recommended speed or suddenly you try to avoid something on the road. Basically the system actuate the brakes on some wheels and cut the gas, disregarding what pedals you push at the moment.
Dynamic Traction Control. A part of DSC. (Dynamic Stability Control)
Dynamic Stability Control
Dynamic stability is the property of retaining almost the same number of revolutions per minute when the mechanical load on the shaft is connected or diconnected.
A. F. Smith has written: 'Dynamic response and stability of a composite prop-fan model' -- subject(s): Dynamic response, Graphite-epoxy composites, Propeller fans, Propeller blades, Dynamic stability
Dynamic Stability Control, When you see the light on, it means the system is disabled.
Dynamic response refers to how a system or process reacts and adapts to changing conditions or inputs over time. It describes how quickly and effectively a system can adjust to disturbances or changes in its environment to maintain stability or achieve a desired outcome. In engineering and control systems, dynamic response is often characterized by parameters such as rise time, settling time, overshoot, and stability.
DSC = Dynamic Stability Control There is a very good explanation of what it is and how it works at this URL: http://www.bmwworld.com/technology/dsc.htm Hope this is helpful.
Dynamic Stability Control.
Stability implies an equilibrium which we can both observe and measure. Static stability and dynamic stability centers around no movement vs movement. A simple example of static stability will be a cone or cylindrical object lying on a flat surface. Unless disturbed it stays in the equilibrium state. When disturbed the object tries to come back to its static equilibrium position. An example of dynamic stability will be a chemical equilibrium between two substances A and B in a chemical reaction.The relative rates of the conversion of A to B and B to A establishes an observable overall equilibrium constant for these two chemical species under the specified experimental conditions such as temperature, pressure, etc. Another example would be the revolution of the earth and planets around the sun. Avinash Parnandi
G. K. Hunt has written: 'Free-flight model measurements of the dynamic stability of a supersonic strike aircraft (TSR2)' -- subject(s): BAC TSR 2 (Turbojet fighter planes), Stability of airplanes
Lars E. Ericsson has written: 'Technical evaluation report on the Fluid Dynamics Panel Symposium on Dynamic Stability Parameters'
Herbert E. Lindberg has written: 'Dynamic pulse buckling' -- subject(s): Buckling (Mechanics), Elasticity, Structural stability