marcush. wrote:as for the 4 string arrangement they obviously can measure tension only in the 4 strings and have to work out which is which...Bending ,twisting,shifting ...holy crap I ´d prefer not to have to deal with the maths to sort that out...especially when you can see on the REDBull picture the strings have no tension at all on one side..
I would have done that very different: build a support above the wing (whole width) and put string potis or maybe even rideheight sensors to it measuring the distance to the wing profile.
Ride height sensors would also get confusing information from variations in suspension, bumps in the road etc. Also they don't tell you the forces.
I see McL are using rods where Rb used wires. Presumably to measure compression as well as tension. I'd have though the maths was easy, more of a static problem that is easier to resolve than the dynamic analysis on other parts of the car, for example the suspension arms & linkages
I wonder if they are including for the lateral deflection of the rod under aero loads at high speed distorting the results?
Wouldn't a truss across the nose that was stiff enough to give accurate readings mess up the air flow too much? I prefer the current arrangement, much more elegant.