brizanden wrote:does a corvette transmission fail when u launch it 10 times? not to my knowlege. Look i said i like the car you just need to admit that maybe the transmission is not as strong as it should or could be. Nissan built this car while it was going under. I think for thier price tag on such a redic number producing car they had to cut corners somewhere. they chose to do this on the transmission. If it was perfect why would they follow up saying they are making a v-spec with a beefier transmission? huh why would they do such a thing the normal one works perfect right edit: and just cause im this big of an *******Modified by brizanden at 12:33 AM 10/29/2008
Corvette doesn't have a rear axle transmission, differential, and transfer case... that shifts .02 seconds.
Again. The GTR is NOT designed to be launched. PERIOD.
It's designed for circuit racing. When you design something you have to focus on minimizing areas that will not receive that much stress and try to maximize the areas that do get stress, in this case circuit racing. That's engineering to a specific purpose. As soon as you start launching it, you are taking the car and it's design out it's intended purpose.
In circuit racing it's not hard to keep a mass moving really fast. So you have only the stresses of a moving mass to be accelerated and decelerated constantly. So you are dealing with some of the car's inertial forces acting on the drive train and engine, but never completely.
But by launching, which put's a tremendous amount of stress on all drive train and power train. Basically you are taking a mass from rest, and accelerating it at a high rate. With car's complete inertia force acting on the drive train and engine.
Get the picture?
Imagine the stresses the drive shaft alone has to go through with all that inertia resisting the forces of the engine. The drive shaft will to undergo a distortion until the car is finally moving(when the inertia forces reduces)...that's because everything is made of ATOMS and their molecular bonds.
As soon you introduce stresses those bonds stretch or compress, this is known as elastic deformation.. as soon the stresses go away the atoms go back to their original position. However if the bonds break... it's called plastic deformation, after stress removed the part is now permanently disfiguremed, just like hammering on copper, each dent is a plastic deformation. Too much plastic deformation will lead to COMPLETE part failure. (These varies between ductile material and brittle materials)
This is the basis of stress analysis.
Now introduce these huge stresses where it has been minimized. Which includes minimized dimensions and materials that has been tested to pass at a minimum.(each material has a different molecular bond structure/strength)
So duh. Your going to break it.
So there is NOTHING to admit.
It's not an all out drag car. SORRY.
Just like Devon D said about BMW and Porsche or even the Veyron. These are are designed to go fast, their aerodynamics are designed at those high speeds. Not at standstill, where the aerodynamics are completely useless during launch.. duh...
Sorry this GTR cannot match the previous ones in bullet-proofness.
Modified by Rare_f8 at 1:18 AM 10/29/2008