but it is invisibleLycoming wrote:...What?
If it's visible or obvious that air can enter after the restrictor, it will clearly be illegal.
the toyota's 1 have movable parts, my concept is still a solid, but some nano size hole in the materialneilbah wrote:Toyota tampered with the restrictor in rally and it got them excluded from the championship. Max Mosley was president of the FIA then so I think the scrutineers would be avidly checking for the legality In f1
yup, this would be a problem, and how much air can pass the material is another.Giblet wrote:Assuming it gets past scrutineers and assuming these holes are made by laser and invisible to the eye, I think they would soon get clogged up with dust and oil.
a small pieces of machined that material is around 2000hkd(1usd = 7.8hkd), it is not a huge budget if it is really work for a series u need around $500k hkd to finish a season.Giblet wrote:If you are looking at this from a pure cheating perspective, then the engine adjusting (or being adjusted) for the extra air would be obvious.
They would have to carry more fuel to match the air. If not everything will just run hot and inefficiently.
Any professionally run series will spot something amiss. No low end budget series entrants would be able to afford it.
http://cv-steel.en.made-in-china.com/pr ... Steel.htmlrichard_leeds wrote:Is this an existing material used for vacuum forming? If so please can you post a link?
IMHO This material would only work for a low volume of air extracted from a mould over a time frame of a few seconds. The holes will be so small that the friction/boundary/edge effects will limit air flow so there would be no appreciable difference to the total air intake on a car. It'd also get blocked very quickly.
You could do some simple sums by finding a data sheet for an industrial air filter that tells you the hole size and flow rates then extrapolate that to your tiny holes.
Many sanctioning bodies will plug the restrictor shut and the engine MUST choke itself off.Scania wrote:there are some metal for moduling is breathable, about 30%. is it work to use this metal to make air restrictor, part of air would not through the restriced hole, but in the restrictor to suck more air?