What did you use to bend your injection lines?

It's my understanding the lines themselves aren't solid either (ref piezo tach sensors for example).

The ballooning of the lines as well as different length lines subtly alters the injection event profile.
 
Mark Nixon said:
It took me a while to comprehend this length theory, until I found out that a liquid IS IN FACT COMPRESSIBLE.
It seems that the fallacy that liquid is supposedly NOT compressible is more prevalent than it should be.

Here's a chart that indicates that liquids are in fact compressible:

http://hyperphysics.phy-astr.gsu.edu/hbase/tables/compress.html

Mark.
Click to expand...

Liquids are VIRTUALLY incompressible. At most day to day pressures, the amount they compress is negligible. At 15000 psi, thats a different story.

BC847 said:
It's my understanding the lines themselves aren't solid either (ref piezo tach sensors for example).

The ballooning of the lines as well as different length lines subtly alters the injection event profile.
Click to expand...

Also true. Steel is very much elastic.
 
Grab a injection line on a engine with a big 13mm on it and you can feel them expand. That's why they went to stainless lines. They don't expand as much as mild steel lines
 
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