personally, i think the t25's are great turbos for daily driven street cars. my old nissan 1.6L had a gt25 on it and the response was great.....almost instant torque :) you may also look into using a larger turbine though, some of garretts turbine maps can be found here...
on my street car ('91 nissan sentra), i added a stainless steel sump to the original fuel tank. i used a hole saw to drill holes in the bottom of the tank. then i tig'd the sump to the tank so that it surrounded the holes. my reasoning for the holes, is that they act as a baffle of sorts. there...
try looking into LP-EFI or propane electronic fuel injection conversions....this is the more expensive route, but will give better performance than the propane "carb" conversion kits.
some info
http://www.ccities.doe.gov/conference/palm/pdfs/petrich_biphase.pdf
javier...
interesting, thanks for the replies. the reason for the anodizing is for more of a "sleeper" look.
here is an example
heat exchanger guts
javier
http://www.full-race.com
as the topic states, im interested in how anodizing AL effects its thermal properties. the application in mind is a front mount intercooler or heat exchanger used on high performance automotive applications. does the anodization reduce the thermal conductivity? does it change for different...
hi everyone.
does anyone know what filler rod to use when welding a cast iron turbocharger housing to a 1018 cold rolled v-band flange? does the housing need to be pre-heated before it is welded?
here's an example
thanks
javier
Custom Turbo Applications
http://www.full-race.com
welders that run off batteries? sounds interesting. i use a miller maxstar 200sd (inverter TIG). FWIW, it only weighs about 35lbs and is extremely portable.
javier
Custom Turbo Applications
http://www.full-race.com
if a 304L, 321, or 347 ss pipe is mandrel bent/cold worked, then is it more susceptible to corrosion and the associated cracking at elevated temperatures?
the part in question is a 321 tight radius mandrel bent tube used on an automobile exhaust. its a turbocharger exhaust were high...
is greater than 100% possible?
the eq's i have found are:
VE=2*(mass flow rate_AIR+mass flow rate_FUEL)/(intake density*displacement volume*engine speed)
or
VE=1-(exhaust pressure/intake pressure-1)/(ideal gas specific heat ratio*(compression ratio -1))
i believe these eq's are for NA...