I did have a rebuttal, but either side of the argument really simply just boils down to «I do think it fits because robots etc.» or «I don't think it fits
because fuel engine sounds etc.».
Not exact matches
Notably, GE's new jet
engine uses a series of sophisticated 3 - D - printed
fuel nozzles; they are lighter and far more durable
because intricate cooling channels have been built into them.
Companies who produce both light motor oils and lubricants as well as
fuel and
engine additives with very low viscosities are likely to find these machines very attractive
because they are easy to setup, require few to no changeparts and can fill a wide range of container sizes.
Fuel cells are far greener than gas - powered engines because they produce electricity without burning up the hydrogen (or other fuel) that powers t
Fuel cells are far greener than gas - powered
engines because they produce electricity without burning up the hydrogen (or other
fuel) that powers t
fuel) that powers them.
The lightest — those with the shortest carbon chains — make good motor
fuels because they are easily vaporized in
engines.
Two - stroke
engines produce a lot of pollution
because the
fuel - air mixture in them gets contaminated with the
engine's lubricating oils.
That's
because fermenting corn into ethanol delivers less liquid
fuel energy for internal combustion
engines than does burning the kernels to generate power for electric motors.
Because the process makes a blend of hydrocarbons, it does not lack the aromatic compounds that seal aircraft
engines, like the biojet
fuel produced from camelina oil by UOP.
The use of alcohol as a
fuel for internal combustion
engines, either alone or in combination with other
fuels, has been given much attention mostly
because of its possible environmental and long - term economical advantages over fossil
fuel.
For example, European Union standards favoring
fuel - efficient diesel cars over gasoline cars may lead to more warming,
because diesel
engines release 40 to 250 times as much soot as gasoline
engines.
Trawling for crustaceans burns the most
fuel because of the large amounts of
engine force required to drag thin - meshed nets along the sea floor.
The reason for this choice is that constant - speed races like the Indianapolis 500, which take place on oval tracks, are better for internal combustion
engines because those are most efficient at constant speed, yet waste
fuel and create extra pollution in stop - start driving.
Diesel
engines burn their
fuel more efficiently compared to their gasoline counterparts — and thus emit considerably lower quantities of the greenhouse gas carbon dioxide (CO2)-- mainly
because diesel
engines work with excess air in so - called lean - burn mode.
One advantage of the dark matter
engine would be that a spaceship wouldn't need to carry much
fuel,
because it could gather more along the way from the abundant dark matter in parts of the universe.
Because of the relationship of heart rate to stress hormones to
fuel utilization, the fat - burning
engine is primarily active at a lower fat - burning heart rate and the sugar - burning
engine is primarily active at a higher sugar - burning heart rate.
So, this cyclist has a higher - MAF - HR while on the bike (cause powerful muscles), and a lower - MAF - HR while hand pedaling on the sailing yacht (cause much less powerful muscles)-- this
because the
fuel system adapts to the
engine's power.
When the body is primarily using fat for
fuel as exercise, increasing carbohydrate won't be a big help
because the body's fat - burning
engine (which is what the body will depend on for racing) won't be availing itself of those carbohydrates as a main source of
fuel.
Because the government understands that to maintain a lean, strong physique, you need to
fuel your body's primary fat burning
engine... your muscles!
Insofar as that aerobic
engine becomes more powerful, you'll have less body fat,
because that's where its
fuel is coming from.
For example, the reason that just about everyone hits the wall during a marathon is
because just about everyone runs at a far higher consumption of energy than their fat - burning
engine can produce — which is why they must rely on relatively small sugar stores for
fuel, which is why they run out of energy at mile 17, and start losing power at mile 10.
Besides, your
engine is probably running better (maybe)
because you placing your hand there doesn't entirely kill the
engine but simply makes the air -
fuel ratio rich (this makes the
engine smile).
Higher
engine speeds should give you more power, automatically,
because more
fuel is burnt and more power strokes occur.
This all - new four - cylinder
engine runs smooth thanks to internal balance shafts to counteract vibration, combines power with good
fuel efficiency thanks to variable valve timing / lift and direct
fuel injection, and operates with an easy, free - revving liveliness thanks to careful detailing to reduce friction and
because, well, that's just the Honda way.
Many hybrid electric vehicles achieve higher
fuel economy ratings in the city (e.g. 2017 Toyota Prius, 54 - city, 50 - highway) than on the highway
because the electric motor recharges when braking and turns off the gas - powered
engine when stopped; this is especially beneficial to those who do a lot of city driving
because, while 100 % gas vehicles will get better mileage on the highway vs. the city, hybrids are the opposite.
One reason it might run for a minute is
because the
fuel system will pressurize at KOEO, and then start to deplete the pressure as soon as the
engine runs.
Your
fuel consumption will be slightly worse, but you'll still come out ahead
because you won't have to strip and rebuild your
engine.
I'm guessing the
engine is starving for
fuel because it needs a good cleaning.
It seems that the reason this
engine can afford such a high CR is
because it is intended to be used with detonation - resistant race
fuel.
A vacuum leak can trigger a «check
engine» light
because the
fuel system is running too «lean,» meaning it has a greater mix of air than is ideal.
I've read on the internet, in a couple of maintenance books and asked a few buddy mechanics and they all seem to point to the fact that a healthy diesel
engine should not produce black smoke and that the common reason why this happens is
because of too much
fuel to not enough oxygen leading to incomplete combustion.
Where you get issues is that you probably need not just the
engine but matching ECU, clocks and keys
because the
fueling and ignition timing is all specific to the
engine fitted.
There are no diesel
engines,
because the hybrid system costs about the same as a diesel would cost and achives similar
fuel efficiency with a cleaner exhaust.
this may be of interest to you, I was chasing a P2293 and 171 507 and I think a 174 code on a 2006 Jetta GLI, I had replaced the «Low Pressure»
fuel pump and also the high pressure pump cam follower (that's where you helped), BUT
because I am a small business (just me) I can not afford all the diagnostic equipment that Mr VW can, so I sent the customer to Mr VW to diagnose the problem, they assured her it was the Vacuum pump, so I purchased and fitted it and sent her on her way, oh shit phone call check
engine light back on, when I checked the 2293 code had gone but not the others, why am I not surprised VW screwed a customer!!!
Another possibility is a leaky
fuel rail in the
engine compartment, which there is a TSB for, and a much more dangerous situation
because that would mean gas fumes are present.
Just
because you have
fuel flow to the
engine, doesn't mean the injector pump is working.
In the most general terms, the
engine isn't running
because there is either too much air or too much
fuel.
I would suggest that the OP's modern 10.5:1 CR
engine can cope with lower octane
fuel because of advances in combustion chamber design.
All this is perfectly normal, of course,
because the Cayenne S E-Hybrid is just in what Porsche calls «sailing» mode, coasting with the
engine shut down to save
fuel.
Engine braking happens because when you let off the gas pedal at speed the car makes the choice to provide 0 fuel to the engine allowing the engine to be rotated by the rotation of the tires, unlike when stopped and you release the gas pedal it maintains an
Engine braking happens
because when you let off the gas pedal at speed the car makes the choice to provide 0
fuel to the
engine allowing the engine to be rotated by the rotation of the tires, unlike when stopped and you release the gas pedal it maintains an
engine allowing the
engine to be rotated by the rotation of the tires, unlike when stopped and you release the gas pedal it maintains an
engine to be rotated by the rotation of the tires, unlike when stopped and you release the gas pedal it maintains an idle.
According to some sources it's best to drain the gas and put in a fresh tank before starting it,
because the gas will have gone bad and can damage the
fuel injectors or other parts of the
engine.
As @SteveRacer highlights in his answer, this is a concern for port injection setups when the
engine is cold,
because the
fuel isn't atomized well.
Explanation I eventually came across was that injectors leak while
engine is off
because fuel lines are still pressurized.
The overdrive gear allows the
engine to operate at lower rpm while maintaining the given vehicle speed, thus requiring less
fuel because the
engine is doing less work.
We can probably assume this powerplant was not one of the original Gen III V - 10s, though,
because it has DOD — Displacement on Demand, with cylinder deactivation that turns the V - 10 into a five - cylinder for better
fuel mileage — and variable valve timing like the Gen IV
engines, as well as an LS3 / L92style rectangular port head.
We can probably assume that this
engine was not one of the original Gen III V - 10s, though,
because it has DOD (Displacement on Demand — cylinder deactivation on the passenger bank that turns the V - 10 into an inline 5 - cylinder for
fuel mileage) and VVT (variable valve timing) like the Gen IV
engines as well as an LS3 / L92 - style rectangular [intake] port and [D - port exhaust] head.
Engine braking in a premix two - stroke engine can be extremely harmful to the engine, because cylinder and piston lubricant is delivered to each cylinder mixed with
Engine braking in a premix two - stroke
engine can be extremely harmful to the engine, because cylinder and piston lubricant is delivered to each cylinder mixed with
engine can be extremely harmful to the
engine, because cylinder and piston lubricant is delivered to each cylinder mixed with
engine,
because cylinder and piston lubricant is delivered to each cylinder mixed with
fuel.
They wear out
because of poor quality
fuel, and their dust is absorbed by the
engine.
Direct injection guarantees improved
engine performance
because of the cooling effect of the injected
fuel inside the cylinder and the fact that the
fuel is injected directly into the chamber rather than passing through the intake valves.
A bad
fuel pump can lead to a rough running
engine because it is not getting enough
fuel.
You will get this
fuel economy
because of start / stop system that will turn off the
engine at idle to save
fuel.