Engine - driven fans can become unreliable at
constant high engine speeds, so they can be removed and a good quality electric fan used instead.
Not exact matches
Inside a gas turbine
engine, a combustor is fed
high pressure air that is heated by
constant pressure.
However, all other variables being held
constant, using a
high octane fuel allows you to design a
higher compression
engine to take advantage of that octane number.
The auto trans is using hydraulic clutches to keep the
engine in the
highest torque / power band and changes rapidly between the gears - why there are now 5,6 or 7 speeds available also cvt (
constant variable transmission).
So, we have an
engine design trend for vehicles (that are designed to carry varying weight) that reads like this; more *
constant /
high value torque over a greater rev range, preferably starting as low as possible within the rev range, and with efficiency, reliability, and economy if possible.
For example, at the red light when idling and without touching the gas pedal, the
engine in some cases starts «hunting», oscillating between the usual minimum rpm and an
higher value like I was giving rpetitive pushes to the pedal, or, more frequently, the
engine start keeping a quite
high rpm (I estimate 2000 - 3000 rpm), VERY
constant, before dropping back to normal.
The first part is when the
engine is in charge with the hand brake on and the second part is on the move with that noise coming constantly only when in 3rd gear at about 2200 - 2300 RPM, can hear the noise in 2nd 4th and 5th gear only when trying to drive with
constant speed and in a gear too
high for the actual speed.
And eventually on
higher mileage Subaru
engines the head gaskets form an external leak, Not to mention
constant failure of the spark plug tube seals.
In this mode, the combustion
engine powers the car whilst at the same time, the
high voltage battery can retain charge at a
constant level or indeed increase charge via a generator.
Constant upstream air pressure, atmospheric for naturally aspirated and
higher for turbocharged
engines, together with the extremely fast air mass control, cylinder - by - cylinder and stroke - by - stroke, result in a superior dynamic
engine response.
The PDK has new «fuel - saving virtual gears», which are supplemental virtual intermediate gears that reduce
engine speed during
constant cruising when the next
higher gear would reduce
engine speed too much.
Engine parts are in
constant contact with each other and when running they are moving at
high speeds and cold weather and break down the protective barrier that motor oil creates.
When driving at
constant speeds, if the
engine is on, the system operates in
high range at lower
engine speeds and powers.
The M Performance TwinPower Turbo inline - six in the M235i Convertible offers an infectious blend of responsive power,
high revving ability and powerful torque that remains
constant over a wide
engine speed range.
The
high torque levels available at low revs from the electric motor allowed the engineers to optimise the internal combustion
engine's performance at
higher revs, thus providing a
constant supply of exceptional power throughout the rev range.
The
engine drives a generator that produces power as required while driving to maintain a
constant level of charge in the
high - voltage battery.
Engines do not develop
constant power at all speeds; they have specific speeds where torque (pulling power), horsepower (speed power) or fuel efficiency are at their
highest levels.
This powerplant of the third generation EA888
engine series transmits its maximum torque of 320 Nm to the front wheels at a low 1,500 rpm; this
high torque figure stays
constant up to a speed of 4,400 rpm — giving the GTI
engine a torque curve that is hardly traditional; it features an extremely sporty torque plateau.