Not exact matches
Taking heat management a step further are active cooling flaps located behind the middle
air inlet, which open when the
engine runs too
hot and close when not needed, reducing drag.
Advanced aerodynamic testing from Multimatic and Lola helped the team shape the body to feed the intakes with as much fresh
air as possible, but it's just as important to extract the
engine's
hot air to prevent overheating.
Its center section is raised to clear the tall super-charger, and its reverse scoops extract
hot air from the
engine compartment.
Additionally, when the heat is on, it only blows
hot air while the
engine is revving.
Set these test conditions:
Engine set to 1800 rpm Recirulation
air direction on Fan speed on low Windows up Temp set to max cold Air outlet to dash vents Vehicle in the shade Run for at least ten minutes, longer on a hot d
air direction on Fan speed on low Windows up Temp set to max cold
Air outlet to dash vents Vehicle in the shade Run for at least ten minutes, longer on a hot d
Air outlet to dash vents Vehicle in the shade Run for at least ten minutes, longer on a
hot day.
Voluptuous shapes evacuate
hot air from the front - mounted
engine and reduce
air turbulence generated by the wheels.
Maybe something like a ground spoiler or carbing skid plate to direct
air up into your
engine bay and out a rear facing hood scoop would strip some
hot air and allow you to do some more effective experimenting with direct
air from a scoop, but I think your best results will be all the way to the side of the
engine bay or better yet through the wheel well, and / or next to a headlight
Jim theorizes that low coolant caused portions of the
engine to get too
hot, so the temperature sensing computer thought it was very cold outside, and made the fuel -
air mixture too rich (less
air).
Always complete a cool down lap before coming into the pits to get some
air to the brakes,
engine and the transmission, and once in the pits at the end of a session do not apply the handbrake as the pads can weld themselves to the discs when
hot.
When that happens, the thermostat is exposed to ambient
air, which is much
hotter (due to radiating
engine heat) than the coolant.
Usually this
hot air is cooled by using an intercooler before it's passed to the
engine.
Just drive your car until the
engine is
hot, park it and let the
engine idle, turn on the heat and fan to maximum levels, switch on the
air circulation, exit the car and close the door.
You'll also want to ensure you have the entire system burped of all
air, which also causes
hot spots inside the
engine.
Air is compressible and will turn to vapor once the
engine becomes
hot enough which is I believe what caused your damage.
Air cooled
engines tend to run
hotter.
Then I had to stop the
engine for few minutes and when I turned it on, although the AC button was pushed (glows green), the
air coming out was
hot.
My day isn't complete without the familiar embrace of lateral g - forces, the aria of a well - bred
engine rising to fortissimo, the
hot tang of brake dust and hard - working tires filling the
air.
Not just exhaust gases but also
hot air from the
engine compartment come through these equally dramatic circles.
Slow driving will cause greater heating as there's less airflow over the
engine to cool it, and if the
air temperature is
hot to begin with the
air will cool it less.
Plus, a «Halo Hood» that pops through the regular carbon hood to accommodate the taller LT5
engine and help to extract
hot under - hood
air.
The 2007 Dodge Caliber SRT4's hood incorporates a functional scoop that brings cooling
air into the
engine compartment, and a pair of extractors that exhaust
hot air.
Further alterations are directed at the hood, which receives a characteristic power dome to better accommodate the
engine and provide adequate pedestrian crash protection, and the front fenders, which are more heavily flared and adopt a vent to extract
hot air from the
engine bay.
The advantages of the «
hot inner V»: a compact
engine design, spontaneous response from the turbochargers and low exhaust emissions thanks to optimum
air flow for the close - coupled catalytic converters.
In most cases, when your heater blows cold
air and the
engine temperature is
hotter than normal, it usually indicates an obstruction of debris inside the heater core.
Especially when
hot, when the
engine gets a leaner mixture of
air and fuel, the idle
air control will have a greater effect on idle...
Powered by a Ford Coyote 5.0
engine, this Galaxie has Dakota Digital gauges, Baer brakes and plenty of Legens
Hot Rod Shop parts, including a custom hood scoop, front bumpers with
air dam, custom side trim and much more.
* Form follows function: distinctive centre
air intake and vertical grilles feed larger volume of
air (+ 10 %) to turbocharger intercoolers while bonnet vents extract
hot air from
engine bay * Subtly curved rear wheel arches with newly tooled side panels accommodate increased rear track of the uprated chassis and provide muscular stance * Distinctive «smoked steel finish» to all exterior «brightware», including the first automotive application of «Physical Vapour Deposition'to stainless steel * Larger, twin elliptical exhaust tailpipes and rear valance with discreet vertical divider * 2 new pearlescent and 2 new matt finish colours * Unique driver - focused, two - seater cabin with lightweight sports seats, giving a 45 kg (99 lb) weight saving * Rear seats replaced by stowage deck with carbon fibre luggage retaining beam * AlcantaraTM, carbon fibre and «Soft Touch» leather provide a very different interpretation of Bentley craftsmanship with choice of Single Tone and Duo Tone combinations
Up front a pair of LED lit vertical headlamps sit on either side of the classic Corvette cross flag emblem and ahead of an all new carbon fiber hood vent that serves to extract
hot air out from the
engine bay and channel it over the car (as opposed to passing it underneath), increasing down force and making the C7 Stingray go around corners with the greatest of ease, while fender vents are complimented by a pair of sharp looking stingray emblems.
This 1970 Goat Drop - Top features a Pontiac Ram -
Air 400
engine, hood - mounted tachometer, and all of the ambience that only driving a convertible
hot - rod on a warm summer evening can offer.
boosts
engine performance by drawing
air through the grille in normal or
hot conditions, or drawing
air through the fender when it's wet or snowy.
This isn't just an intake glued on top of the original
engine cover, nope, DMC completely replaces the factory unit with a new one that looks so much more aggressive while it also is functional... it actually draws more
air into the
engine compartment, which in case of this
hot headed V12 Raging Bull is a good thing.
That fender vent is also functional, pulling
hot air from the
engine bay.
The signature performance hood with centre
air - inlet ducts and two heat extractors removes
hot air from the
engine compartment for improved performance.
The
engine is force - fed fuel and
air via direct injection and a pair of twin - scroll turbochargers mounted in a «
hot inside V» configuration.
What's
hot: Pentastar 3.6 L, fuel economy, Quadra - Lift
air suspension adjustability, tight structure What's not: Quadra - Lift
air suspension thud and rough ride at the highest setting, no rear limited - slip or locker Our take: The new, powerful, efficient 3.6 L Pentastar V - 6 is a fantastic
engine and a great compliment to the capable Grand Cherokee
An exclusive SVR hood features vents to help extract
hot air from the
engine bay, providing visual evidence of the car's dynamic intent.
The new hood definitely lends the SUV a good amount of sporty flair, but it's also functional, with those vents and louvers providing a means of egress to the
hot air inside the
engine bay.
The bonnet was adorned by two reversed NACA ducts to extract
hot air from the
engine bay, as on the Karif.
MXP cold
air intakes by AIRAID are specially designed to get the
hot air out of the
engine and boost cold
air flow, which improves horsepower, torque and overall performance.
The new trucks have a sealed front end that uses cooling
air more efficiently and the
engine air intake is isolated from the
hot engine compartment to keep intake
air cooler.
Long Haul Bow Tie Vehicle: 2003 Chevy Silverado 2500HD 4X4 Owner: Shaughn «Shoggin» Reid Location: Drove 8,600 miles from Los Angeles to Pitman, New Jersey Chassis: Stock hydroformed GM frame rails
Engine: LB7 Duramax turbo diesel, AFE
air filter, Optima batteries, Edge
Hot Juice programmer, So Cal Diesel tuning Drivetrain: Allison transmission, ATS torque convertor, ATS transmission pan, Amsoil transmission oil, polished aluminum rear driveshaft, 14 - bolt rear differential, Oasis cover, Amsoil gear oil Suspension: Front RCD 6 - inch lift, RCD lower control arm drop brackets and steering knuckles, fabricated chromoly upper control arms with uniballs and dual shock mounts, fabricated shock hoops, custom sway bar links, Deaver leaf springs in the rear, 5,000 - pound
air bags, long shackles, Bilstien 7100 reservoir shocks, dual ProComp Explorer ES9000 shocks Steering: PSC power steering pump, 0.75 in.
The exterior of the 2015 Saleen S302 Mustang includes custom tailored front and rear fascias, a grille and lower
air dam that provide the supercharged
engine with sufficient ambient
air, a functional Saleen heat extractor hood that allows the
engine to breathe during the
hottest competition, a functional rear diffuser, and a high - downforce wing that offers premium aerodynamic performance at high speeds.
The Camaro's new hood features carbon fiber insert with a heat extractor that allows
hot air to be pulled from the
engine compartment so that the
engine is further cooled.
The
air intakes are functional and feed a V - 6
engine beneath the hood, while the hood vents are active — they articulate to allow
hot underhood
air to escape.
What's more, the two openings in front of the cover extrude
hot air from the
engine bay, which is much needed, since the ZR1 packs eight very angry cylinders.
Unique filter box or no - box, open - element design (depending on application) keeps
hot air from
engine bay out of intake system
Long story short — a
Hot V engine uses reverse - flow cylinder heads that pull cool air from two separate intake manifolds mounted on the outside of the engine and expel the hot exhaust towards the inside of the engine's V. Basically, the intake and exhaust manifolds trade plac
Hot V
engine uses reverse - flow cylinder heads that pull cool
air from two separate intake manifolds mounted on the outside of the
engine and expel the
hot exhaust towards the inside of the engine's V. Basically, the intake and exhaust manifolds trade plac
hot exhaust towards the inside of the
engine's V. Basically, the intake and exhaust manifolds trade places.
The SUV comes with active
air flaps (located in the middle grille) that open when the
engine's too
hot to enable cooling while staying closed the rest of the time to reduce drag.
The
air cleaner seals around the bottom of the hood, helping reduce the chance recirculated
hot air will be drawn into the
engine.
Another is disc brakes fade less when
hot, and in a heavy vehicle
air and rolling drag and
engine braking are small parts of total braking force, so brakes are used harder than on lighter vehicles, and drum brake fade can occur in a single stop.