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A sleeve valve takes the form of one (or in the case of double sleeve valves, two) machined cylinders which fit concentrically between the piston and the cylinder block bore of an internal combustion engine having cross-flow induction/exhaust.
The Knight engine is an internal combustion engine, designed by American Charles Yale Knight (1868-1940), that uses sleeve valves instead of the more common poppet valve construction. These engines were manufactured in the large quantities in USA, Knight's design was made a commercial success by development in England, while the French ...
The Bristol Hercules is a 14-cylinder two-row radial aircraft engine designed by Sir Roy Fedden and produced by the Bristol Engine Company starting in 1939. It was the most numerous of their single sleeve valve (Burt-McCollum, or Argyll, type) designs, powering many aircraft in the mid-World War II timeframe.
Willys-Knight introduced a sleeve-valve V8 in 1917, which was sold until 1919. Willys-Knight enjoyed a production run average of 50,000 cars per year after 1922. Willys also purchased Stearns-Knight of Cleveland, Ohio, which also used a sleeve valve Knight Engine, making that marque the crown jewel in his growing automotive empire.
This category contains piston engines which use sleeve valves. Subcategories. This category has only the following subcategory. C. Cars powered by Knight engines (19 P)
Mark IV tank used in World War I, equipped with sleeve valve engines. Daimler-Knight's sleeve valve engines were used in the first British tanks in World War I such as the Mark I tank, Mark II tank, Mark IV tank and others. Later, the sleeve valve technology invented by Charles Yale Knight will be modified and used by the British to build ...
The Argyll aircraft engine was the first four stroke sleeve valve engine built for aircraft use. Manufactured by the Scottish car maker Argylls in 1914, the engine was a 120 hp straight-six design utilising Burt-McCollum single sleeve valves which eliminated the need for poppet valves.
The result was a Bristol Mercury-sized engine adapted to the sleeve valve system, the Perseus, and its smaller cousin, the Bristol Aquila. The first production versions of the Perseus were rated at 580 horsepower (433 kW), the same as the Mercury model for that year, which shows that the sleeve system was being underexploited.