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Can I read Theoretical Studies Of The Influence Of The Air Flow Rate In Front Of The Radiator Front On The Fuel Consumption Of The Car Engine on EtoBox?

Theoretical Studies Of The Influence Of The Air Flow Rate In Front Of The Radiator Front On The Fuel Consumption Of The Car Engine by Nikolai V. Kholshev; Dmitry N. Konovalov; Anatoly A. Lavrenchenko is a Engineering article available to read on EtoBox.

What is Theoretical Studies Of The Influence Of The Air Flow Rate In Front Of The Radiator Front On The Fuel Consumption Of The Car Engine about?

The increase in the cost of fuel for motor vehicles causes not only the search for alternative energy sources and the use of new engine designs for cars, but also the search for ways to reduce fuel consumption in existing cars with an internal combustion engine by improving their design. The power generated by the internal combustion engine is spent not only on the drive of the driving wheels, but also on the drive of auxiliary equipment that provides the ability to operate the engine and its systems, as well as increasing the safety and comfort of movement. By reducing the power to drive the auxiliary equipment or its operating time, it is possible to reduce the fuel consumption of the engine. A mandatory element of any car equipped with an internal combustion engine is the cooling system, which in its composition contains a radiator that provides heat transfer of excess heat to the atmosphere and a fan that intensifies this process if necessary. The operating time of the fan directly affects the fuel consumption of the car engine, therefore, by reducing the operating time of the fan, you can reduce fuel consumption. This can be achieved by increasing the value of the total heat t

Who reads Theoretical Studies Of The Influence Of The Air Flow Rate In Front Of The Radiator Front On The Fuel Consumption Of The Car Engine?

It is typically read by researchers, students, and practitioners in Engineering.

Author
Nikolai V. Kholshev; Dmitry N. Konovalov; Anatoly A. Lavrenchenko
Publisher
Science and Innovation Center
Published
2021
Language
EN
Field
Engineering (Physical Sciences)

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