In an attempt to understand the Motor vs Engine debate, we must first understand how an engine works. An engine converts energy (potential energy) into physical energy ( kinetic energy ) through the power of rotation. The output of the engine is either torque or velocity. To understand the efficiency of each type of engine, lets consider their source of power.
Direct Or Indirect Current
Electrical engines convert mechanical energy into electrical energy through the use of a direct or indirect current. The most common type of electrical engine is the electrical motor. The basic difference between an electrical and a mechanical engine is that an electrical engine converts electrical energy directly into mechanical energy, while a mechanical engine converts mechanical energy directly into electrical energy. IE: A car engine converts a battery charge ( DC engine power ) into mechanical energy, which it then converts into an electrical signal (the transmission of power from the alternator to the batteries). This basic understanding will help us to distinguish and compare each major type of engine.
All engines work on the same principle, but the way they do it varies greatly. Here are some examples of the major types of engines.
Motor vs Motor
There are two major types of motors for use in the USA. These are the friction induction and the screw ignition. The screw ignition occurs when a crankshaft is used to apply force to a stationary shaft and to cause the valve to close. Friction induction motors work with the help of heat energy which occurs naturally with engine operation.
The first major type of engine vs motor is the outboard motor. This refers to the engine located behind the driver’s seat in an aircraft. The air-fuel mixture enters the engine via the inboard motor and the compression of the air fuel gas results in combustion. The fuel gases are oxidized by the burning process to create energy. The air that is released during the process is a mixture of water vapor and carbon dioxide. The inboard motor distributes the fuel and air to all components of the air-fuel system.
The second major type of engine vs motor is the marine engine. This is used in both commercial and residential vessels. These are engines that are mounted on the hull of the vessel and are powered by electrical sources, such as diesel fuel or air fuel. They have experienced many improvements in design over the years and are now used in commercial and residential applications alike.
The final type of engine vs motor we will look at is the hydraulic engine vs motor. This is the engine mounted in helicopters and other similar aerial vehicles. Although it uses mechanical power to propel itself, it also has an electrical power source and is connected to the rest of the vehicle for additional mechanical vigor.
Understanding the differences between engine vs motor design is not difficult. When you use our website, you will have access to a database that contains information on all of the different types of engines and their mechanical makeup. As you research this database, you will also be able to compare different crankshafts to find out which may be right for you. You can rest assured, if you do your homework, you will understand the difference between mechanical crankshafts and engine vs motor, just as you should understand the difference between the different types of airplanes.