2025-09-18

Working principle of motor

Working principle of motor
The working principle of a motor is based on Faraday's law of electromagnetic induction and Ampere's law of force, with the core being the rotation of a current carrying conductor under force in a magnetic field.

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2025-09-18

Principles and core advantages of diesel engine technology

Principles and core advantages of diesel engine technology
Diesel engines generate high temperatures (500-700 ℃) through compressed air, causing diesel to self ignite without the need for spark plugs. Its working cycle is divided into four stages: intake, compression, power generation, and exhaust, similar to gasoline engines, but with a different way of forming the mixture.

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2025-09-18

Application field of electric motors

Application field of electric motors
Electric motors are widely used in various fields such as information processing, audio equipment, automotive electrical equipment, national defense, aerospace, industrial and agricultural production, and daily life.

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Classification of mechanical parts

Gears: Transmission of power through tooth profile meshing, divided into straight teeth, helical teeth, bevel gears, etc., applied in scenarios such as gearboxes and automotive transmissions.

18

2025/09

Design principles for mechanical components

The parts need to meet the functional requirements of the equipment, such as gears that need to transmit specified torque and have low noise.

18

2025/09

Material selection and heat treatment of mechanical parts

Carbon steel (such as 45 # steel): used for general structural components, with low cost but poor corrosion resistance.

18

2025/09

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