DS200DCFBG1BLC | GE | Impulsive action principle

Description

DS200DCFBG1BLC | GE | Impulsive action principle

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Basic principle of DS200DCFBG1BLC
It can generally be achieved through two different principles of action: one is the impulse action principle, and the other is the reactionary action principle.
1. DS200DCFBG1BLC Impulse Action Principle
When a moving object collides with another object with a lower velocity, it will be obstructed and change its velocity, while giving the obstructing object a force, which is called impulse force. The magnitude of the impulse force depends on the mass of the moving object and the changes in velocity. The greater the mass, the greater the impulse force; The greater the speed change, the greater the impulse force. The object affected by the impact force changes its speed, and the object does mechanical work.

The simplest single stage impulse turbine structure is shown in Figure 1-1. Steam expands in nozzle 4, causing a decrease in pressure and an increase in velocity. The thermal energy of steam is converted into its kinetic energy. When the high-speed airflow passes through blade 3, DS200DCFBG1BLC undergoes a change in airflow direction, which generates an impulse force on the blade, pushing impeller 2 to rotate and do work, converting the kinetic energy of steam into mechanical energy for shaft rotation. The principle of using impulse force to do work is called the impulse action principle.

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