friction heat的意思|示意

美 / ˈfrikʃən hi:t / 英 / ˈfrɪkʃən hit /

摩擦热


friction heat的用法详解

Friction heat is a form of energy—heat energy—that is generated when two surfaces rub together. It is generated due to the friction between the two surfaces. This type of heat is usually accompanied by a strong noise, sometimes referred to as a grinding or a squeaking sound.

Friction heat occurs most commonly when two surfaces are repetitively rubbed against one another as can be seen when two pieces of metal grind together. Another example of friction heat is the heat generated when brakes are applied to a vehicle. This is due to the rubbing of the brake pads against the brake disc, producing heat and noise in the process.

Friction heat can also be found in everyday objects like door hinges and locks. When these are used frequently, the friction between the metal parts will generate a small amount of heat and a low level of noise.

Friction heat is also a factor in industrial processes and manufacturing. For example, parts subjected to high levels of friction will generate a significant amount of heat and can potentially cause damage to the parts. This heat must be accounted for in the design and process of the parts to ensure they can withstand the extreme temperatures generated.

Friction heat is also used in welding and cutting processes. The heat generated due to the friction between the cutting tool and the workpiece is what enables the welding or cutting to take place.

In conclusion, friction heat is a form of energy that is generated whenever two surfaces are rubbed together, and can be found in everyday objects. It is also an important part of industrial processing and manufacturing, as the heat generated must be accounted for to ensure parts are not damaged.

friction heat相关短语

1、 gas friction-heat transfer chart 气体摩擦与热传递关系曲线图

2、 heat friction 摩擦阻力损失

3、 heat transfer and friction characteristics 传热与阻力特性

friction heat相关例句

Friction heat was important to tribological behavior of NBR.

摩擦热对丁腈橡胶的摩擦磨耗规律具有直接的影响.

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Shuangzhangheshi, before and after the campaign of friction - heat.

双掌合十, 前后运动摩擦致微热.

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The friction heat flow density of single tooth affects temperature distribution of the gear body most.

单轮齿摩擦热流密度对斜齿轮本体温度分布梯度影响较大.

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During crude oil flows along pipeline, friction heat will result from friction resistance.

考虑到原油在沿管道向前流动的过程中, 由于摩擦阻力而产生摩擦热.

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