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Is it normal for trains to shake a lot?

Like cars, boats and planes, riding on a train can cause motion sickness too. Commuter trains tend to rock and stop frequently. Double-decker trains can be great for viewing scenery, but also tend to sway.



Yes, it is generally normal for trains to experience significant shaking, vibration, and swaying, a phenomenon known as "hunting oscillation" or simply "ride quality." This movement is caused by several factors, primarily the interaction between the steel wheels and the steel rails. Because train wheels are tapered (conical) rather than flat, they naturally "hunt" for the center of the track, creating a slight side-to-side swaying motion. At higher speeds, this oscillation can become more pronounced. Other causes include "rail joints" (the gaps between sections of track), curves in the line, and unevenness in the "ballast" (the crushed stone support under the tracks). Modern high-speed trains like the Shinkansen or TGV use "active suspension" systems and welded "continuous" rails to minimize this, but older commuter or freight-heavy lines can be quite bumpy. While constant vibration is standard, sudden, violent "jolts" or loud metal-on-metal grinding noises might indicate a flat spot on a wheel or a track defect. For the most part, however, the rhythmic swaying and rattling of a train are expected results of heavy machinery moving at high speeds over a rigid surface, and rail cars are designed to flex and absorb these forces to ensure safety.

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Summarising from the article: the vibration arises because the track is not completely smooth and the train wheels are not perfectly circular. As the train moves along thetrack, the result is an oscillating force at each wheel/track contact, and this is transmitted to the ground at each sleeper/ground contact.

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Train journeys are shaky and noisy because rails are NOT smooth, there ARE bumps on them and there ARE joints on them they are NOT straight but wavy. As simple as that. They may look like smooth and straight from a distance but they are not.

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Commuter trains tend to rock and stop frequently. Double-decker trains can be great for viewing scenery, but also tend to sway. Higher-end bullet trains can ride quite a bit more smoothly but then no train is considered completely free of motion sickness triggers.

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Trains do create vibration, and if you live close enough to the tracks, you can probably feel it when the train goes by. However, there is a very large difference between the point at which a human feels vibration and the point at which vibration can cause damage to even the most fragile structures.

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Railway wheelsets. A classical hunting oscillation is a swaying motion of a railway vehicle (often called truck hunting or bogie hunting) caused by the coning action on which the directional stability of an adhesion railway depends. It arises from the interaction of adhesion forces and inertial forces.

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It is suggested in general that vibrations are not noticeable at distances over 300 m from the railway [23].

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Rail squeal is a screeching train-track friction sound, commonly occurring on sharp curves. Squeal is presumably caused by the lateral sticking and slipping of the wheels across top of the railroad track. This results in vibrations in the wheel that increase until a stable amplitude is reached.

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Roughness and irregularities on the wheel and rail surfaces are a source of noise and vibration. Rail joints and squats on the rail cause a familiar clickety-clack sound as train wheels roll over them.

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Trains do create vibration, and if you live close enough to the tracks, you can probably feel it when the train goes by. However, there is a very large difference between the point at which a human feels vibration and the point at which vibration can cause damage to even the most fragile structures.

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Why do trains honk so loud at night? To warn other vehicles they are coming. Particularly at junctions with roads. Usually its cooler at night, and colder air seems to transmit sound more readily.

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Vibration is transmitted into your hands and arms when using hand held / operated tools and machinery. Excessive exposure can affect the nerves, blood vessels, muscles and joints of the hand, wrist and arm causing Hand-Arm Vibration Syndrome (HAVS).

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Earplugs: Wearing earplugs can combat the train noise and help you sleep through the night. White noise: A white noise machine or app will provide a constant low-level background noise that can help you sleep through occasional train whistles.

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