I cannot wrap my head around this.
In: 1
Ultrasonic drilling is a process that uses sound waves to make holes in hard materials like metal and stone. The sound waves vibrate at a very high frequency, which creates a lot of heat and pressure. This heat and pressure breaks down the material, allowing a drill bit to cut through it.
Ultrasonic drilling is a process that uses sound waves to make holes in hard materials like metal and stone. The sound waves vibrate at a very high frequency, which creates a lot of heat and pressure. This heat and pressure breaks down the material, allowing a drill bit to cut through it.
It’s basically like throwing a brick in a washing machine to make it destroy iself, only on a really small scale.
You introduce vibrations (i.e. sound) into the material until it tears itself apart at the molecular level.
It’s basically like throwing a brick in a washing machine to make it destroy iself, only on a really small scale.
You introduce vibrations (i.e. sound) into the material until it tears itself apart at the molecular level.
Like pretty much all waves, sound can transfer energy.
Shorter wavelengths are more focusable/localizable which is why ultrasonics is used. You can transfer more energy across a smaller area. Try drilling a hole with a super loud 20 HZ subwoofer–it’s not practical (wavelength is about 17m).
Transfer enough energy to a material and you will cause it to break–that’s why we drop bombs on buildings, and throw bullets at people to destroy them.
Like pretty much all waves, sound can transfer energy.
Shorter wavelengths are more focusable/localizable which is why ultrasonics is used. You can transfer more energy across a smaller area. Try drilling a hole with a super loud 20 HZ subwoofer–it’s not practical (wavelength is about 17m).
Transfer enough energy to a material and you will cause it to break–that’s why we drop bombs on buildings, and throw bullets at people to destroy them.
I cannot wrap my head around this.
In: 1
Ultrasonic drilling is a process that uses sound waves to make holes in hard materials like metal and stone. The sound waves vibrate at a very high frequency, which creates a lot of heat and pressure. This heat and pressure breaks down the material, allowing a drill bit to cut through it.
Ultrasonic drilling is a process that uses sound waves to make holes in hard materials like metal and stone. The sound waves vibrate at a very high frequency, which creates a lot of heat and pressure. This heat and pressure breaks down the material, allowing a drill bit to cut through it.
It’s basically like throwing a brick in a washing machine to make it destroy iself, only on a really small scale.
You introduce vibrations (i.e. sound) into the material until it tears itself apart at the molecular level.
It’s basically like throwing a brick in a washing machine to make it destroy iself, only on a really small scale.
You introduce vibrations (i.e. sound) into the material until it tears itself apart at the molecular level.
Like pretty much all waves, sound can transfer energy.
Shorter wavelengths are more focusable/localizable which is why ultrasonics is used. You can transfer more energy across a smaller area. Try drilling a hole with a super loud 20 HZ subwoofer–it’s not practical (wavelength is about 17m).
Transfer enough energy to a material and you will cause it to break–that’s why we drop bombs on buildings, and throw bullets at people to destroy them.
Like pretty much all waves, sound can transfer energy.
Shorter wavelengths are more focusable/localizable which is why ultrasonics is used. You can transfer more energy across a smaller area. Try drilling a hole with a super loud 20 HZ subwoofer–it’s not practical (wavelength is about 17m).
Transfer enough energy to a material and you will cause it to break–that’s why we drop bombs on buildings, and throw bullets at people to destroy them.
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