Damping is an influence within or upon an oscillatory system that has the effect of reducing, restricting or preventing its oscillations. In physical systems, damping is produced by processes that dissipate the energy stored in the oscillation. Examples include viscousdrag in mechanical systems, resistance in electronic oscillators, and absorption and scattering of light in optical oscillators. Damping not based on energy loss can be important in other oscillating systems such as those that occur in biological systems.
The damping of a system can be described as being one of the following:
For example, consider a door that uses a spring to close the door once open. This can lead to any of the above types of damping depending on the strength of the damping. If the door is undamped it will swing back and forth forever at a particular resonant frequency. If it is underdamped it will swing back and forth with decreasing size of the swing until it comes to a stop. If it is critically damped then it will return to closed as quickly as possible without oscillating. Finally, if it is overdamped it will return to closed without oscillating but more slowly depending on how overdamped it is. Different levels of damping are desired for different types of systems.
Damping is a technique in music for altering the sound of a musical instrument. Damping methods are used for a number of instruments.
Guitar
On guitar, damping (also referred to as choking) is a technique where, shortly after playing the strings, the sound is reduced by pressing the right hand palm against the strings, right hand damping (including Palm muting), or relaxing the left hand fingers' pressure on the strings, left hand damping (or Left-hand muting). Scratching is where the strings are played while damped, i.e., the strings are damped before playing. The term presumably refers to the clunky sound produced. In funk music this is often done over a sixteenth note pattern with occasional sixteenths undamped.
Floating is the technique where a chord is sustained past a sixteenth note rather than that note being scratched, the term referring to the manner in which the right hand "floats" over the strings rather than continuing to scratch.
Skanking is when a note is isolated by left hand damping of the two strings adjacent to the fully fretted string, producing the desired note (the adjacent strings are scratched). The technique is especially popular among ska, rocksteady and reggae guitarists, who use it with virtually every riddim they play on.
Let's face it - life is noisy. So what kinds of things do we use to block out unwanted noise, both now and in the future?
Massdrop link: http://dro.ps/techquickie
Follow: http://twitter.com/linustech
Join the community: http://linustechtips.com
published: 12 Dec 2015
Understanding Vibration and Resonance
Watch the companion video on pendulums here: https://nebula.tv/videos/the-efficient-engineer-the-oscillation-of-pendulums
In this video we take a look at how vibrating systems can be modelled, starting with the lumped parameter approach and single degree of freedom models. We then go on to look at damping, the dissipation of energy that occurs in all real systems, as well as forced vibration, resonance and multiple degree of freedom models.
---
ERRATA:
- At 04:16, the terms sqrt(k/m) appears not in the equation of motion, but in the *solution* to the equation of motion
---
For further reading I'd recommend the following:
- J. L. Humar - Dynamics of Structures
---
The Efficient Engineer is a channel aimed at mechanical and civil engineers. The mission is to simplify engineering con...
published: 12 Oct 2021
Damping of Simple Harmonic Motion (not DAMPENING, silly, it might mold!) | Doc Physics
Underdamped, Overdamped, or just right (Critically Damped). Friction's role in oscillators.
published: 18 Oct 2012
Gary Burton Lesson Series, Part 7: Mallet Dampening
As a five-time Grammy Award-winning musician, Gary Burton is one of the most commercially successful mallet players in history. For the better part of his professional career, Burton has used his position to help educate and mentor the next generation of musical talent, teaching at institutions around the world.
Vic Firth is excited to present Gary's 8-part Vibraphone Masterclass series to you, recorded backstage in Boston's Symphony Hall. In this series, Burton covers the full gamut of common questions on the instrument -- from it's history to his famous 4 mallet grip.
published: 21 Oct 2011
Modern-Day, Butyl Sound Dampening 101- An Overview of the First Stage of Sound Deadening
Car Builders runs you through what stage 1 sound deadening is, how it works, how it is applied and what tools you'll need.
Remember, stage 1 is used to dampening sound generated from panel vibration. For external noise, you will need to look at the stage 2 products, which replaces the factory cotton jute or shoddy.
Materials used in this video:
Stage 1 Sound Deadener
https://www.carbuilders.com.au/sounddeadener
Install Kit
https://www.carbuilders.com.au/sound-deadener-install-kit
Feel free to contact us at [email protected] to answer any of your questions.
published: 22 Dec 2020
BEST Dampening Material for Custom Keyboard? Better than Kilmat and way cheaper! [Keychron Q1V1]
Just ~2€!
Flex is still there because its just 1mm thick: SILICONE MAT!
'DEATH TO PING!'
published: 08 Jul 2022
Snare Drum Dampening Methods Comparison | Home Of Drums
Here is a comparison of the most common snare drum dampening methods on the market.This video will help you find the perfect product for your needs.
Categories:
0:39 Internal Dampeners
1:35 Gel Dampeners
2:41 Dampening Stickers
3:31 Rim Mounted Dampeners
4:21 Snare Weight
5:29 Dampening Rings
6:23 Big Fat Snare Drum
-----------------------------------------------
8:28 Direct Comparison
For more information check out https://homeofdrums.com.
published: 31 Oct 2019
Is it Damping or Dampening? » ACADEMY | FOX
This might be the question of all suspension questions that no one actually asks, but everyone definitely has an answer to.
Learn more at: ridefox.com/ACADEMY
Subscribe to our channel! http://youtube.com/foxfactory
CONNECT WITH FOX
▷Shop: https://shop.ridefox.com
▷Website: https://www.ridefox.com
▷Stories: https://stories.ridefox.com
▷Instagram: https://www.instagram.com/fox
▷Facebook: https://www.facebook.com/fox
▷Twitter: https://twitter.com/foxracingshox
#ridefox
published: 20 May 2021
Making my spacebar sound deep with a car dampening mat! #shorts
published: 10 Dec 2022
Dampening
When a spring is stretched and released, it may go through one or more cycles of compression and expansion before settling back to it's original position.
When a string on a musical instrument is struck, plucked, picked, or bowed, it also goes through cycles of vibration. The string will vibrate less if it's dampened and will produce a shorter sustain and release portion of the amplitude envelope.
Dampening can also be a factor in speakers. When a speaker is excited by a signal it can react in four ways.
(1) The speaker can be overdamped, meaning that it'll return to it's equilibrium position without any dampening cycles.
(2) The speaker can be critically damped, meaning that it will very quickly return to the equilibrium position with very few oscillations.
(3) The speaker could be ...
Let's face it - life is noisy. So what kinds of things do we use to block out unwanted noise, both now and in the future?
Massdrop link: http://dro.ps/techquic...
Let's face it - life is noisy. So what kinds of things do we use to block out unwanted noise, both now and in the future?
Massdrop link: http://dro.ps/techquickie
Follow: http://twitter.com/linustech
Join the community: http://linustechtips.com
Let's face it - life is noisy. So what kinds of things do we use to block out unwanted noise, both now and in the future?
Massdrop link: http://dro.ps/techquickie
Follow: http://twitter.com/linustech
Join the community: http://linustechtips.com
Watch the companion video on pendulums here: https://nebula.tv/videos/the-efficient-engineer-the-oscillation-of-pendulums
In this video we take a look at how v...
Watch the companion video on pendulums here: https://nebula.tv/videos/the-efficient-engineer-the-oscillation-of-pendulums
In this video we take a look at how vibrating systems can be modelled, starting with the lumped parameter approach and single degree of freedom models. We then go on to look at damping, the dissipation of energy that occurs in all real systems, as well as forced vibration, resonance and multiple degree of freedom models.
---
ERRATA:
- At 04:16, the terms sqrt(k/m) appears not in the equation of motion, but in the *solution* to the equation of motion
---
For further reading I'd recommend the following:
- J. L. Humar - Dynamics of Structures
---
The Efficient Engineer is a channel aimed at mechanical and civil engineers. The mission is to simplify engineering concepts, one video at a time!Follow me on Twitter: https://twitter.com/efficiengineer
---
If you would like to support the channel, please consider becoming a Patron - https://www.patreon.com/efficientengineer. This will allow me to create more high quality videos covering a range of engineering topics.
Watch the companion video on pendulums here: https://nebula.tv/videos/the-efficient-engineer-the-oscillation-of-pendulums
In this video we take a look at how vibrating systems can be modelled, starting with the lumped parameter approach and single degree of freedom models. We then go on to look at damping, the dissipation of energy that occurs in all real systems, as well as forced vibration, resonance and multiple degree of freedom models.
---
ERRATA:
- At 04:16, the terms sqrt(k/m) appears not in the equation of motion, but in the *solution* to the equation of motion
---
For further reading I'd recommend the following:
- J. L. Humar - Dynamics of Structures
---
The Efficient Engineer is a channel aimed at mechanical and civil engineers. The mission is to simplify engineering concepts, one video at a time!Follow me on Twitter: https://twitter.com/efficiengineer
---
If you would like to support the channel, please consider becoming a Patron - https://www.patreon.com/efficientengineer. This will allow me to create more high quality videos covering a range of engineering topics.
As a five-time Grammy Award-winning musician, Gary Burton is one of the most commercially successful mallet players in history. For the better part of his profe...
As a five-time Grammy Award-winning musician, Gary Burton is one of the most commercially successful mallet players in history. For the better part of his professional career, Burton has used his position to help educate and mentor the next generation of musical talent, teaching at institutions around the world.
Vic Firth is excited to present Gary's 8-part Vibraphone Masterclass series to you, recorded backstage in Boston's Symphony Hall. In this series, Burton covers the full gamut of common questions on the instrument -- from it's history to his famous 4 mallet grip.
As a five-time Grammy Award-winning musician, Gary Burton is one of the most commercially successful mallet players in history. For the better part of his professional career, Burton has used his position to help educate and mentor the next generation of musical talent, teaching at institutions around the world.
Vic Firth is excited to present Gary's 8-part Vibraphone Masterclass series to you, recorded backstage in Boston's Symphony Hall. In this series, Burton covers the full gamut of common questions on the instrument -- from it's history to his famous 4 mallet grip.
Car Builders runs you through what stage 1 sound deadening is, how it works, how it is applied and what tools you'll need.
Remember, stage 1 is used to dampen...
Car Builders runs you through what stage 1 sound deadening is, how it works, how it is applied and what tools you'll need.
Remember, stage 1 is used to dampening sound generated from panel vibration. For external noise, you will need to look at the stage 2 products, which replaces the factory cotton jute or shoddy.
Materials used in this video:
Stage 1 Sound Deadener
https://www.carbuilders.com.au/sounddeadener
Install Kit
https://www.carbuilders.com.au/sound-deadener-install-kit
Feel free to contact us at [email protected] to answer any of your questions.
Car Builders runs you through what stage 1 sound deadening is, how it works, how it is applied and what tools you'll need.
Remember, stage 1 is used to dampening sound generated from panel vibration. For external noise, you will need to look at the stage 2 products, which replaces the factory cotton jute or shoddy.
Materials used in this video:
Stage 1 Sound Deadener
https://www.carbuilders.com.au/sounddeadener
Install Kit
https://www.carbuilders.com.au/sound-deadener-install-kit
Feel free to contact us at [email protected] to answer any of your questions.
Here is a comparison of the most common snare drum dampening methods on the market.This video will help you find the perfect product for your needs.
Categories...
Here is a comparison of the most common snare drum dampening methods on the market.This video will help you find the perfect product for your needs.
Categories:
0:39 Internal Dampeners
1:35 Gel Dampeners
2:41 Dampening Stickers
3:31 Rim Mounted Dampeners
4:21 Snare Weight
5:29 Dampening Rings
6:23 Big Fat Snare Drum
-----------------------------------------------
8:28 Direct Comparison
For more information check out https://homeofdrums.com.
Here is a comparison of the most common snare drum dampening methods on the market.This video will help you find the perfect product for your needs.
Categories:
0:39 Internal Dampeners
1:35 Gel Dampeners
2:41 Dampening Stickers
3:31 Rim Mounted Dampeners
4:21 Snare Weight
5:29 Dampening Rings
6:23 Big Fat Snare Drum
-----------------------------------------------
8:28 Direct Comparison
For more information check out https://homeofdrums.com.
This might be the question of all suspension questions that no one actually asks, but everyone definitely has an answer to.
Learn more at: ridefox.com/ACADEMY ...
This might be the question of all suspension questions that no one actually asks, but everyone definitely has an answer to.
Learn more at: ridefox.com/ACADEMY
Subscribe to our channel! http://youtube.com/foxfactory
CONNECT WITH FOX
▷Shop: https://shop.ridefox.com
▷Website: https://www.ridefox.com
▷Stories: https://stories.ridefox.com
▷Instagram: https://www.instagram.com/fox
▷Facebook: https://www.facebook.com/fox
▷Twitter: https://twitter.com/foxracingshox
#ridefox
This might be the question of all suspension questions that no one actually asks, but everyone definitely has an answer to.
Learn more at: ridefox.com/ACADEMY
Subscribe to our channel! http://youtube.com/foxfactory
CONNECT WITH FOX
▷Shop: https://shop.ridefox.com
▷Website: https://www.ridefox.com
▷Stories: https://stories.ridefox.com
▷Instagram: https://www.instagram.com/fox
▷Facebook: https://www.facebook.com/fox
▷Twitter: https://twitter.com/foxracingshox
#ridefox
When a spring is stretched and released, it may go through one or more cycles of compression and expansion before settling back to it's original position.
When...
When a spring is stretched and released, it may go through one or more cycles of compression and expansion before settling back to it's original position.
When a string on a musical instrument is struck, plucked, picked, or bowed, it also goes through cycles of vibration. The string will vibrate less if it's dampened and will produce a shorter sustain and release portion of the amplitude envelope.
Dampening can also be a factor in speakers. When a speaker is excited by a signal it can react in four ways.
(1) The speaker can be overdamped, meaning that it'll return to it's equilibrium position without any dampening cycles.
(2) The speaker can be critically damped, meaning that it will very quickly return to the equilibrium position with very few oscillations.
(3) The speaker could be underdamped, meaning that it'll oscillate a while before returning to the equilibrium position, or...
(4) The speaker could be undamped, and actually oscillate at it's resonance frequency.
Most high-quality studio audio speakers are closer to being critically damped, while many cheaper consumer speakers will tend to be closer to underdamped. This means that especially bass notes, will sound more staccato (have a shorter amplitude envelope) when heard on studio speakers, and more legato (have a longer amplitude envelope) when heard on some consumer gear
When a spring is stretched and released, it may go through one or more cycles of compression and expansion before settling back to it's original position.
When a string on a musical instrument is struck, plucked, picked, or bowed, it also goes through cycles of vibration. The string will vibrate less if it's dampened and will produce a shorter sustain and release portion of the amplitude envelope.
Dampening can also be a factor in speakers. When a speaker is excited by a signal it can react in four ways.
(1) The speaker can be overdamped, meaning that it'll return to it's equilibrium position without any dampening cycles.
(2) The speaker can be critically damped, meaning that it will very quickly return to the equilibrium position with very few oscillations.
(3) The speaker could be underdamped, meaning that it'll oscillate a while before returning to the equilibrium position, or...
(4) The speaker could be undamped, and actually oscillate at it's resonance frequency.
Most high-quality studio audio speakers are closer to being critically damped, while many cheaper consumer speakers will tend to be closer to underdamped. This means that especially bass notes, will sound more staccato (have a shorter amplitude envelope) when heard on studio speakers, and more legato (have a longer amplitude envelope) when heard on some consumer gear
Let's face it - life is noisy. So what kinds of things do we use to block out unwanted noise, both now and in the future?
Massdrop link: http://dro.ps/techquickie
Follow: http://twitter.com/linustech
Join the community: http://linustechtips.com
Watch the companion video on pendulums here: https://nebula.tv/videos/the-efficient-engineer-the-oscillation-of-pendulums
In this video we take a look at how vibrating systems can be modelled, starting with the lumped parameter approach and single degree of freedom models. We then go on to look at damping, the dissipation of energy that occurs in all real systems, as well as forced vibration, resonance and multiple degree of freedom models.
---
ERRATA:
- At 04:16, the terms sqrt(k/m) appears not in the equation of motion, but in the *solution* to the equation of motion
---
For further reading I'd recommend the following:
- J. L. Humar - Dynamics of Structures
---
The Efficient Engineer is a channel aimed at mechanical and civil engineers. The mission is to simplify engineering concepts, one video at a time!Follow me on Twitter: https://twitter.com/efficiengineer
---
If you would like to support the channel, please consider becoming a Patron - https://www.patreon.com/efficientengineer. This will allow me to create more high quality videos covering a range of engineering topics.
As a five-time Grammy Award-winning musician, Gary Burton is one of the most commercially successful mallet players in history. For the better part of his professional career, Burton has used his position to help educate and mentor the next generation of musical talent, teaching at institutions around the world.
Vic Firth is excited to present Gary's 8-part Vibraphone Masterclass series to you, recorded backstage in Boston's Symphony Hall. In this series, Burton covers the full gamut of common questions on the instrument -- from it's history to his famous 4 mallet grip.
Car Builders runs you through what stage 1 sound deadening is, how it works, how it is applied and what tools you'll need.
Remember, stage 1 is used to dampening sound generated from panel vibration. For external noise, you will need to look at the stage 2 products, which replaces the factory cotton jute or shoddy.
Materials used in this video:
Stage 1 Sound Deadener
https://www.carbuilders.com.au/sounddeadener
Install Kit
https://www.carbuilders.com.au/sound-deadener-install-kit
Feel free to contact us at [email protected] to answer any of your questions.
Here is a comparison of the most common snare drum dampening methods on the market.This video will help you find the perfect product for your needs.
Categories:
0:39 Internal Dampeners
1:35 Gel Dampeners
2:41 Dampening Stickers
3:31 Rim Mounted Dampeners
4:21 Snare Weight
5:29 Dampening Rings
6:23 Big Fat Snare Drum
-----------------------------------------------
8:28 Direct Comparison
For more information check out https://homeofdrums.com.
This might be the question of all suspension questions that no one actually asks, but everyone definitely has an answer to.
Learn more at: ridefox.com/ACADEMY
Subscribe to our channel! http://youtube.com/foxfactory
CONNECT WITH FOX
▷Shop: https://shop.ridefox.com
▷Website: https://www.ridefox.com
▷Stories: https://stories.ridefox.com
▷Instagram: https://www.instagram.com/fox
▷Facebook: https://www.facebook.com/fox
▷Twitter: https://twitter.com/foxracingshox
#ridefox
When a spring is stretched and released, it may go through one or more cycles of compression and expansion before settling back to it's original position.
When a string on a musical instrument is struck, plucked, picked, or bowed, it also goes through cycles of vibration. The string will vibrate less if it's dampened and will produce a shorter sustain and release portion of the amplitude envelope.
Dampening can also be a factor in speakers. When a speaker is excited by a signal it can react in four ways.
(1) The speaker can be overdamped, meaning that it'll return to it's equilibrium position without any dampening cycles.
(2) The speaker can be critically damped, meaning that it will very quickly return to the equilibrium position with very few oscillations.
(3) The speaker could be underdamped, meaning that it'll oscillate a while before returning to the equilibrium position, or...
(4) The speaker could be undamped, and actually oscillate at it's resonance frequency.
Most high-quality studio audio speakers are closer to being critically damped, while many cheaper consumer speakers will tend to be closer to underdamped. This means that especially bass notes, will sound more staccato (have a shorter amplitude envelope) when heard on studio speakers, and more legato (have a longer amplitude envelope) when heard on some consumer gear
Damping is an influence within or upon an oscillatory system that has the effect of reducing, restricting or preventing its oscillations. In physical systems, damping is produced by processes that dissipate the energy stored in the oscillation. Examples include viscousdrag in mechanical systems, resistance in electronic oscillators, and absorption and scattering of light in optical oscillators. Damping not based on energy loss can be important in other oscillating systems such as those that occur in biological systems.
The damping of a system can be described as being one of the following:
For example, consider a door that uses a spring to close the door once open. This can lead to any of the above types of damping depending on the strength of the damping. If the door is undamped it will swing back and forth forever at a particular resonant frequency. If it is underdamped it will swing back and forth with decreasing size of the swing until it comes to a stop. If it is critically damped then it will return to closed as quickly as possible without oscillating. Finally, if it is overdamped it will return to closed without oscillating but more slowly depending on how overdamped it is. Different levels of damping are desired for different types of systems.
PhotographerJordanGale documents preparations for 60th presidential inauguration, showing a US poised and polarised between hope and fear. Washington is a city on edge. Concrete barriers, unscalable steel fencing and security checkpoints dot the map.
An unprecedented level of security in the American capital and bone-chilling cold threatens to dampen the festivities surrounding the inauguration of Donald Trump on Monday, but not the enthusiasm ...
Throwing sand in the wheels to dampen the exchange rate volatility is more effective than attempts to influence the level of the exchange through large interventions, according to a study by RBI staffers ... ....
Uncertainties over President-elect Donald Trump’s economic policies dampen short-term rate cut prospects, despite the US inflation showing easing signs.
Chelsea have recalled centre-back Trevoh Chalobah from his loan at Crystal Palace as they look to bolster their defensive options for the second half of the season ... .
NEW YORK, Jan. 10 (Xinhua) -- U.S. stocks ended lower on Friday after a stronger-than-expected December jobs report reduced the likelihood of future Federal Reserve interest-rate cuts ... The S&P 500 sank 91.21 points, or 1.54 percent, to 5,827.04 ... .