Ruben-Chladni Plate: Combining Two Physics Experiments

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SUMMARY

The discussion centers on the integration of two physics experiments: the Chladni plate and Ruben's tube. The proposed design involves a thin parallelepiped measuring 50x1000x1000 mm, featuring a large plate with small holes and a speaker positioned at the center. Participants express uncertainty about the effectiveness of this combination, noting that the Chladni plate demonstrates resonances in the plate rather than in the air pressure waves. Additionally, one user shares their project involving a Ruben's tube with three-phase speakers and control software developed on Windows 98 using QuickBASIC.

PREREQUISITES
  • Understanding of Chladni plate physics
  • Knowledge of Ruben's tube principles
  • Familiarity with sound wave propagation
  • Basic programming skills in QuickBASIC
NEXT STEPS
  • Research Chladni plate resonance patterns
  • Explore the mechanics of Ruben's tube
  • Learn about sound wave manipulation with three-phase systems
  • Investigate programming techniques for audio control in QuickBASIC
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Physics enthusiasts, experimental physicists, educators, and hobbyists interested in sound wave experiments and acoustic phenomena.

TeTeC
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Hello !

I'd like to make a combination of two great basic physics experiments :

1) The Chladni plate : http://www.youtube.com/watch?v=wio728lLOh0&feature=related

2) Ruben's tube :

I'd like to construct a thin parallelepiped (50x1000x1000 mm) with one of the large plate covered with small holes. The speaker would be placed at the center of the other large plate, and the sound would propagate through a big hole at the center of the plate.

I'm not asking for help with the construction. I'm rather wondering if this is going to work.

So, if this idea doesn't make sense to you, just tell me and give me a little explanation. ;-)

Thank you.
 
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Dont know if you are trying to do something like this its a fairly new video it has rods strung under tension and then they are plucked by a sawtooth disk driven by differet motors.

I am not really sure but the chladni plate looks to show the resonates in the plate itself not the standing air pressure wave...I could be wrong I guess you will have to go for it and see what happens.

A pic of what you had in mind would be good with just with paint or similar.

I wonder what you plate would display with something similar to this?

I am building a rubens tube with 3 phase speakers added to twist the air but not sure of what will happen until finshed.
I am currently writing the control software on 2 pc's 1 for the 3 phase output and 1 for the single phase output using win98 with quickbasic via a 8421 resistor ladder on the printer port.

The single phase output will setup the standing wave in the tube then I plan to use the 3 phase to rock the air back and fourth as it goes in the tube similar to a 3 phase motor. I plan to have the program record the frequencys and then play them back at a shorter interval.

Top view is missing the 4th speaker and so is the end view
SpeakerBoxTopView.jpg



End view
SpeakerBoxSideView.jpg
 
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