Spherical shock wave propagation in liquids

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SUMMARY

This discussion focuses on the propagation of spherical shock waves in liquids, specifically in the context of laser-induced shock waves in water. Bence, an electric engineer and physics student, seeks formulas relating propagation velocity and time, as well as pressure at the shock front. Participants recommend exploring the Taylor solution for analytical treatment of shocks and suggest several key references, including Walton's work on sonoluminescence and a comprehensive review paper on underwater shock waves. The discussion emphasizes the importance of empirical formulas for explaining experimental results.

PREREQUISITES
  • Understanding of spherical shock wave dynamics
  • Familiarity with laser-induced shock wave phenomena
  • Knowledge of Taylor solutions in fluid dynamics
  • Basic principles of acoustics and cavitation
NEXT STEPS
  • Research "Taylor solutions for shock wave propagation" in liquids
  • Study "Sonoluminescence" by Alan J. Walton for insights on shock wave interactions
  • Examine the review paper on underwater shock waves from the Journal of Applied Physics
  • Investigate "water confined laser ablation" for applications in shock wave research
USEFUL FOR

Students and researchers in physics and engineering, particularly those focused on fluid dynamics, acoustics, and laser applications in materials science.

Bpapdi
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Dear topic mates!

I'm an electric engineer and physicist student from Hungary.

I looking for description of the spherical shock wave propagation in liquids. I need a formula which give the relationship between the propagation velocity and time. Additionally, I wonder the pressure at the shock front. Can you help me, where can I find informations? If you have a book or printed article, wihich contain relevant infomation, copy it to here, please.

Thanks, Bence
 
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Bpapdi said:
Dear topic mates!

I'm an electric engineer and physicist student from Hungary.

I looking for description of the spherical shock wave propagation in liquids. I need a formula which give the relationship between the propagation velocity and time. Additionally, I wonder the pressure at the shock front. Can you help me, where can I find informations? If you have a book or printed article, wihich contain relevant infomation, copy it to here, please.

Thanks, Bence

Welcome to the PF. What course is this for? What is the context of the question?
 
berkeman said:
Welcome to the PF. What course is this for? What is the context of the question?

The formulas are need for explain experimental results. The investigated waves (acoustic wave or shock wave?) are induced by laser removed metal particle in water.

I have already searched in articles and in books for the required function, but i can't find empirical formula.
 
Hmm have you tried a self similar or 'Taylor' solution? I believe this is the the standard way to deal analytically with shocks. It's mainly used in air, but I can't recall a reason it wouldn't work in a liquid...
 
This reminds me of sonoluminescence research. Try:
Walton, Alan J "Sonoluminescence", Advances in Physics 1984, Vol 33, No. 6, 595-660
D. Felipe Gaitan et al, "Sonoluminescence and bubble dynamics for a single, stable cavitation bubble", J. Acoust. Soc. Am 91 (6), June 1992
Flynn, H. G.; "Physics of acoustic cavitation in Liquids", Physical Acoustics Academic, NY 1964, Vol 1, Part B
 
Hello Bpapdi,

you can find the general treatment of underwater shock waves in the first chapters of the book by http://www.archive.org/details/underwaterexplos00cole" It's an old book, but still very good, and it's free.
A good review paper that describes propagation of shock waves in liquids is http://scitation.aip.org/getabs/servlet/GetabsServlet?prog=normal&id=JAPIAU000064000001000152000001&idtype=cvips&gifs=yes"
Laser induced underwater shock waves is a field in which http://www.bmo.uni-luebeck.de/index.php?id=vogel_pub" has quite some publications. I would also recommend to search for "water confined laser ablation".

I hope this helps.
 
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