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junko.yoshida
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Re: Power of bubbles
junko.yoshida   11/28/2013 12:22:48 AM
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So, the story says:

"Now that allows us to do these simulations efficiently, we would like to extend to engineering problems that are similar to this one, since the area of fluid dynamics is much wider than bubble simulation,"

I would definitely like to know more about what "engineering" applications this might have. Yes, @y_sasaki, your example among carmakers is a good one.

Anybody has any other "engineering" problems that you think can be solved by this?

y_sasaki
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Power of bubbles
y_sasaki   11/26/2013 2:58:29 PM
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Bubbles in cooling fluid eat up your engine from inside out, because nano-scale shockwave is generated when tiny bubble collapses, tipping engine wall. This is called Cavitation Pitting. Car companies use computer simulation to design engine for minimizing bubbles. It is interesting to know that they use opposite way - maximize the power of bubbles to fight cancer. Very good way for utilizing technology, indeed.

Sanjib.A
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Supercomputer as the virtual laboratory
Sanjib.A   11/26/2013 1:05:28 PM
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"Supercomputer simulations could act as a virtual laboratory..." - really a great idea to exploit the potentials of the super computer efficiently to simulate real-life problems & solutions, resulting in success without number of real life clinical trials. Wish the team good luck and hope to see a success in fighting cancer using bubles soon!  

IBMLabs
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IBM and ETH
IBMLabs   11/26/2013 10:07:44 AM
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ETH Zurich is a renown Swiss university - home to 21 Nobel Laureates and is not a part of IBM Research, but obviously an important partner.

Kinnar
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Very good use of technology for solving real life problems
Kinnar   11/26/2013 5:42:43 AM
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This is a very good use of super computer for solving the real life problem both in engineering and medical field.

Yes two medical applications are listed in the article, but there will be possibilities of many other applications, it can be used to blockage in heart, will have great use in curing eye dieses as well.

 



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As data rates begin to move beyond 25 Gbps channels, new problems arise. Getting to 50 Gbps channels might not be possible with the traditional NRZ (2-level) signaling. PAM4 lets data rates double with only a small increase in channel bandwidth by sending two bits per symbol. But, it brings new measurement and analysis problems. Signal integrity sage Ransom Stephens will explain how PAM4 differs from NRZ and what to expect in design, measurement, and signal analysis.

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