Difference between revisions of "One-dimensional Brownian motion"
From Department of Theoretical and Applied Mechanics
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[[Virtual laboratory]] > Heat input > [[One-dimensional Brownian motion | into a particle]] <HR> | [[Virtual laboratory]] > Heat input > [[One-dimensional Brownian motion | into a particle]] <HR> | ||
| − | This demonstration stand | + | This demonstration stand models continuous heating of a set of particles (the Brownian motion). |
<math>d \dot u = -\eta \dot u \, dt - \omega u \, dt + b p \sqrt{dt}</math> | <math>d \dot u = -\eta \dot u \, dt - \omega u \, dt + b p \sqrt{dt}</math> | ||
Latest revision as of 18:23, 18 January 2017
Virtual laboratory > Heat input > into a particleThis demonstration stand models continuous heating of a set of particles (the Brownian motion).
where is the specific viscosity, is the variance, is the stiffness.
