Difference between revisions of "Hauptseminar Active Matter SS 2017/Finite Element Modeling of Active Particles"

From ICPWiki
Jump to navigation Jump to search
Line 16: Line 16:
 
<!--<bibentry>obrien81a,capuani04a</bibentry>-->
 
<!--<bibentry>obrien81a,capuani04a</bibentry>-->
  
−
:* Sascha Ehrhardt.<br /> '''"Simulation of Electroosmotic Flow through Nanocapillaries using Finite-Element Methods"'''.<br /> Master's Thesis, ICP, 2015.
+
:* Sascha Ehrhardt.<br /> '''"Simulation of Electroosmotic Flow through Nanocapillaries using Finite-Element Methods"'''.<br /> Master's Thesis, ICP, '''2015'''.
−
 
+
<bibentry>rempfer16a</bibentry>
 
<bibentry>kreissl16a,niu17a</bibentry>
 
<bibentry>kreissl16a,niu17a</bibentry>

Revision as of 11:58, 18 January 2017

"{{{number}}}" is not a number.
Date
2017-06-20
Time
14:00
Topic
Finite Element Modeling of Active Particles
Speaker
tba
Tutor
Patrick Kreissl

Contents

tba


Literature

  • Sascha Ehrhardt.
    "Simulation of Electroosmotic Flow through Nanocapillaries using Finite-Element Methods".
    Master's Thesis, ICP, 2015.
    • Rempfer, Georg and Davies, Gary B. and Holm, Christian and de Graaf, Joost.
      "Reducing spurious flow in simulations of electrokinetic phenomena".
      The Journal of Chemical Physics 145(4)(044901), 2016.
      [PDF] (4 MB) [DOI]
    • Kreissl, Patrick and Holm, Christian and de Graaf, Joost.
      "The efficiency of self-phoretic propulsion mechanisms with surface reaction heterogeneity".
      The Journal of Chemical Physics 144(20)(204902), 2016.
      [PDF] (2 MB) [DOI]
    • Niu, Ran and Kreissl, Patrick and Brown, Aidan Thomas and Rempfer, Georg and Botin, Denis and Holm, Christian and Palberg, Thomas and de Graaf, Joost.
      "Microfluidic pumping by micromolar salt concentrations".
      Soft Matter 13(1505–1518), 2017.
      [PDF] (5 MB) [DOI]
Retrieved from "https://www2.icp.uni-stuttgart.de/~icp/mediawiki/index.php?title=Hauptseminar_Active_Matter_SS_2017/Finite_Element_Modeling_of_Active_Particles&oldid=21602"