publications
Nonlinear concentration patterns and bands in autochemotactic suspensions.
E Lushi, RE Goldstein, MJ Shelley.
Physical Review E 98, 052411 (2018) (pdf copy).
E Lushi, V Kantsler, RE Goldstein.
Physical Review E 96, 023102 (2017) (pdf copy).
Stability and dynamics of anisotropically-tumbling chemotactic swimmers.
E Lushi.
Physical Review E 94 022414 (2016) (arXiv copy).
Directed collective motion of bacteria under channel confinement.
H Wioland, E Lushi, RE Goldstein.
New Journal of Physics 8 075002 (2016) (pdf copy)
Dynamics of inert spheres in active suspensions of micro-rotors.
K Yeo, E Lushi, PM Vlahovska.
Soft Matter 12, 5645-5652 (2016) (arXiv copy)
Microalgae scatter off solid surfaces by hydrodynamic and contact forces.
M Contino, E Lushi, I Tuval, V Kantsler, M Polin.
Collective Dynamics in a binary mixture of hydrodynamically coupled microrotors,
K Yeo, E Lushi, PM Vlahovska.
Physical Review Letters 114(18) 188301 (2015) (publication and doi)
Periodic and chaotic orbits of plane-confined microrotors in creeping flows,
E Lushi and PM Vlahovska.
Journal of Nonlinear Science (2015) (publication and doi)
Emergent collective behavior of hydrodynamically interacting rotors,
K Yeo, E Lushi and PM Vlahovska.
(arxiv copy) (2014).
Fluid flows generated by swimming bacteria drive self-organization in confined fluid suspensions,
E Lushi, H Wioland and RE Goldstein.
Proceedings of the National Academy of Sciences 111 (27), 9733–9738 (2014). (publication and doi)
Auto-chemotactic microswimmer suspensions: modeling, analysis and simulations,
E Lushi, RE Goldstein, MJ Shelley.
(arXiv copy), (2013).
CJ Zhan, G Sardinia, E Lushi and Brandt.
Journal of Fluid Mechanics, 739, 22-36 (2013), (publication doi)
Modeling and simulation of active suspensions containing large numbers of interacting micro-swimmers,
E Lushi and CS Peskin.
Computers & Structures (2013) (publication doi)
Collective Chemotactic Dynamics in the Presence of Self-Generated Fluid Flows,
E Lushi, RE Goldstein and MJ Shelley.
Physical Review E 86, 040902(R) (2012), (publication doi)
Efficient numerical methods for multiple surfactant-coated bubbles in a two-dimensional stokes flow,
MCA Kropinski and E Lushi.
Journal of Computational Physics, 230, 4466-4487 (2011) (publication) (doi)
E Lushi and JM Stockie.
Atmospheric Environment, 2010, Vol:44, Pages:1097-1107 (2010) (publication, doi)
Seismic imaging, one-way wave equations, pseudo-differential operators, path integrals, and all that jazz,
O Artoun, D David-Rus, M Emmett, L Fishman, S Fital, C Hogan, J Lim, E Lushi, V Marinov, B Nilsson, L Fishman.
2nd Conference on Mathematical Modeling of Wave Phenomena, AIP 286-295, (2006)
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Other:
Chemotaxis and other effects in active particle suspensions,
PhD Dissertation, New York University, September 2011.
Fast numerical methods for surfactant-lade bubbles in Stokes flow,
MSc Thesis, Simon Fraser University, September 2006.
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