TABAK, A. F. And YEŞİLYURT, S. 2016. Simulations on traveling-plane-wave-based micropumps and microswimmers: Modeling flow-fields and rigid-body kinematics of fully-submerged bio-inspired microsystems with deforming extremities . LAP Lambert Academic Publishing GmbH Co. KG.

TABAK, A. F., & YEŞİLYURT, S., (2016). Simulations on traveling-plane-wave-based micropumps and microswimmers: Modeling flow-fields and rigid-body kinematics of fully-submerged bio-inspired microsystems with deforming extremities . : LAP Lambert Academic Publishing GmbH Co. KG.

TABAK, AHMET, And SERHAT YEŞİLYURT. Simulations on traveling-plane-wave-based micropumps and microswimmers: Modeling flow-fields and rigid-body kinematics of fully-submerged bio-inspired microsystems with deforming extremities : LAP Lambert Academic Publishing GmbH Co. KG, 2016

TABAK, AHMET F. And YEŞİLYURT, SERHAT. Simulations on traveling-plane-wave-based micropumps and microswimmers: Modeling flow-fields and rigid-body kinematics of fully-submerged bio-inspired microsystems with deforming extremities . LAP Lambert Academic Publishing GmbH Co. KG, 2016.

TABAK, A. F. And YEŞİLYURT, S. (2016) Simulations on traveling-plane-wave-based micropumps and microswimmers: Modeling flow-fields and rigid-body kinematics of fully-submerged bio-inspired microsystems with deforming extremities . 1st edn. : LAP Lambert Academic Publishing GmbH Co. KG.

@book{book, author={AHMET FATİH TABAK And author={SERHAT YEŞİLYURT}, title={Simulations on traveling-plane-wave-based micropumps and microswimmers: Modeling flow-fields and rigid-body kinematics of fully-submerged bio-inspired microsystems with deforming extremities}, publisher={LAP Lambert Academic Publishing GmbH Co. KG}, year={2016} }