<--- Back to Details
First PageDocument Content
Mechanics / Physics / Fluid dynamics / Continuum mechanics / Tensors / Aerodynamics / Non-Newtonian fluids / Lagrangian coherent structure / Vortex / Vorticity / Objectivity / Finite strain theory
Date: 2016-04-14 05:21:29
Mechanics
Physics
Fluid dynamics
Continuum mechanics
Tensors
Aerodynamics
Non-Newtonian fluids
Lagrangian coherent structure
Vortex
Vorticity
Objectivity
Finite strain theory

J. Fluid Mech), vol. 795, pp. 136–173. doi:jfmc Cambridge University Press 2016

Add to Reading List

Source URL: georgehaller.com

Download Document from Source Website

File Size: 4,42 MB

Share Document on Facebook

Similar Documents

June 01, 2016  Climate, Black Holes and Vorticity: How on Earth are They Related? By George Haller

June 01, 2016 Climate, Black Holes and Vorticity: How on Earth are They Related? By George Haller

DocID: 1qPM1 - View Document

9th AIMS CONFERENCE – ABSTRACTS  120 Special Session 27: Transport Barriers in Dynamical Systems George Haller, McGill University, Canada

9th AIMS CONFERENCE – ABSTRACTS 120 Special Session 27: Transport Barriers in Dynamical Systems George Haller, McGill University, Canada

DocID: 1qd5k - View Document

Inertial Particle Dispersion in the Lagrangian Wake of a Square Cylinder G. B. Jacobs, ∗and K. Armstrong †

Inertial Particle Dispersion in the Lagrangian Wake of a Square Cylinder G. B. Jacobs, ∗and K. Armstrong †

DocID: 1q1qW - View Document

libcfd2lcs: A general purpose library for computing Lagrangian coherent structures during CFD simulations Justin Finn School of Engineering, University of Liverpool Email:  • URL: http://pcwww.liv

libcfd2lcs: A general purpose library for computing Lagrangian coherent structures during CFD simulations Justin Finn School of Engineering, University of Liverpool Email: • URL: http://pcwww.liv

DocID: 1pKNK - View Document

SPECIAL SESSIONSpecial Session 10: Computational and Nonautonomous Dynamics Michael Dellnitz, University of Paderborn, Germany

SPECIAL SESSIONSpecial Session 10: Computational and Nonautonomous Dynamics Michael Dellnitz, University of Paderborn, Germany

DocID: 1pkcH - View Document