The effect of inertia on the orientation dynamics of anisotropic particles in simple shear flow

Physics & Astronomy

• shear flow 76%
• inertia 75%
• aspect ratio 69%
• oblate spheroids 66%
• prolate spheroids 50%
• metal spinning 25%
• tumbling motion 24%
• spheroids 24%
• fluids 24%
• vorticity 20%
• orbits 18%
• shear 17%
• gradients 16%
• viscosity 14%
• torque 9%
• reciprocal theorems 8%
• great circles 8%
• inclusions 8%
• asymptotes 6%
• shear thinning 6%
• coalescing 4%
• diffusivity 4%
• unity 4%
• arcs 4%
• formalism 3%
• harmonics 3%
• formulations 3%
• causes 3%
• shift 3%
• fibers 2%
• simulation 1%

Mathematics

• Shear Flow 98%
• Aspect Ratio 96%
• Fluid 31%
• Gradient Flow 24%
• Shear Viscosity 24%
• Vorticity 21%
• Orbit 15%
• Indeterminacy 13%
• Decrease 13%
• Torque 12%
• Bifurcation 11%
• Critical value 9%
• Brownian motion 9%
• Inclusion 8%
• Shear Thinning 7%
• Great circle 7%
• Asymptote 6%
• Closed Orbit 6%
• Imply 6%
• Diffusivity 6%
• Stokes 5%
• Speedup 5%
• Resolve 5%
• Intersect 5%
• Divides 4%
• Fluctuations 4%
• Viscosity 4%
• Fiber 4%
• Entire 4%
• Harmonic 4%
• Initial conditions 4%
• Limiting 4%
• Gradient 3%
• Numerical Simulation 3%
• Valid 3%
• Distinct 3%
• Formulation 3%
• Arbitrary 2%
• Family 2%
• Theorem 2%

Engineering & Materials Science

• Shear flow 100%
• Aspect ratio 71%
• Barreling 42%
• Fluids 26%
• Vorticity 23%
• Orbits 22%
• Shear viscosity 21%
• Brownian movement 12%
• Torque 7%
• Shear thinning 6%
• Shear deformation 5%
• Viscosity 4%
• Fibers 3%
• Computer simulation 2%