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Donald Koch

Professor

Cornell University

United States

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About

Donald Koch is a Professor at Cornell University, USA. His research primarily focuses on the extensional rheology of suspensions, sedimentation dynamics, and hydrodynamic interactions in complex fluids. Recent publications include studies on the behavior of particles in polymer solutions and the effects of turbulence and gravity on drop size distributions in clouds.

Articles (18)

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2025

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2021

Collaborators (1)

Arjun Sharma

Cornell University

UNITED STATES

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Donald Koch

Research Interests

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Articles (18)

Extensional rheology of dilute suspensions of spheres in polymeric liquids

Sedimentation and shear-induced dynamics of spheroids in fluids with spatial viscosity variations

The Effect of Turbulence, Gravity, and Noncontinuum Hydrodynamic Interactions on the Drop Size Distribution in Clouds

A swimming bacterium in a two-fluid model of a polymer solution

Robust microstructure of self-aligning particles in a simple shear flow

Collision efficiency of like-charged spheres settling in a quiescent environment

Shear rheology of a dilute suspension of thin rings

Steady-state extensional rheology of a dilute suspension of spheres in a dilute polymer solution

Rotation of a fibre in simple shear flow of a dilute polymer solution

Finite difference method in prolate spheroidal coordinates for freely suspended spheroidal particles in linear flows of viscous and viscoelastic fluids

The role of rolling resistance in the rheology of wizarding quidditch ball suspensions

Dynamics of a self-propelled compound droplet

Collision efficiency of non-Brownian spheres in a simple shear flow – the role of non-continuum hydrodynamic interactions

Model for the radial distribution function of polydisperse inertial spheres settling in homogeneous, isotropic turbulence

Electroconvection near an ion-selective surface with Butler–Volmer kinetics

Non-continuum tangential lubrication gas flow between two spheres

Discrete fracture network model analysis of the effects of fluid transport on the morphology of a cluster of activated fractures

Collision rate of bidisperse, hydrodynamically interacting spheres settling in a turbulent flow

Collaborators (1)

Arjun Sharma

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