activity
20172022
most citedRegularized Stokes Immersed Boundary Problems in Two Dimensions: Well-posedness, Singular Limit, and Error Estimates

4 citations · 8 across the 5 of their papers we have counts for

collaborators

6 papers

math.AP20221 cited

Tumor Growth with Nutrients: Regularity and Stability

Matt Jacobs, Inwon Kim, Jiajun Tong

In this paper we study a tumor growth model with nutrients. The model presents dynamic patch solutions due to the contact inhibition among the tumor cells. We show that when the nu…

math.AP2020

Darcy's Law with a Source term

Matt Jacobs, Inwon Kim, Jiajun Tong

We introduce a novel variant of the JKO scheme to approximate Darcy's law with a pressure dependent source term. By introducing a new variable that implicitly controls the source t…

math.AP2020

The -contraction principle in optimal transport

Matt Jacobs, Inwon Kim, Jiajun Tong

In this work, we use the JKO scheme to approximate a general class of diffusion problems generated by Darcy's law. Although the scheme is now classical, if the energy density is sp…

math.AP20203 cited

Interface Dynamics in a Two-phase Tumor Growth Model

Inwon Kim, Jiajun Tong

We study a tumor growth model in two space dimensions, where proliferation of the tumor cells leads to expansion of the tumor domain and migration of surrounding normal tissues int…

math.AP20194 cited

Regularized Stokes Immersed Boundary Problems in Two Dimensions: Well-posedness, Singular Limit, and Error Estimates

Jiajun Tong

Inspired by the numerical immersed boundary method, we introduce regularized Stokes immersed boundary problems in two dimensions to describe regularized motion of a 1-D closed elas…

cond-mat.soft2017

Directed migration of microscale swimmers by an array of shaped obstacles: modeling and shape optimization

Jiajun Tong, Michael J. Shelley

Achieving macroscopic directed migration of microscale swimmers in a fluid is an important step towards utilizing their autonomous motion. It has been experimentally shown that dir…