1. We focus on the
physics of transport in micro-and nano-fluidics with polymers and their assemblies, such as single polymers, vesicles, micelles, and cells, which provides
deep insight into the key issues of technological developments, such as polymer
separation, DNA and RNA sequencing, drug transport and cell separation related
to disease diagnosis.
2. We use finite element
simulation and machine learning to explore the relationship between the
structure and performance of polymer materials. We hope to establish a
numerical simulation platform for polymer processing and engineering problems,
and then put forward the optimal design scheme for polymer processing
technology and engineering manufacturing.