Zhanfeng Li (李展锋)

Postdoctoral Fellow · South China University of Technology

I study how soft materials grow, deform, and acquire prescribed shapes - connecting nonlinear mechanics, analytical modelling, and computational design.

Soft Matter Mechanics Morphoelasticity Plate & Shell Theory Multiphysics Modelling Finite Element Methods

I am Zhanfeng Li (李展锋), an Assistant Researcher (Postdoctoral Fellow) at the School of Civil Engineering and Transportation, South China University of Technology (SCUT, 华南理工大学), working with Prof. Xiaohu Yao. I received my Ph.D. in Mechanics from SCUT in 2023 and was a visiting Ph.D. student at Swansea University (2021.11-2022.11), co-supervised by Prof. Mokarram Hossain.

Latest publication

Shape control under body forces Programmed plate deformations under body forces. IJMS · 2026 · GitHub source · Open video

Research highlights

Stress-free shape programming

We establish analytical mappings between growth tensors and target geometries, enabling conformal mappings and general shape transformations in thin hyperelastic structures.

Stress-free growth-based shape programming
General shell transformations Stress-free growth connects planar, curved, and complex target surfaces. IJES · 2025 · GitHub source · Open video
Conformal shape programming Planar and surface conformal mappings realized through growth. JMPS · 2024 · GitHub source · Open video
Three beam examples Additional beam demonstrations from the conformal-mapping study. JMPS · 2024 · GitHub source · Open video
Growth-programmed shells Differential growth transforms shells into prescribed geometries. IJSS · 2023 · GitHub source · Open video

Multiphysics computational modelling

Mixed finite-element frameworks and ABAQUS subroutines support simulations of electro-mechanical and magneto-mechanical growth, from surface patterns to biological morphogenesis.

Numerical simulation of multifield coupled growth deformation
Magneto-mechanical growth Simulated deformation sequences from the coupled magneto-growth study. JMPS · 2025 · GitHub source · Open video