Dr. Qibang Liu

Academic Positions

  • Research Scientist, National Center for Supercomputing Applications (NCSA) @ University of Illinois Urbana-Champaign (UIUC), 2024 – Present
  • Adjunct Assistant Professor, Department of Industrial & Manufacturing Systems Engineering @ Kansas State University (KSU), 2024 – Present
  • Postdoctoral Research Associate, Beckman Institute for Advanced Science and Technology @ UIUC; Department of Aerospace Engineering @ UIUC; 2022 – 2024

Research Interests

SciML, A2E (AI-aided Engineering), Multiphysics Simulation, Computational Mechanics, Peridynamics, Advanced Manufacturing

Research

Univariate conditional variational autoencoder (UcVAE) for morphogenic pattern design in FP-based manufacturing

UcVAE for Morphogenic Pattern Design

UcVAE for Morphogenic Pattern Design. (a) UcVAE architecture enabling one-to-many mapping from target pattern to feasible process conditions. (b) Natural inspiration patterns and corresponding UcVAE-designed FP (Frontal Polymerization) process results.

    Paper | Code | Read More | 2025 HPCwire Award: Best Use of HPC in Industry Manufacturing

Geometry-Informed Neural Operator Transformer (GINOT)

Geometry-Informed Neural Operator Transformer

GINOT predicts solutions from geometries represented by point cloud.

    Paper | Code | Read More

Toward metamaterial design: Neural operator transformer for forward prediction and diffusion model for inverse design

SDF-based Metamaterial Design

SDF-based Metamaterial Design using Diffusion Model

Neural Operator Transformer Forward Prediction

Neural Operator Transformer Forward Prediction

    Paper | Code | Read More

Advancing Peridynamics (PD) for Efficient and Accurate Fracture Simulation

Adaptive PD-FEM for Quasi-static Fracture Simulation

Adaptive PD-FEM for Quasi-static Fracture Simulation

XOSBPD for Dynamic Uniaxial Tension Fracture

XOSBPD for Dynamic Uniaxial Tension Fracture

XOSBPD for Dynamic Kalthoff–Winkler Experiment

XOSBPD for Dynamic Kalthoff–Winkler Experiment

    Paper 1 | Paper 2 | Paper 3 | Paper 4 | Code | Read More

Mesoscale Finite Element Meshing for Microstructures of Textile Composites

Fabric Meshing for Textile Composites

Fabric Meshing for Textile Composites

Digital Fabric and Composite Analyzer (DFCA)

Digital Fabric and Composite Analyzer (DFCA) Integrated Meshing Module

    Paper | DFCA (licensed by Apple Inc. and GE) | Read More