Zhao Jie | Research Profile

Computational mechanics
Multi-physics modelling
Signal analysis
Experimental sensing

Profile

Research trajectory

Two connected research chapters show a progression from numerical multi-physics theory to experimental intelligent sensing.

Doctoral Research

Earthquake electromagnetic modelling

Computational models for earthquake electromagnetic coupling — Coupled electromagnetic calculation models

Mechanisms and numerical models

Read thesis

Illustration of the piezoelectric effect — Piezoelectric effect

Illustration of the motional induction effect — Motional induction effect

Comparison between a Jiuzhaigou earthquake simulation and observation — Numerical and observational comparison for the 2017 Jiuzhaigou earthquake

Postdoctoral Research

Intelligent sensing for bio-inspired robots

Experimental capability

From soft structures to interpretable signals.

Circulating water tunnel used for hydrodynamic experiments — Hydrodynamic test platform

DIC result of flexible fin deformation — Flexible fin deformation measurement

PIV flow field visualization — Flow-field visualization

Layout of the underwater robotics laboratory infrastructure — Laboratory infrastructure

Supporting Evidence

Selected scholarly and technical work

The JGR papers support the doctoral research chapter and are retained as direct, verifiable links rather than defining the current underwater-robotics work.

JGR: Solid Earth

Background

Methods and education

A concise profile of scientific training and practical methods for research and engineering contexts.