Structural Design and Multi-Condition Topology Optimization of KC60 Mining Dump Truck Frame

Liu, Yanting; Liu, Yanting

Academic Profile

YT

Yanting Liu

Postgraduate Researcher in Control Engineering | Unmanned Systems

⋝ Shaoxing University contact@liuyanting0313.com ☎ Zhejiang, China

Hi, I'm a graduate researcher majoring in Control Engineering. My current research focuses on autonomous unmanned systems, control algorithms, and engineering simulation. I hold an undergraduate degree in Vehicle Engineering, where I developed extensive experience in mechanical modeling, finite element analysis (FEA), and structural optimization.

View CV (PDF) Academic Research Portal

Research Group & Lab Priorities

Lab & Research Priorities

Research Group

Autonomous Unmanned Systems & Control Lab

Current Research Priorities

FEA Simulation · Sensor Fusion · Trajectory Planning

Autonomous Unmanned Systems Lab · Active

Core Focus

Research Interests

Autonomous Unmanned Systems

Control Algorithms & Planning

Finite Element Analysis (FEA)

Structural Topology Optimization

Python / C Automation

Academic Background

Education

M.Eng. in Control Engineering

Shaoxing University · 2026 - Present

Focus on unmanned system control, sensor fusion, and algorithm implementation.

B.Eng. in Vehicle Engineering

Wuxi University · 2022 - 2026

Completed thesis research on structural design, finite element modeling, and topology optimization for heavy-duty vehicles.

Engineering Toolbox

Technical Skills

Python

C/C++

ANSYS Workbench

SolidWorks

Creo

Linux / Git

Featured Projects & Engineering

FEA & Lightweighting ANSYS · Creo · SolidWorks

Structural Design & Topology Optimization of KC60 Vehicle Frame

Conducted full-scale 3D modeling and multi-condition static/modal analysis using ANSYS Workbench, Creo, and SolidWorks. Achieved structural lightweighting via topology optimization while maintaining torsional rigidity.

📄 Full Thesis (PDF)

National 2nd Prize Signal & Fiber Optics

Optical Fiber & Sensor Experimental System Design

Developed experimental fiber-optic sensor datasets and signal acquisition workflows, winning a National Second Prize in the National University Physics Experiment Competition.

📄 Report (PDF)

Control & Autonomy Python · C · Kinematics & Planning

Autonomous System Simulation & Control Workflows

Building and evaluating control algorithms, path planning, simulation models, and AI-driven automation pipelines using Python and C.

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