Self-detached laser induced graphene derived from bio-oil distillation residues for multifunctional applications
Shuhong Yang,Yaseen Elkasabi,Qiangu Yan, Bujingda Zheng ,Honghua Qian, Jian Lin, Caixia Wan
Carbon 2025 .
pdf & supporting videos
Manipulate dynamic chemical interactions in renewable polymers for 3D printing tunable, healable, and recyclable metamaterials
Yuchao Wu,Cheng Qiu,Karla.J.Silva,Jaeho Shin,Shaoyun Wang, Bujingda Zheng ,Zhenru Chen,Guoliang Huang,James.M.Tour,Jian Lin
Chemical Engineering Journal 2024 .
pdf & supporting videos
Low-Defect Laser-Induced Graphene from Lignin for Smart Triboelectric Touch Sensors
Shuhong Yang, Bujingda Zheng , Honghua Qian, Qiangu Yan, Guoliang Huang, Jian Lin and Caixia Wan
ACS Applied Nano Materials 2024 .
pdf & supporting videos
Laser-induced high-entropy alloys as long-duration bifunctional electrocatalysts for seawater splitting
Yunchao Xie, Shichen Xu, Andrew C. Meng, Bujingda Zheng , Zhenru Chen, James M. Tour and Jian Lin
Energy & Environmental Science 2024 .
pdf & supporting videos
Tangible B Field
Bujingda Zheng , and Jian Lin
Ongoing, 2024 .
Fully 3D Printed Multilayer Cricuit
Bujingda Zheng , and Jian Lin
Ongoing, 2024 .
Programmed Multimaterial Assembly by Synergized 3D Printing and Freeform Laser Induction
Bujingda Zheng , and Jian Lin
Nature Communications, 2024 .
pdf & supporting videos,
YouTube Video
Presentation: 5-axis freeform electronics fabrication via laser induction.
Bujingda Zheng , and Jian Lin
ASME IDETC-CIE 2023 .
Direct Freeform Laser Fabrication of 3D Conformable Electronics.
Bujingda Zheng , Ganggang Zhao, Zheng Yan, Yunchao Xie and
Jian Lin
Advanced Functional Materials 2022 .
(pdf & supporting infos)
An autonomous robot for shell and tube heat exchanger inspection.
Bujingda Zheng , Jheng-Wun Su, Yunchao Xie, Jonathan Miles, Hong Wang, Wenxin Gao, Ming Xin and
Jian Lin
Journal of field robotics 2022 .
(pdf & supporting infos)
A photocured Bio-based shape memory thermoplastics for reversible wet adhesion.
Y Wu, C Su, S Wang, B Zheng , A Mahjoubnia, K Sattari, H Zhang, J Meister, G Huang and J Lin
Chemical Engineering Journal 2023 .
Accelerate synthesis of metal–organic frameworks by a robotic platform and bayesian optimization.
Y Xie, C Zhang, H Deng, B Zheng , J Su, K Shutt and J Lin
ACS Applied Materials & Interfaces 2021 .
Control of edge plate stray grain of single-crystal turbine blade by using process bar method.
F Qiu, K Bu, B Zheng , and G Tian
International Journal of Metalcasting 2020 .
3.MS research and case study projects
Throughout my MS and free time, I was involved in a range of projects, including computer vision, robotics design and control, statistics, and numerical simulation.
One wire reads multiple sensor data through FFT decoupling.
Case study of an interesting paper, 2023.
(Sci.Adv.9(48),eadi6633)
Object tracking based on Harris feature and optical flow.
ECE8690 Computer vision, project, 2022.
(Code)
Positioning control of mecanum-wheeled platform.
Case study of 6-DOF positioning enabled by Fiducial marker and implementation, 2022.
Gesture recognition through a 7X7 LDR matrix.
Case study of AI model implementation on arduino and data readout circuit of light dependent resistor (LDR) cross-bar matrix , 2021.
(Code)
Hardware and control development of 3D magnetic field for ferrofluid.
Magnetic field control case study and implementation, 2020.
Real-time automated game player.
Computer vision Hough transform case study and implementation, hardware controlled by arduino, image-processing via MATLAB, 2019.
Mechanical and control design of a 3-DOF thrust vectoring nozzle.
Parallel mechanism kinematics case study and implementation, 2019.
Control design of a momentum wheel based inverted pendulum.
PID algorithm case study and implementation, 2018.
(Code)
CFD simulation of airflow over perforated plate (bubble column).
Capstone project of MS degree, University of Melbourne, 2018.
Numerical simulation of shallow water equation with parallel computing.
MCEN90031, High performance computing, University of Melbourne, 2017.
(Code)
Stewart platform controlled by arduino, simulated by MATLAB.
Parallel mechanism kinematics case study and implementation, 2017.
(Code)