Papers
12
Total Citations
295
H-Index
8
About
Zhiwu Li is a leading researcher in the optimization of automated manufacturing and robotic disassembly systems, with a particular focus on cluster tools for semiconductor fabrication and human-robot collaboration for sustainable remanufacturing. His seminal work on optimal one-wafer cyclic scheduling for single-arm multicluster tools with linear topology (134 citations) established a foundational method for achieving the lower bound of cycle time through optimal buffer space configuration, directly impacting wafer fabrication efficiency. Li has also pioneered the integration of digital twin technology with human-robot collaborative disassembly, as seen in his highly cited 2024 paper (23 citations), which addresses the growing need for intelligent remanufacturing of end-of-life products like lithium-ion batteries. His contributions extend to multi-objective optimization for disassembly line balancing, including novel algorithms such as the discrete brainstorming optimizer and the multi-objective discrete bees algorithm, which tackle stochastic disassembly failures and energy efficiency. With over 300 total citations and a career spanning from Petri net modeling of flexible manufacturing cells to advanced scheduling under wafer residency time constraints, Li’s work bridges theoretical rigor with practical industrial applications, making him a key figure in smart manufacturing and sustainable production systems.
Research Focus
Key Achievements
Top Papers
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- 9On Modeling a Soccer Robot System Using Petri Nets6 citations · 2006
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