Papers
4
Total Citations
20
H-Index
2
About
Can Wang is a versatile researcher whose work spans materials science, intelligent systems, and industrial engineering. With contributions ranging from advanced nanomaterial development to smart logistics infrastructure, Wang exemplifies the kind of interdisciplinary curiosity that drives modern applied research. Wang's most-cited work (10 citations) investigates the microstructure and hydrophilicity of cellulose nanofibers modified using taurine, demonstrating their promising applications in humidity sensing and soft actuator technologies — areas with significant implications for wearable electronics and responsive materials. This research reflects a deep engagement with sustainable, bio-derived nanomaterials and their functional engineering. Equally noteworthy is Wang's early contribution to manufacturing systems, where a 2008 study on virtual simulation of job shop scheduling using DELMIA/QUEST software introduced object-oriented modeling frameworks to optimize production workflows — garnering 7 citations and remaining a useful reference in digital manufacturing circles. More recently, Wang has turned attention to intelligent medication management and smart locker systems, developing flexible and dynamic location encoding schemes (FlexIT and DyStore) that leverage IoT technologies to streamline item access in hospitals, pharmacies, and logistics environments. Together, these works paint a portrait of a researcher committed to solving real-world operational challenges through innovative, technology-driven solutions.
Research Focus
Key Achievements
Top Papers
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