معرفی
Dr. Wenbin Zhang serves as a Senior Lecturer in Mechanical Engineering within Nottingham Trent University's School of Science & Technology, where he leads the Thermofluids module for undergraduate Year 1 and teaches Engineering Science Fundamentals. Previously, he held academic positions at the University of Hertfordshire, University of Birmingham, University of Nottingham, and University of Warwick following postdoctoral research at Tokyo University of Agriculture and Technology.
His academic foundation includes both Bachelor and PhD degrees in Engineering from Tsinghua University's State Key Lab of Coal Clean Combustion Technology, Department of Thermal Engineering.
- Bachelor of Engineering, Tsinghua University
- PhD in Engineering, Tsinghua University
Dr. Zhang's research spans four interconnected domains: Carbon Capture, Storage and Utilization (CCUS) with emphasis on integration with industrial sectors and negative emission technologies; Industrial Decarbonization through alternative fuels and energy efficiency; Bioenergy Production focusing on hydrogen from biomass; and Computational Simulation including CFD, DEM, and AI-driven energy systems. His work consistently addresses practical applications for sustainable energy transition and net-zero goals.
Analysis of his 15 most recent publications reveals a strategic evolution from foundational carbon capture research toward cutting-edge thermal management solutions. While maintaining strong contributions to CCUS technologies through fluidized bed adsorbents, his recent output (2021-2025) demonstrates significant focus on nanofluid-enhanced heat transfer systems, biomimetic cooling designs, and machine learning applications for thermal optimization - reflecting industry's urgent need for advanced thermal management in electronics and energy systems.
As an active research supervisor, Dr. Zhang guides multiple PhD projects including greener hydrogen production from biomass, smart cooling systems with hybrid nanofluids, and machine learning algorithms for microchannel flow prediction. His secured funding includes EPSRC projects on ultra-supercritical power plants, rotary Ericsson heat pumps, and carbon capture technologies, alongside NTU's Strategic Research Fund for deep decarbonization of foundation industries.
He contributes to the Sustainable Energy Technologies research group at NTU, advancing net-zero carbon emission solutions aligned with UK's 2050 climate targets through interdisciplinary approaches combining experimental, computational, and systems-level analysis.
