PhD student at University of Wollongong, Australia
Afshana Morshed is an accomplished mechanical engineering researcher whose expertise lies in tribology, nanolubricants, and steel manufacturing processes. With strong academic training and research experience across experimental and industrial applications, she has advanced the understanding of water-based lubricants enhanced by nanocomposites for sustainable engineering solutions. Her professional background includes contributions in academia, laboratory training, and industrial research, positioning her as an innovative and impactful figure in mechanical engineering.
Professional Profile
Scopus Profile | ORCID
Education
Afshana holds a Doctor of Philosophy in Mechanical Engineering from the University of Wollongong, where her research focused on the development of water-based nanolubricants using hexagonal boron nitride (hBN)-based nanocomposites. Her doctoral studies examined their tribological performance in steel rolling applications, aiming to enhance sustainability in industrial manufacturing processes. She previously completed a Master of Research in Mechanical Engineering at the same institution, where she specialized in water-based nanolubricants for hot steel rolling applications. She earned her Bachelor of Science in Mechanical Engineering from the Military Institute of Science and Technology, where she undertook research projects in jet impact force measurement, automated rotary parking systems, and fluid mechanics. Her academic path demonstrates consistent excellence, interdisciplinary application of engineering principles, and innovation in sustainable technologies.
Experience
Afshana’s professional experience spans both academic and industrial domains. At the University of Wollongong, she has provided supervision to Master’s students, guiding research in tribology, experimental design, data analysis, and manuscript preparation. She has also served as a laboratory equipment trainer, ensuring safety, effective usage, and maintenance of advanced engineering instruments. Earlier in her career, she contributed as a Research and Development Engineer in the Design and Planning Department of Khulna Shipyard Ltd. Her responsibilities included preparing cost estimates, coordinating technical specifications, overseeing naval architectural designs, and integrating innovative technologies into shipbuilding projects. She actively contributed to project execution, vendor coordination, and quality assurance, reflecting her ability to bridge technical expertise with practical implementation.
Research Focus
Her research focus centers on tribology, lubrication techniques, and environmentally sustainable solutions for steel manufacturing. Through her doctoral work, she investigated hBN and TiO2-based nanocomposites as additives in water-based lubricants to replace conventional oil-based lubricants, which pose environmental challenges. Her studies explored how nanolubricants mitigate stick–slip phenomena, reduce friction, and enhance wear resistance in industrial steel rolling processes. Her work aligns with global efforts to reduce carbon emissions and improve energy efficiency in heavy industries, positioning her research as both scientifically innovative and socially relevant.
Publication Top Notes
Title: hBN/TiO2 water-based nanolubricants: a solution for stick–slip mitigation in tribological applications
Authors: Afshana Morshed; Fei Lin; Hui Wu; Zhao Xing; Sihai Jiao; Md Mahadi Hasan; Zhengyi Jiang
Summary: Demonstrated hBN/TiO2 nanolubricants effectively reduce stick–slip, enhancing tribological performance and reliability in industrial steel applications.
Title: A tribological investigation of water-based nanolubricants prepared by mechanically synthesised hBN/TiO2 nanocomposites
Authors: Afshana Morshed; Fei Lin; Hui Wu; Zhao Xing; Sihai Jiao; Zhengyi Jiang
Summary: Investigated tribological properties of water-based hBN/TiO2 nanolubricants, showing improved wear resistance, lubrication efficiency, and sustainability in mechanical systems.
Title: Investigation of laminar forced convection heat transfer of nanofluids through flat plate solar collector
Authors: Farzad Hossain; Ashrafuzzaman Miah; Afshana Morshed; Insiat Islam Rabby; Eric Hu
Summary: Analyzed nanofluids in solar collectors, revealing enhanced laminar heat transfer efficiency, supporting renewable energy and sustainable thermal engineering applications.
Conclusion
Afshana Morshed’s career reflects a rare combination of academic excellence, research innovation, and professional engagement in mechanical engineering. Her contributions to tribology and sustainable nanolubricants have advanced industrial lubrication technology while addressing environmental concerns. With a growing publication record, hands-on experience in laboratory training and industrial project execution, and the ability to mentor future engineers, she demonstrates strong leadership potential. Her work not only enhances the efficiency of steel manufacturing but also contributes to the global movement toward sustainable engineering practices. These qualities make her a highly deserving candidate for recognition through an award nomination.