Associate Professor | Sahand University of Technology | Iran
Assoc. Prof. Dr Elnaz Khodapanah reflects a distinguished record of contributions shaped by sustained commitment to Engineering research, Engineering innovation, and Engineering-driven societal advancement. As an active scholar in the global Engineering community, Assoc. Prof. Dr Elnaz Khodapanah has established a strong research footprint through impactful studies that integrate Engineering principles with applied scientific inquiry, resulting in high-quality outputs recognized across international platforms. Her body of work demonstrates consistent engagement with multidisciplinary Engineering collaborations, leading to publications that advance methodological rigor and strengthen the broader relevance of Engineering solutions for contemporary challenges. Through productive partnerships with research teams and institutional networks, she has expanded the scope and visibility of Engineering knowledge, with her publications receiving meaningful scholarly attention aligned with the evolving frontiers of Engineering practice. Her research contributions reflect a commitment to bridging theoretical Engineering foundations with practical outcomes that yield long-term societal value. The scholarly influence of Assoc. Prof. Dr Elnaz Khodapanah continues to grow through active participation in Engineering communities, strategic involvement in collaborative Engineering projects, and sustained dissemination of high-impact findings that reinforce the essential role of Engineering in global scientific progress. Her contributions exemplify the intellectual depth, professional integrity, and forward-looking perspective expected within the international Engineering landscape, ensuring continued impact across multiple domains enriched by Engineering excellence. Presented in alignment with recognized academic standards, her professional influence is further reflected through the Scopus profile of 570 Citations, 43 Documents, 13 h-index.
Profile: Scopus
Featured Publications
1. Experimental investigation of silica nanoparticle morphology on interfacial properties, diffusion behavior, and oil recovery in carbonate reservoirs: Insights into spherical and rod-shaped particles. Journal of Molecular Liquids. (2025).
2. An evaluation of the viscoelastic properties of nanosized preformed particle gels. ACS Omega. (2025)
3. Comprehensive review of hybrid chemical enhanced oil recovery methods: synergistic mechanisms, applications, and insights into chemical-based water alternating gas techniques. (2025).
4. Evaluation of nanosilica morphology: Effects on nanofluid stability and interaction with carbonate rock surfaces. Journal of Cluster Science. (2024).