| Tamer Ismail |
| Affiliation |
Suez Canal University |
| Country |
Egypt |
| Scopus ID |
56562652700 |
| Documents |
63 |
| Citations |
1,667 |
| h-index |
27 |
| Subject Area |
Thermal Management Systems |
| Event |
Global Automobile Award |
| ORCID |
0000-0001-8324-6759 |
Innovative Research Award
Researcher: Tamer Ismail
Institution: Suez Canal University
This academic article presents a concise overview of the scholarly profile of Professor Tamer Ismail in relation to the Innovative Research Award. The page summarizes institutional affiliation, publication performance, research specialization, citation indicators, and scholarly impact in thermal management systems. The content follows a neutral academic style intended for professional recognition and informational purposes while referencing publicly available research metrics and persistent scholarly identifiers.[1]
Abstract
Professor Tamer Ismail has established a recognized research profile in thermal management systems through sustained scholarly activity, interdisciplinary collaboration, and consistent publication in peer-reviewed journals. His work addresses heat transfer, energy efficiency, cooling technologies, and engineering optimization with applications relevant to automotive and industrial systems. According to publicly available bibliometric indicators, his publications have achieved substantial citation performance and a notable h-index, reflecting broad academic visibility. These achievements demonstrate meaningful scientific contributions and provide evidence supporting consideration for professional research recognition within engineering and applied thermal sciences.[1][2]
Keywords
Thermal Management Systems, Heat Transfer, Automotive Engineering, Energy Efficiency, Cooling Technologies, Engineering Research, Scopus, Citation Analysis.
Introduction
Thermal management remains an essential engineering discipline because efficient heat control directly influences reliability, sustainability, and system performance. Research in this field contributes to improved industrial processes and advanced automotive technologies through analytical and experimental investigations.[2]
Research Profile
Professor Tamer Ismail is affiliated with Suez Canal University, Egypt. His Scopus profile reports sixty-three indexed publications, 1,667 citations, and an h-index of twenty-seven, indicating sustained scholarly productivity and measurable research influence within engineering disciplines.[1]
Research Contributions
His investigations emphasize heat transfer enhancement, thermal optimization, cooling system performance, and energy-efficient engineering solutions. Published findings contribute practical knowledge supporting researchers, industry professionals, and future technological developments in thermal management applications.[2]
Publications
The documented publication record demonstrates continuous scientific activity across internationally indexed journals. Research outputs include studies involving numerical analysis, experimental validation, and engineering optimization that collectively strengthen understanding of thermal management technologies.[1]
Research Impact
Citation metrics indicate that Professor Ismail’s publications have received broad scholarly attention. Such bibliometric performance reflects sustained academic engagement, research visibility, and continuing relevance within engineering literature and international scientific communication.[1]
Award Suitability
Available research indicators demonstrate consistent scholarly productivity, recognized publication performance, and measurable citation impact. These objective academic metrics align with common evaluation considerations for research recognition within engineering and applied science communities.[1]
Conclusion
The available scholarly evidence presents Professor Tamer Ismail as an active engineering researcher with established contributions to thermal management systems. Bibliometric indicators and publication activity collectively support professional academic recognition through transparent and verifiable research achievements.[1]
External Links
References
- Elsevier. (n.d.). Scopus author details: Tamer Ismail, Author ID 56562652700. Scopus.
https://www.scopus.com/authid/detail.uri?authorId=56562652700