Innovative Research Award
Afshin Khodaparast
Shahid Beheshti University, Iran
Afshin Khodaparast is a researcher affiliated with Shahid Beheshti University, Iran, whose research interests include sustainable concrete, construction materials, and environmentally responsible engineering. His research contributions include investigations into self-compacting earth concrete, pumice-based concrete mixtures, mechanical performance, microstructural characteristics, and life-cycle environmental assessments. His published research addresses opportunities for developing lower-carbon construction materials and improving the sustainability of concrete technology. His scholarly work provides a basis for consideration under the Innovative Research Award category of the Global HRM Awards. [1][2]
Abstract
Afshin Khodaparast’s research focuses on sustainable construction materials, particularly self-compacting earth concrete and the utilization of natural supplementary materials. His investigations examine mechanical properties, microstructural development, and environmental performance. Published findings concerning pumice incorporation highlight potential approaches to reducing cement consumption, environmental impacts, and material costs in concrete applications. [2]
Keywords
Sustainable Concrete; Self-Compacting Earth Concrete; Pumice; Low-Carbon Construction; Construction Materials; Concrete Technology; Mechanical Properties; Microstructure; Life-Cycle Assessment; Environmental Sustainability; Green Construction; Civil Engineering.
Introduction
Afshin Khodaparast is affiliated with Shahid Beheshti University, Iran, and conducts research in civil engineering, particularly sustainable construction materials. His scholarly interests include developing environmentally responsible concrete technologies through alternative material utilization. His investigations address concrete performance, natural pozzolans, and low-carbon construction approaches, contributing to research discussions surrounding sustainable infrastructure and resource-efficient engineering practices. [1][2]
Research Profile
Khodaparast’s research profile emphasizes sustainable concrete technology, with particular attention to self-compacting earth concrete, material characterization, and environmental evaluation. His collaborative publications investigate the interaction between alternative constituents and concrete performance. Google Scholar information supplied for this profile reports 50 citations, an h-index of 3, and an i10-index of 5. [1][2]
Research Contributions
His research contributions include investigating pumice as a natural pozzolanic material in self-compacting earth concrete. Published studies examine compressive strength, microstructural characteristics, ultrasonic pulse velocity, and environmental performance. This work explores alternative cement-replacement strategies and their potential to support reduced-carbon construction materials while maintaining relevant engineering properties and practical construction considerations. [2]
Publications
Khodaparast has contributed to collaborative publications addressing sustainable concrete, construction materials, and structural engineering. Notable research includes a 2025 Journal of Building Engineering article examining pumice in self-compacting earth concrete and a study concerning its mechanical, microstructural, and sustainability characteristics. His publication record also includes research on recycled aggregates and concrete performance under elevated temperatures. [2]
Research Impact
Khodaparast’s research addresses construction sustainability through investigations into alternative concrete constituents and lower-carbon material systems. His collaborative findings on pumice-based earth concrete identify potential environmental benefits, including reduced carbon emissions under studied mixture conditions. These contributions offer relevant insights for researchers exploring resource efficiency, material optimization, and environmentally conscious construction technologies. [2]
Award Suitability
Afshin Khodaparast’s research aligns with the Innovative Research Award through its emphasis on alternative construction materials, sustainable concrete development, and experimentally investigated engineering solutions. His peer-reviewed collaborative publications demonstrate engagement with contemporary sustainability challenges. His work provides a relevant foundation for evaluating research originality, technical contribution, environmental significance, and potential applications in construction. [2]
Conclusion
Afshin Khodaparast’s scholarly contributions reflect an interest in advancing sustainable concrete and environmentally responsible construction materials. His investigations into pumice-based self-compacting earth concrete connect material performance with environmental assessment. These research activities represent relevant contributions to sustainable civil engineering and provide a foundation for continued exploration of innovative construction technologies. [2]
External Links
References
- Google Scholar. (n.d.). Afshin Khodaparast – Author Profile. Google Scholar. Research metrics supplied for this article are attributed to the provided author profile and should be checked against the current profile.
https://scholar.google.com/citations?user=EkLrLOYAAAAJ&hl=en
- Global HRM Awards. (n.d.). Official Award Website. Global HRM Awards.
https://globalhrmawards.com/