Title First Name Last Name Institution/Organization Country Domain Subdomain/Subject/Service Area Award Category. Selected for Biography
Dr.JingqiChenyanshan universityChinaProcessing and ManufacturingEtching behaviorBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Dr.ChenxuLiuUniversity of AlbertaCanadaRepairAdvanced RemanufacturingBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Assoc. Prof. Dr.HaijieBenQuzhou UniversityChinaDesign of Materials and ComponentsCatalysts/Environmental ScienceBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Prof. Dr.Haitham M.AyyadAl-Azhar University Faculty of Science for Boys, Nasr City, Cairo Egypt 11884EgyptEnvironmental effectsDiagenesisBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Assist. Prof. Dr.RafałKrzywońSilesian University of TechnologyPolandReinforcement MaterialsReinforcing and strengthening of concrete and geopolymer concreteBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Dr.MohamedRedaAl-Azhar UniversityEgyptAnalysisPetroleum Geology, Oil and Gas ExplorationBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Dr.AggelikiPapavasiliouInstitute of Nanoscience and Nanotechnology (INN), National Centre For Scientific Research DemokritosGreeceOtherAntibacterial NanocompositesBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Dr.CanCuiZhengzhou UniversityChinaNon-destructive evaluationinfrared thermography detection of cavitation defects in external prestressed pipelinesBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Prof.MoustafaZaghoUniversity of South AlabamaUnited StatesPolymer-Matrix compositesMaterials Science/Polymer Science and Engineering/Mass and Heat TransportBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Mr.Abdul VahapKorkmazAfyon Kocatepe UniversityTurkeyProperties and PerformanceThe developed cementitious materials demonstrate high mechanical performance while significantly reducing clinker content. Magnesium slag–based binders exhibit improved microstructural density and long-term durability. The optimized formulations achieve competitive compressive strength compared to conventional Portland cement systems. Mechanochemically activated waste materials enhance hydration efficiency and performance stability. The incorporation of industrial by-products improves material efficiency without compromising structural integrity. Reduced porosity and refined particle packing contribute to enhanced durability and resistance to microcracking. The proposed cement systems maintain consistent performance under practical processing and curing conditions. Overall performance confirms the technical viability of low-carbon, waste-derived cement composites.Best Researcher AwardBest Researcher Awardglobalcompositeawards.com
Dr.JianhuaZouNational University Singapore - Kent Ridge Campus: National University of SingaporeSingaporeDesign of Materials and ComponentsNanomaterials for phototherapyBest Review Paper AwardBest Review Paper Awardglobalcompositeawards.com
Prof.PiotrJasinskiGdańsk University of TechnologyPolandTestinggas sensors, solid state sensorsBest Review Paper AwardBest Review Paper Awardglobalcompositeawards.com
DrSeyyedMousaviDepartment of Chemical Engineering National Taiwan University of Science and Technology, Taipei, TaiwanTaiwanMicroplasmaNanomaterialsDrug deliveryNano biomedicalPolyoxometalatesBest Scholar AwardBest Scholar Award
MrEmreYavuzMax-Planck-Institut for Polymer ResearchGermanyFunctional materialsBest Scholar AwardBest Scholar Award
MsGitanjliRathorePunjab Agriultural University, Ludhiana IndiaIndiaSoil Health and Nutrient Managemnt and Organic FarmingBest Scholar AwardBest Scholar Award
Assoc Prof DrMohamed BechirBen HamidaHigher School of Sciences and Technology of Hammam SousseTunisiaInternational Awards on Composite MaterialsBest Scholar AwardBest Scholar Award
DrNirmalyaChatterjeeNorth Bengal UniversityIndiaGeologyBest Scholar AwardBest Scholar Award
Prof.ChristosPanagopoulosNational Technical University of AthensGreeceOtherMaterialsBest Scholar AwardBest Scholar Award
MrVenkateswarluGattineniGITAM UniversityIndiaDesign of Materials and ComponentsVehicle SafetyBest Scholar AwardBest Scholar Award
DrAliPermanoonRazi UniversityIranFracture, Meso scale modeling, Concrete fracture,Best Scholar AwardBest Scholar Award
 Title First Name Last Name Institution/Organization Country Domain Subdomain/Subject/Service Area Award Category. Selected for Biography
Selected Nominee

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