Title First Name Last Name Institution/Organization Country Domain Subdomain/Subject/Service Area Selected for Winner Profile
Dr.NahidNishatJamia Millia IslamiaIndiaProperties and PerformanceInorganic Chemistry, Coordination Chemistry, Bioinorganic Chemistry, Materials ChemistryBest Researcher AwardView Profile
Prof. Dr.MARIAMACIELFederal University of Rio Grande do NorteBrazilProperties and PerformanceNanotechnology/Natural Product/BiotechnologyOutstanding Scientist AwardView Profile
Dr.Sunil KumarPrajapatiIIT MadrasIndiaProperties and PerformanceAdditive Manufacturing, TribologyBest Researcher AwardView Profile
Dr.YaoyaoWuNorth China University of Science and TechnologyChinaProperties and Performanceelectromagnetic protectionBest Researcher AwardView Profile
Assist Prof. Dr.BarunDasJIS INSTITUTE OF ADVANCED STUDIES AND RESEARCH, KOLKATAIndiaProperties and PerformanceMaterials Chemistry, Nanoscience & Nanotechnology, Solid State ChemistryBest Researcher AwardView Profile
Mr.HassanMoradiRazi UniversityIranProperties and PerformancePower Transmission SystemsBest Researcher AwardView Profile
Dr.DandanSunChina Railway 15th Bureau Group Corporation LimitedChinaProperties and PerformanceCivil engineeringBest Researcher AwardView Profile
Dr.XINJIECUINortheast Forestry UniversityChinaProperties and PerformanceWood ScienceResearch Excellence AwardView Profile
Mr.TaoWangUniversity of Science and Technology of ChinaChinaProperties and PerformanceSmart artificial dry adhesiveResearch Excellence AwardView Profile
Ms.WeiWuUniversity of Shanghai for Science & TechnologyChinaProperties and PerformanceBionic materialsResearch Excellence AwardView Profile
Assoc. Prof. Dr.CostelPlescanTransilvania University of BrasovRomaniaProperties and PerformanceSustainable Infrastructure; thermally efficient concreteResearch Excellence AwardView Profile
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 AwardView Profile
Assist Prof. Dr.AntoniosStamopoulosUniversity of L'AquilItalyProcessing and ManufacturingRecyclable Thermoplastic Composite Materials FormingBest Researcher Award
Prof.ZayniddinMuhidinovChemistry InstituteTajikistanProcessing and Manufacturingpectin technology and applicationsBest Researcher Award
MrSIVASHANKARNKONGUNADU COLLEGE OF ENGINEERING AND TECHNOLOGYIndiaProcessing and ManufacturingMICRO MACHININGExcellence in Research
Dr.AlexanderMukasyanUniversity Of Notre DameUnited StatesProcessing and ManufacturingDesign/Ceramics/metal/catalysisBest Researcher Award
Dr.JianlinLiORNLUnited StatesProcessing and Manufacturingenergy storageBest Researcher Award
Assoc Prof. DrTsaiMeng-HsiuNational Kaohsiung University of Science and TechnologyTaiwanProcessing and ManufacturingMetal/Magnesium corrosionBest Researcher Award
MrFarzadHabibiSahand University of TechnologyIranProcessing and ManufacturingJoiningBest Researcher Award
DrH M AnilKumarBallari Institute of Technology and ManagementIndiaProcessing and ManufacturingFriction Stir WeldingBest Researcher Award
 Title First Name Last Name Institution/Organization Country Domain Subdomain/Subject/Service Area Selected for Winner Profile
Award Winners