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Name JoãoPaulodeCastro-GomesDateofbirth 11August1967Nationality PortugueseE-mail castro.gomes@ubi.ptInstitutionaladdress

DepartmentofCivilEngineeringandArchitectureUniversityofBeiraInterior6201-001Covilhã,Portugal

TelephonesSkype

+351275329990/+351965103990joao.castro.gomes

João Castro-Gomes is full Professor at the Department of Civil Engineering and Architecture ofUniversityofBeiraInterior(UBI).

HeconcludedhisDoctorofPhilosophyDegree(PhD)onMathematicalmodelsforassessingcementhydration and microstructure of cement pastes, on 1997 at University of Leeds (UK) and joinedafterwardstheDepartmentofCivilEngineeringatUBI.Sincethenhewasparticularlyinvolvedintheinstallation of different research laboratories for materials and construction technology at UBI,namelythelaboratoryofdurabilityofmaterials.Hewasalsoresponsiblefortheimplementationofthe first Master Course and the first Erasmus program and the establishment of first DoctoralProgramofstudiesinCivilEngineeringatUBI.

Duringhisscientificactivity,hasbeeninvolvedandcoordinatedseveralresearchprojectsgrantedbyhighlycompetitiveNationalandEuropeanResearchCalls,someoftheminvolvingSMEsandindustry(e.g. GEOGREEN –Waste geopolymeric binder-based natural vegetated panels for energy-efficientbuilding green roofs and facades. Period: 2011-2013. FCT grant. UBI funding: EUR 152.832,00;SELICON-Servicelifedesign:modellingthedurabilityperformanceofConcrete.Period:2008-2011.FCT grant. UBI funding: EUR 31.900,00; VALREMIN – Valorisation of mining wastes. Period 2006-2008. ADI grant. UBI funding: 49.300,00; REEQ – FCT scientific re-equipment: Study of newconstructionsystems,concretecompositionandbituminousmixes,withincorporatingmaterials,forbetter performance and durability on climates with high thermal amplitudes. Period: 2006. FCTgrant.UBIfunding:EUR375.000,00;AGREDUR- Influenceofphysicalpropertiesandmorphologicalparameters of granite and calcareous aggregates on the durability of concrete. Period 2000-2004.FCTgrant.UBIfunding:EUR25.000,00).

Between 2008 and 2014 João Castro Gomes was scientific coordinator of C-MADE Centre ofMaterials andBuildingTechnologiesR&Dunit atUBIhavingbeen responsible for its foundation in2007(https://cmadeubi.wordpress.com).

Currently (2015-2018) he is coordinating “REMINE- Reuse of Mining Waste into InnovativeGeopolymeric-basedStructuralPanels,Precast,ReadyMixesandInsituApplications”,grantedbytheEuropean Commission under Horizon 2020 MARIE Skłodowska-CURIE Actions, Research andInnovationStaffExchange (RISE),withprojectN.645696,projectvalueofEUR567.000,00andUBIfundingEUR108.000,00(https://reminemsca.wordpress.com).

Regarding supervision of doctorate students, he has supervised 6 and co-supervised 2 doctoratestudents,and isnowsupervising8andco-supervising1.Regardingsupervisionofmasterstudents,hehassupervised15andco-supervised3,andisnowsupervising1.

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Castro-Gomes current research interests are: Environmentally sustainable binders and composites(low-CO2binders,alkaliactivated/geopolymericcements,CO2activatedcements,reuseofindustrialand household wastes particularly mining waste, polymer composites incorporating wastes);Technologiesforsustainableconstruction(minimizationofrawmaterials,energy-efficiencybuildings,recycling of building materials, vegetated surfaces modular systems); Microstructure of materials(scanning electron microscopy analysis, X-ray diffraction, laser diffraction, thermogravimetricanalysis, infrared spectroscopy and mercury micro porosity); Materials durability testing andperformance: permeability to gases and water, corrosion, carbonation and chloride diffusion,porosityandcapillaryabsorption,actionofwaterandfreeze-thawaction;Servicelifemodels).

Last6publications:

M.Manso, J. Castro-Gomes,B. Paulo, I. Bentes,C.A. Teixeira, Life cycle analysisof anewmodulargreeningsystem,Sci.TotalEnviron.627(2018).

M. Kheradmand, M. Azenha, J. Castro-Gomes, J. Aguiar, Energy benefits of cement-based plastercontaininghybridphase-changematerial,Proc.Inst.Civ.Eng.-Constr.Mater.(2018)1–26.

G. Kastiukas, X. Zhou, J. Castro-Gomes, Preparation conditions for the synthesis of alkali-activatedbindersusingtungstenminingwaste,J.Mater.Civ.Eng.29(2017).

M.Manso,J.P.Castro-Gomes,M.Marchacz,M.Górski,L.Dulak,R.Zuchowski,AcousticEvaluationofaNewModularSystemforGreenRoofsandGreenWalls,7(2017)99–108.

N. Sedira, J. Castro-Gomes,G. Kastiukas, X. Zhou, A. Vargas, A reviewonmineralwaste for alkali-activatedbindersduetotheirchemicalcharacteristics,Min.Sci.24(2017)29–58.

I.Beghoura,J.Castro-Gomes,H.Ihsan,N.Estrada,Feasibilityofalkali-activatedminingwastefoamedmaterialsincorporatingexpandedcork,Min.Sci.24(2017)7–28.

Ongoingresearchprojects(2018):

REMINE-ReuseofMiningWasteintoInnovativeGeopolymeric-basedStructuralPanels,Precast,ReadyMixesandInsituApplications:https://reminemsca.wordpress.com. Internetsites:

https://scholar.google.pt/citations?user=rgS1HvUAAAAJ&hl=pt-PThttp://orcid.org/0000-0002-2694-5462http://www.ubi.pt/Pessoa/jpcgC-MADE,CentreofMaterialsandBuildingTechnologies:http://cmadeubi.wordpress.comGEOGREEN – Waste geopolymeric binder-based natural vegetated panels for energy-efficientbuildinggreenroofsandfacades:https://geogreencmade.wordpress.comINSYSM–Intelligentsystemsforstructuresstrengtheningandmonitoring:http://insysm.polsl.plEnvironmentally-Friendly Aeronautical Transport Systems Integrated Program WP7. Recycled andWasteAggregatesinAirportsAsphaltMixtures:http://efatrasubi.wordpress.comMasterRehabilitationandConstructionEnvironmenthttp://www.mreamb.ubi.pt/planoestudos.htm

UBI/C-MADEFeb2018