João Paulo de Castro Gomes
AuthID: R-000-7AP
31
TITLE: Effect of activators on hybrid alkaline binder based on tungsten mining waste and ground granulated blast furnace slag Full Text
AUTHORS: Naim Sedira ; Joao Castro Gomes;
PUBLISHED: 2020, SOURCE: CONSTRUCTION AND BUILDING MATERIALS, VOLUME: 232
AUTHORS: Naim Sedira ; Joao Castro Gomes;
PUBLISHED: 2020, SOURCE: CONSTRUCTION AND BUILDING MATERIALS, VOLUME: 232
32
TITLE: Strength Development and Pore Structure Characterisation of Binary Alkali-activated Binder Based on Tungsten Mining Waste
AUTHORS: Naim Sedira ; João Castro-Gomes;
PUBLISHED: 2020, SOURCE: KnE Engineering
AUTHORS: Naim Sedira ; João Castro-Gomes;
PUBLISHED: 2020, SOURCE: KnE Engineering
33
TITLE: Microstructure Features of Ternary Alkali-activated Binder Based on Tungsten Mining Waste, Slag and Metakaolin
AUTHORS: Naim Sedira ; João Castro-Gomes;
PUBLISHED: 2020, SOURCE: KnE Engineering
AUTHORS: Naim Sedira ; João Castro-Gomes;
PUBLISHED: 2020, SOURCE: KnE Engineering
34
TITLE: EVOLUTION OF DURABILITY AND MECHANICAL PROPERTIES OF ORDINARY PORTLAND CEMENT CONCRETES IN SULPHATES ATTACK
AUTHORS: Narimane, Z; Hamma, Z; Castro Gomes, JP; Boudjema, B; Aissa, T; Amin, BM;
PUBLISHED: 2020, SOURCE: ENGINEERING REVIEW, VOLUME: 40, ISSUE: 3
AUTHORS: Narimane, Z; Hamma, Z; Castro Gomes, JP; Boudjema, B; Aissa, T; Amin, BM;
PUBLISHED: 2020, SOURCE: ENGINEERING REVIEW, VOLUME: 40, ISSUE: 3
35
TITLE: Alkali-Activated Binders Based on Tungsten Mining Waste and Electric-Arc-Furnace Slag: Compressive Strength and Microstructure Properties
AUTHORS: Naim Sedira ; João Castro Gomes;
PUBLISHED: 2020, SOURCE: CivilEng, VOLUME: 1, ISSUE: 2
AUTHORS: Naim Sedira ; João Castro Gomes;
PUBLISHED: 2020, SOURCE: CivilEng, VOLUME: 1, ISSUE: 2
36
TITLE: Interaction of carbonation and chloride ions ingress in concrete
AUTHORS: Malheiro, R; Camões, A; Meira, G; Amorim, MT; Castro‐gomes, J;
PUBLISHED: 2020, SOURCE: RILEM Technical Letters, VOLUME: 5
AUTHORS: Malheiro, R; Camões, A; Meira, G; Amorim, MT; Castro‐gomes, J;
PUBLISHED: 2020, SOURCE: RILEM Technical Letters, VOLUME: 5
INDEXED IN: 
Scopus
Scopus IN MY: 
ORCID
ORCID37
TITLE: The anti-apoptotic Coxiella burnetii effector protein AnkG is a strain specific virulence factor Full Text
AUTHORS: Walter Schaefer; Teresa Schmidt; Arne Cordsmeier; Vitor Borges; Paul A Beare; Julian Pechstein; Jan Schulze Luehrmann; Jonas Holzinger; Nicole Wagner; Christian Berens; Carsten Heydel; Joao Paulo Gomes; Anja Luehrmann;
PUBLISHED: 2020, SOURCE: SCIENTIFIC REPORTS, VOLUME: 10, ISSUE: 1
AUTHORS: Walter Schaefer; Teresa Schmidt; Arne Cordsmeier; Vitor Borges; Paul A Beare; Julian Pechstein; Jan Schulze Luehrmann; Jonas Holzinger; Nicole Wagner; Christian Berens; Carsten Heydel; Joao Paulo Gomes; Anja Luehrmann;
PUBLISHED: 2020, SOURCE: SCIENTIFIC REPORTS, VOLUME: 10, ISSUE: 1
INDEXED IN: 
WOS
WOS38
TITLE: Cephalosporin-ResistantNeisseria gonorrhoeaeIsolated in Portugal, 2019 Full Text
AUTHORS: Miguel Pinto; Rui Matias; Joao Carlos Rodrigues; Silvia Duarte; Luis Vieira; Ines Goncalves; Maria Joao Goncalves; Maria Helena Ramos; Joao Paulo Gomes; Maria Jose Borrego;
PUBLISHED: 2020, SOURCE: SEXUALLY TRANSMITTED DISEASES, VOLUME: 47, ISSUE: 11
AUTHORS: Miguel Pinto; Rui Matias; Joao Carlos Rodrigues; Silvia Duarte; Luis Vieira; Ines Goncalves; Maria Joao Goncalves; Maria Helena Ramos; Joao Paulo Gomes; Maria Jose Borrego;
PUBLISHED: 2020, SOURCE: SEXUALLY TRANSMITTED DISEASES, VOLUME: 47, ISSUE: 11
INDEXED IN: Scopus WOS
Scopus WOS39
TITLE: Preliminary Study of the Rheological and Mechanical Properties of Alkali-activated Concrete Based on Tungsten Mining Waste Mud
AUTHORS: Abdelhakim Benhamouda; João Castro-Gomes;
PUBLISHED: 2020, SOURCE: KnE Engineering
AUTHORS: Abdelhakim Benhamouda; João Castro-Gomes;
PUBLISHED: 2020, SOURCE: KnE Engineering
40
TITLE: Development of Alkali-activated Foamed Lightweight Mortar Tungsten Mining Waste Mud-based Incorporating Expanded Cork
AUTHORS: Imed Beghoura; Joao Castro-Gomes;
PUBLISHED: 2020, SOURCE: KnE Engineering
AUTHORS: Imed Beghoura; Joao Castro-Gomes;
PUBLISHED: 2020, SOURCE: KnE Engineering
