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Guilherme Oliveira Neves

Académico

  • Doctor en Ciencia e Ingeniería de Materiales, Universidade Federal de Santa Catarina, 2020
  • Magíster en Ciencia e Ingeniería de Materiales, Universidade Federal de Santa Catarina, 2016
  • Ingeniero de Materiales, Universidade Federal de Santa Catarina, 2013

gneves@ubiobio.cl

  • Ciencia e ingeniería de los materiales
  • Metalurgia de polvos
  • Tribología
  • Nanomateriales
  • Carbono nanoestruturado
  • Patente NEVES, G. O.; ARAYA, N. ; KLEIN, A. N. ; BINDER, C. ; DAIS, H. W. J. ; PEREIRA, R. V. ; RODRIGUES NETO, J. B. ; MELLO, J. D. B. Patent: Innovation. Number: BR1020200007483, Title: "MÉTODO PARA PRODUÇÃO DE PARTÍCULAS DE CARBONO NANOESTRUTURADO ATRAVÉS DE REAÇÕES NO ESTADO SÓLIDO ENTRE MATERIAIS INORGÂNICOS PARTICULADOS" , Institution: INPI - Instituto Nacional da Propriedade Industrial. Deposit date: 13/01/2020
  • Publicaciones
  • INFLUENCE OF SIC POLYTYPES ON THE MIXED LUBRICATION REGIME OF SELFLUBRICATING COMPOSITES CONTAINING IN SITU GENERATED 2D TURBOSTRATIC GRAPHITE, 2023
  • STABILITY AND TRIBOLOGICAL PERFORMANCE OF NANOSTRUCTURED 2D TURBOSTRATIC GRAPHITE AND FUNCTIONALISED GRAPHENE AS LOWVISCOSITY OIL ADDITIVES, 2023
  • Synthesis of nanostructured carbon derived from the solid-state reaction between iron and boron carbide, 2022
  • An Overview of Highly Porous Titanium Processed via Metal Injection Molding in Combination with the Space Holder Method, 2022
  • Carbon Structures and Tribological Properties of Fe-C-SiC Self-Lubricating Metal Matrix Composites Prepared with α/β-SiC Polytypes, 2022 NEVES, GUILHERME OLIVEIRA; ARAYA, NICOLÁS ; DE MELLO, JOSÉ DANIEL BIASOLI ; BINDER, CRISTIANO ; KLEIN, ALOISIO NELMO. Synthesis, Characterization and Performance of Nanostructured 2D Turbostratic Graphite Particles Derived from the Solid-State Reaction Between Carbides. MATERIALS RESEARCH BULLETIN, v. 111826, p. 111826. 2022.
  • MARTIN, P.; SALVO, C.; PIO, E.; NEVES, G.; COLORADO, HENRY A.; HENRÍQUEZ, R.; MANGALARAJA, R. V.; AGUILAR, C. A Study on the Phase Formation and Magnetic Properties of FeNiCoCuM (M = Mo, Nb) High-Entropy Alloys Processed Through Powder Metallurgy. METALLURGICAL AND MATERIALS TRANSACTIONS A-PHYSICAL METALLURGY AND MATERIALS SCIENCE. , v.52. 2021.
  • RIVERA, NICOLÁS ARAYA; NEVES, GUILHERME OLIVEIRA; GIACOMELLI, RENAN OSS; SALVARO, DIEGO BERTI; BINDER, CRISTIANO; KLEIN, ALOÍSIO NELMO; BIASOLI DE MELLO, JOSÉ DANIEL. Dry tribological performance of nanostructured 2D turbostratic graphite particles derived from boron and chromium carbides. WEAR. , v.203842, p.203842. 2021.
  • NEVES, GUILHERME OLIVEIRA; ARAYA, NICOLÁS; BIASOLI DE MELLO, JOSÉ DANIEL; BINDER, CRISTIANO; KLEIN, ALOISIO NELMO; AGUILAR, CLAUDIO. Synthesis of nanostructured carbon derived from the solid-state reaction between iron and boron carbide. MATERIALS CHEMISTRY AND PHYSICS. , v.1, p.125396. 2021.
  • AGUILAR, C.; MARTIN, P.; PIO, E.; SALVO, C.; NEVES, G.O. Materials analysis applying thermodynamic (MAAT) software: A friendly and free tool to analyze the formation of solid solutions, amorphous phases and intermetallic compounds In COMPUTER PHYSICS COMMUNICATIONS. 2020
  • SAUCEDA, S. M. ; LASCANO, S. ; BEJAR, L. ; NEVES, G. O. ; CHICARDI, E. ; SALVO, C. ; AGUILAR, C. Study of the Effect of the Floating Die Compaction on Mechanical Properties of Titanium Foams. Metals, v. 10, p. 1621, 2020.
  • ARAYA, N.; VIEIRA, L. E.; DE MELLO, JOSÉ DANIEL B.; NEVES, G. O.; BINDER, C.; KLEIN, A.N.; AGUILAR, C. Effect of Ni addition and cryogenic hardening on the mechanical and tribological properties of self-lubricating steels produced by MIM In Powder Metallurgy., v.63, 1-11, 2020.
  • PAZ, G.A.R.; CAMPOS, B.H.A.; SOUZA, P.H.G.; NEVES, G.O.; BINDER, C.; KLEIN, A.N. Influence of porosity and hBN content on the damping capacity of metal matrix composites In Powder Metallurgy., v.63, 1-10. 2020
  • ARAYA, NICOLAS; NEVES, GUILHERME OLIVEIRA; RAMOS FILHO, ANTÔNIO ITAMAR; AGUILAR, CLAUDIO; BIASOLI DE MELLO, JOSÉ DANIEL; BINDER, CHRISTIAN; KLEIN, Nelmo ALOISIO; HAMMES, GISELE. Study of silicon carbide dissociation into Fe and Fe C matrixes produced by die pressing and sintering In MATERIALS CHEMISTRY AND PHYSICS. 2020
  • DE MEDEIROS, JOÃO PEDRO; HAMMES, GISELE; OLIVEIRA NEVES, GUILHERME; MARTINELLI, ANTONIO EDUARDO; KLEIN, Nelmo ALOISIO; BINDER, CRISTIANO. Effect of Liquid Phase Assisted Sintering on the Microstructure, Mechanical Properties and Tribological Behavior of Self-Lubricating Ferrous Composites In Advanced Engineering Materials. 2019.
  • NEVES, G.O. ; PAZ, G.; ARAYA, N.; BINDER, C.; KLEIN, A.N. Reinforced Pores in Porous Steels Obtained with Matrix Soluble Space Holders In MRS ADVANCES., v.online, 1-9. 2019.
  • NEVES, G.O. ; PIO, E.; MARTIN, P.; AGUILAR, C.; BINDER, C.; KLEIN, A.N. Semi-Empirical Computational Thermodynamic Calculations used to Predict Carbide Dissociation in Fe Matrix In MATERIALS CHEMISTRY AND PHYSICS., v.240, 122313. 2019.
  • BINDER, C.; BENDO, T.; HAMMES, G.; NEVES, G.O. ; BINDER, R.; DE MELLO, J.D.B.; KLEIN, A.N. Structure and properties of in situ-generated two-dimensional turbostratic graphite nodules In CARBON., v.124, 685-692. 2017.
  • NEVES, G. O. ; TIROLLO, H. G.; PROBST, S.M.H.; BINDER, C.; KLEIN, A. N., N.. 2017. Application of computational thermodynamics to Fe/Ni, Fe-3%Si/Ni and 316L/Ni systems produced by powder metallurgy In POWDER METALLURGY., v.60, 1-8. 2017
  • Estática
  • Materiales
  • Ciencia de los materiales
  • 2023 DESARROLLO DE PROCESO APLICADO A LA RECUPERACIÓN DE POLVOS Y BARROS DE ACERÍA PARA LA OBTENCIÓN DE POLVOS DE HIERRO CON ELEVADA AREA SUPERFICIAL
  • 2023 FORTALECIMIENTO Y EXPANSIÓN DE LAS REDES DE COLABORACIÓN INTERNACIONAL ENTRE CHILEBRASIL EN TORNO A TECNOLOGÍAS DE POLVOS PARA APLICACIONES TRIBOLÓGICAS Y CATÁLISIS
  • 2021 – 2022 Desenvolvimento e validação do pino do tucho do sistema de injeção de diesel em material autolubrificante. Cooperación LabMat-UFSC y Robert Boshc GmbH
  • 2021 – 2022 Inovação no projeto e fabricação de componentes para tensores utilizando materiais compósitos autolubrificantes. Cooperación LabMat-UFSC y Metalúrgica Zen S.A.
  • 2021-2022 Avaliação do desempenho tribológico e análises de materiais e componentes disponibilizados pelo IHR e prospecção de oportunidades de projetos de pesquisa/parceria IHR. Cooperación LabMat-UFSC y Empresas Randon.
  • 2020 – 2022 Espumas de FCC-Ti Produzidas via Metalurgia do pó e Sinterização Assistida por Plasma Cooperación LabMat-UFSC y Universidad Tecnica Federico Santa Maria
  • 2019 – 2021 Nanopartículas de Grafite 2D Turbostrático para Aplicações Tribológicas. Cooperación LabMat-UFSC y Nidec Global Appliance - Embraco
  • 2019 – 2022 Materiais inovadores aplicados a compressores herméticos. Cooperación LabMat-UFSC y Nidec Global Appliance – Embraco.
  • 2015 – 2019 Materiais e Processos Aplicados a Compressores Herméticos. Cooperación LabMat-UFSC y Nidec Global Appliance – Embraco.
  • 2014 – 2018 Desenvolvimento de novos materiais metálicos para viabilizar o aumento de eficiência energética e sustentabilidade nos compressores. Cooperación LabMat-UFSC y Nidec Global Appliance – Embraco.
  • XXVIII International Materials Research Congress. Influence of the Amount and Spatial Arrangement of Solid Lubricant Particles in the Damping Capacity and Mechanical Strength of Sintered Fe-hBN Composites. Congreso. Cancun/Mexico - 2019
  • XXVIII International Materials Research Congress. Microstructural Evolution of Mo1.5cr0.5c Dissolution in Ferrous Matrix During Sintering and its Influence on the Mechanical Behaviour. Congreso. Cancun/Mexico - 2019
  • Chilean Primer Taller of Carbon Materiales. Formación de carbono nanostructured de la la disociación de carburo para aplicaciones tribológicas. Congreso. Valparaiso/Chile – 2018
  • Third International Brazilian Conference on Tribology. Studies of Fe-C-SiC composites prepared with SiC polytypes 3C-SiC/6H-SiC. Conferencia. Florianópolis/Brasil. - 2018
  • Brazil MRS Meeting. Application of one-dimensional DICTRA simulations to study the formation of Solid lubricant in self lubricating composites. Congreso. Natal/Brasil - 2018
  • XVI-SBPMat. Influence of the Sintering Temperature in the Microstructure and Friction Behavior of Fe-C-β SiC Self-Lubricant Composites. Congreso. Gramado/Brasil - 2017
  • World PM2016. Influence of SiC content on the distribution of graphite nodules in self-lubricatinglubricating materials. Congreso. Hamburg/Alemania - 2016
  • World PM2016. Rearrangement Of Solid Lubricant During Liquid Phase Assisted Sintering In Ferrous Matrix Composites. Congreso. Hamburg/Alemania – 2016.
  • PTECH 2015. Experimental phase diagrams and computational thermodynamics analysis for Fe-Ni and Fe3%SiNi systems produced by powder metallurgy methods. Congreso. Mangaratiba/Brasil – 2015.