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Gilberto Vicente Prandi

Has grant

Programa de estágio docente

University of Campinas

Brazil

Research Interests

Recent Grants

Grant: Close

Investigação das fases formadas na interface de ligas de titânio com rigidez controlada fabricadas via fusão a laser em leito de pó

Open Date: 2025-02-13

Close Date: 2025-03-28

Grant: Close

Investigação sobre o desempenho eletroquímico de ligas de titânio com rigidez controlada fabricadas por fusão em leito de pó a laser

Open Date: 2024-09-16

Close Date: 2025-02-12

Grant: Close

Obtenção de materiais com controle de rigidez por manufatura aditiva e tratamentos térmicos

Open Date: 2022-09-01

Close Date: 2026-10-13

Grant: Close

Ligas de titânio: transformações de fases e manufatura aditiva aplicadas na obtenção de materiais com gradientes funcionais

Open Date: 2021-04-01

Close Date: 2026-03-31

Articles (10)

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2026

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2026

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2026

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2026

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2026

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2025

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2025

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2025

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2025

Year:

2023

Collaborators (3)

Alessandra Cremasco

Professor/Pesquisador

University of Campinas

BRAZIL

View details

Rubens Caram

Professor

University of Campinas

BRAZIL

View details

Angel Vicente-Escuder

Profesor

Universitat Politècnica de València

SPAIN

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Gilberto Vicente Prandi

Research Interests

Recent Grants

Articles (10)

A low-modulus Ti-19Nb-10Zr-6Sn-2.5Fe (TNZSF) alloy for biomedical applications: Processing via elemental powder metallurgy and mechanical evaluation

Electrochemical characterization of passive films on additively manufactured hybrid Ti alloy: insights from a layered gradient dielectric model

Process window optimization of the Ti–30Nb-2.5Sn alloy fabricated via Laser Powder Bed Fusion

In-situ alloying and characterization of Ti-30Nb-5.5Sn alloy fabricated by powder bed fusion - laser beam for biomedical applications

In-situ alloying of Ti–Nb–Sn samples by Laser Additive Manufacturing: Phase stability and non-isothermal heat treatment

Design and post-heat treatment of a hybrid titanium alloy with tailored microstructure and enhanced fracture toughness

Tailoring strength and ductility in Ti-5553/Ti-42Nb layered heterostructures produced by laser powder bed fusion

Stress-induced martensitic transformation mechanism in the crack behaviour of compressed additively manufactured Ti-5553 alloy: A variant selection approach

Investigating multi-material Ti-42Nb lattice structures fabricated via laser powder bed fusion using a genetic algorithm to optimize Ti-5553 reinforcement band position

HYbrid Titanium Alloys produced by laser powder bed Fusion using Ti-5553 and Ti–42Nb powder recycling

Collaborators (3)

Alessandra Cremasco

Rubens Caram

Angel Vicente-Escuder

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