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Sarebanzadeh, Maral maral.sarebanzadeh@upm.es

CIENCIA DE MATERIALES / Universidad Politécnica de Madrid

Publications

Grain growth competition and formation of grain boundaries during solidification of hcp alloys

  • Boukellal, A K
  • Sarebanzadeh, M
  • Orozco-Caballero, A
  • Sket, F
  • Llorca, J
  • Tourret, D

Acta Materialia - 1/5/2024

10.1016/j.actamat.2024.119830 View at source

  • ISSN 13596454

Analysis of slip transfer across grain boundaries in Ti via diffraction contrast tomography and high-resolution digital image correlation: When the geometrical criteria are not sufficient

  • Nieto-Valeiras, E
  • Orozco-Caballero, A
  • Sarebanzadeh, M
  • Sun, J
  • Llorca, J

International Journal Of Plasticity - 19/3/2024

10.1016/j.ijplas.2024.103941 View at source

  • ISSN 07496419

Accurate determination of active slip systems for improved geometrical criteria of basal-to-basal slip transfer at grain boundaries in pure Mg

  • Sarebanzadeh, M
  • Orozco-Caballero, A
  • LLorca, J

Acta Materialia - 1/1/2023

10.1016/j.actamat.2022.118536 View at source

  • ISSN 13596454

This researcher has no books.

This researcher has no book chapters.

Characterization of Deformation Mechanisms Near Grain Boundaries in Mg Alloys by Means of In-situ EBSD and Highresolution Digital Image Correlation

  • NIETO VALEIRAS, MARÍA EUGENIA

Tms2023 - 22/3/2023

  • iMarina

Slip transfer mechanisms at grain boundaries in FCC and HCP metals

  • OROZCO CABALLERO, ALBERTO

Proceedings Of The 18th European Mechanics Of Materials Conference - 4/4/2022

  • iMarina

Slip Transfer and Cracking at Grain Boundaries in FCC and HCP Metals

  • NIETO VALEIRAS, MARÍA EUGENIA
  • OROZCO CABALLERO, ALBERTO
  • Llorca Martínez, Javier

2/3/2022

  • iMarina

Slip transfer criteria at grain boundaries in FCC and HCP metals

  • NIETO VALEIRAS, MARÍA EUGENIA

29/10/2020

  • iMarina

This researcher has no working papers.

This researcher has no technical reports.

Aumento de la calidad y de la equidad, a grupos minoritarios, en las recomendaciones obtenidas mediante filtrado colaborativo basado en técnicas de Deep Learning

  • SAREBANZADEH, MARAL (Miembro del equipo de trabajo)
  • BOBADILLA SANCHO, JESUS (Investigador principal (IP))
  • ALONSO VILLAVERDE, SANTIAGO (Participante)
  • HERNANDO ESTEBAN, ANTONIO (Participante)
  • GUTIERREZ RODRIGUEZ, ABRAHAM (Participante)
  • ORTEGA REQUENA, FERNANDO (Participante)

Period: 01-06-2020 - 31-05-2023

Type of funding: National

Amount of funding: 28193,00 Euros.

  • iMarina

This researcher has no supervised thesis.

This researcher has no patents or software licenses.

  • This researcher does not have any profiles.
Last data update: 8/28/24 9:23 AM