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Moussavi Tayyebi, Saeid saeid.moussavita@upm.es

MATEMÁTICA E INFORMÁTICA APLICADAS A LAS INGENIERÍAS CIVIL Y NAVAL / Universidad Politécnica de Madrid

Publications

A new flow-path energy-based approach for the preliminary design of debris flow risk mitigation measures: the real case of Favazzina

  • Pisano, Marilene
  • Visalli, Pasquale
  • Tayyebi, Saeid Moussavi
  • Pastor, Manuel
  • Moraci, Nicola

Canadian Geotechnical Journal - 1/1/2025

10.1139/cgj-2024-0709 View at source

  • ISSN 00083674

A depth-integrated SPH framework for slow landslides

  • M Pastor
  • A Hernández
  • SM Tayyebi
  • GA Trejos
  • G Suárez
  • J Zheng

International Journal For Numerical And Analytical Methods In Geomechanics (p. 3848-3875) - 8/8/2024

10.1002/nag.3814 View at source

  • ISSN 03639061

Modelling the frost cracking behavior in clayey soils: A peridynamic approach

  • Zheng, JW
  • Wang, J
  • Lu, Y
  • Gu, X
  • Pastor, M
  • Tayyebi, SM
  • Mu, YH
  • Wang, T
... View more Collapse

Computers And Geotechnics - 1/12/2024

10.1016/j.compgeo.2024.106765 View at source

  • ISSN 0266352X

Modeling fast flows with variable water content: A depth-integrated SPH approach

  • Pastor, M
  • Tayyebi, SM
  • Hernández, A
  • Zheng, JW
  • Suárez, G
  • Reyes, ME

Computers And Geotechnics - 1/10/2024

10.1016/j.compgeo.2024.106581 View at source

  • ISSN 0266352X

Comparison of Different Numerical Methods in Modeling of Debris Flows-Case Study in Selanac (Serbia)

  • Krusic, J
  • Pastor, M
  • Tayyebi, SM
  • Duric, D
  • Duric, T
  • Samardzic-Petrovic, M
  • Marjanovic, M
  • Abolmasov, B
... View more Collapse

Applied Sciences-Basel - 1/10/2024

10.3390/app14199059 View at source

  • ISSN 20763417

A new two-layer two-phase depth-integrated SPH model implementing dewatering: Application to debris flows

  • Pastor M
  • Tayyebi SM
  • Hernandez A
  • Gao L
  • Stickle MM
  • Lin C

Computers And Geotechnics - 1/1/2023

10.1016/j.compgeo.2022.105099 View at source

  • ISSN 0266352X

A framework coupled neural networks and SPH depth integrated model for landslide propagation warning

  • Gao, LG
  • Pastor, M
  • Li, TC
  • Tayyebi, SM
  • Hernandez, A
  • Liu, XQ
  • Zheng, B
... View more Collapse

Acta Geotechnica (p. 3863-3888) - 1/1/2023

10.1007/s11440-022-01774-4 View at source

  • ISSN 18611125

Permeable walls for mitigating fast debris flows: a two-phase two-layer depth-integrated sph-fd modeling

  • SM Tayyebi
  • M Pastor
  • A Hernandez
  • L Gao
  • M Stickle

Numerical Analysis Of Geomaterials, Symposium Dedicated To The Memory Of … - 1/1/2023

  • iMarina

SPH numerical modelling of landslide movements as coupled two-phase flows with a new solution for the interaction term

  • Tayyebi, Saeid Moussavi
  • Pastor, Manuel
  • Stickle, Miguel Martin
  • Yague, Angel
  • Manzanal, Diego
  • Molinos, Miguel
  • Navas, Pedro
... View more Collapse

European Journal Of Mechanics B-Fluids (p. 1-14) - 1/12/2022

10.1016/j.euromechflu.2022.06.002 View at source

  • ISSN 09977546

A component-free Lagrangian finite element formulation for large strain elastodynamics

  • Martin Stickle, Miguel
  • Molinos, Miguel
  • Navas, Pedro
  • Yague, Angel
  • Manzanal, Diego
  • Moussavi, Saeid
  • Pastor, Manuel
... View more Collapse

Computational Mechanics (p. 639-660) - 1/1/2022

10.1007/s00466-021-02107-0 View at source

  • ISSN 01787675

This researcher has no books.

Depth Integrated Two-Layer Coupled SPH Models for Debris Flows Simulation

  • Tayyebi SM
  • Pastor M
  • Yifru AL
  • Thakur V
  • Stickle MM

Challenges And Innovations In Geomechanics. Iacmag 2021. Lecture Notes In Civil Engineering (p. 491-497) - 15/1/2021

https://doi.org/10.1007/978-3-030-64518-2_58 View at source

  • ISSN 23662557

A general two phase depth integrated model considering pore water pressure and dewatering

  • Pastor M
  • Tayyebi SM
  • Hernandez A
  • Gao L
  • Stickle MM
  • Navas P
  • Manzanal D
  • Yagüe Á
  • Molinos M
... View more Collapse

E3s Web Of Conferences (p. 02016-02016) - 1/1/2023

10.1051/e3sconf/202341502016 View at source

  • ISSN 22671242

A coupled two-phase model for numerical simulation of a real debris avalanche.

  • Tayyebi S, Pastor,P, M Stickle, A Yague, D Manzanal, M Molinos, P Navas

9th International Conference On Computational Methods For Coupled Problems In Science And Engineering, Coupled Problems 2021 - 13/6/2021

10.23967/coupled.2021.001 View at source

Fast Landslide Propagation: Alternative Modelling Techniques

  • Pastor, M
  • Pastor, M
  • Yague, A
  • Yague, A
  • Martin Stickle, M
  • Martin Stickle, M
  • Moussavi, S
  • Moussavi, S
  • Lin, Chuan
  • Furlanetto, A
  • Furlanetto, A
  • Manzanal, D
  • Manzanal, D
  • Mira, P
  • Mira, P
  • Merodo, J A Fernandez
  • Merodo, J A Fernandez
... View more Collapse

Springer Series In Geomechanics And Geoengineering (p. 193-199) - 1/1/2017

10.1007/978-3-319-56397-8_25 View at source

  • ISSN 18668755

This researcher has no working papers.

This researcher has no technical reports.

Modelos acoplados de simulación basados en partículas: aplicación a deslizamientos rápidos de laderas y olas generadas en embalses, lagos y bahías

  • Manuel Pastor Pérez
  • Miguel Martín Stickle (Investigador principal (IP))
  • Manzanal Milano, Diego Guillermo (Investigador/a)

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

Type of funding: National

Amount of funding: 72600,00 Euros.

  • iMarina

Modelizacion avanzada de deslizamientos de ladera

  • Haddad NA, Bouchra (Miembro del equipo de trabajo)
  • YAGÜE HERNAN, ANGEL (Miembro del equipo de trabajo)
  • PASTOR PEREZ, MANUEL TOMAS (Investigador principal (IP))
  • Sanz Pérez, Eugenio (Participante)
  • MENENDEZ-PIDAL DE NAVASCUES, IGNACIO FAUSTINO (Participante)
  • Lantarón Sánchez, Sagrario (Participante)
  • ESCAVY FERNANDEZ, JOSE IGNACIO (Participante)
  • MARTIN STICKLE, MIGUEL (Participante)
  • ROMANA GARCIA, MANUEL (Participante)
  • MOUSSAVI TAYYEBI, SAEID (Miembro del equipo de trabajo)
  • Manzanal Milano, Diego Guillermo (Miembro del equipo de trabajo)
  • MOLINOS PEREZ, MIGUEL (Miembro del equipo de trabajo)
... View more Collapse

Period: 30-12-2016 - 31-12-2020

Type of funding: National

Amount of funding: 133100,00 Euros.

  • iMarina

Modelización numérica de geomateriales fluidificados con SPH aplicada al análisis de amenaza por deslizamientos rápidos y flujos no canalizados de ladera

  • Pastor Perez, Manuel (Director)
  • MOUSSAVI TAYYEBI, SAEID (Director) Doctorando: Hernández Castellanos, Andrei Orlando

19/7/2024

  • iMarina

Flow-type landslides: Propagation process and mitigation works modelling with a two-phase SPH depth-integrated method

  • MOUSSAVI TAYYEBI, SAEID (Codirector) Doctorando: Pasquale VISALLI,

22/5/2023

  • iMarina

This researcher has no patents or software licenses.

Last data update: 11/10/25 9:30 AM