GCE
Place du Levant 1/L5.05.01
1348 Louvain-la-Neuve
Assistante
GCE
Place du Levant 1/L5.05.01
1348 Louvain-la-Neuve
EXPERIENCE
January 2020 – PRESENT
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UCLouvain, Belgium — Teaching Assistant and PhD candidate PhD student under the supervision of Sandra Soares-Frazão Thesis Project: Numerical and experimental modeling of breaching of earthen embankments The research is aimed at developing and validating a numerical tool which is capable to model continuous failure of earthen dikes (Breaching) under overflowing thanks to contribution to full-scale tests (Polder2cs.eu) on the real dike and conduction medium-scale laboratory tests. Well-documented data from the experiments will be utilized for the future models’ calibration and validation. |
March 2019–December 2019
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PGC, Iran — Resident Agent Resident Agent and Project Supervisor at Pars Geometry Consultants (Project: Lain Desalination Plant in Bushehr) Responsibilities: site investigation, marine investigations of the nearshore zone, supervising of geotechnical investigations
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October 2016–February 2019
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Lian Sazeh Asia, Iran — Consulting engineer Responsibilities: designing the construction features of our projects including steel and concrete structures, foundations, retaining structures, as well as handling cost-of-projects estimations and on-site project visits
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April 2016— September 2016 |
PGC, Iran, Tehran — Internship Internship in Pars Geometry Consultant, Tehran, April to September 2016 Designing hydraulic pipelines, Bid price estimation
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EDUCATION
September 2014- September 2016 |
University of Tehran, Tehran— M.Sc. degree in Civil Engineering Major in Coastal, Port and Offshore Structures Engineering GPA:18.05/20 (Rank 1th Student)
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September 2010-June 2014
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Persian Gulf University, Bushehr —B.S. degree in Civil Engineering Major in Construction GPA:18.35/20 (Rank 1th)
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October 2005–July 2009 |
High School, Bushehr, Iran Major in Natural Science |
Year | Label | Educational Organization |
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2016 | Master in Civil Engineering | Université Tehran |
Supervising exercise sessions:
Bachelor course:
LGCIV1051 - Hydraulique (French)
Master courses:
LGCIV2051 Applied Hydraulics (English)
LICAR 2312 - Ingénierie territorial (French)
LGCIV2053 - Fluvial hydraulics (English)
Master Thesis
I'm passionate of earthen embankments, dikes and levees performance once undergo overflowing or overtopped by waves. In frame of my PhD thesis I try to to model both experimentally and numerically the dike breaching due to a series of hydraulic loads, i.e. River overflowing and wave overtopping.
To achieve these goals, I already participated in a series of full-scale experimental campaign and field measurements in frame of Polder2C's project (https://polder2cs.eu/). Currently, we are doing medium-scale laboratory tests of dike overtopping in collaboration with the Hydraulics laboratory of SPW to better understand the governing phenomena. Moreover, these medium-scale tests which are more close to the reality in terms of reproducing the process, provide us enough data for calibration and improvement current numerical models.
The aim is that these medium-scale tests can better address the scale effects and issues regarding the small-scale laboratory modeling.
Meurice, Robin ; Martínez-Aranda, Sergio ; Ebrahimi, Masoumeh ; García-Navarro, Pilar ; Soares Frazao, Sandra. Laser profilometry to measure the bed evolution in a dam-break flow. In: Journal of Hydraulic Research, Vol. 60, no. 5, p. 725-737 (2022). doi:10.1080/00221686.2022.2059584.
Ebrahimi, Masoumeh ; Meurice, Robin ; Soares Frazao, Sandra. Application of Depth-Averaged Bedload Finite-Volume Models to a Progressive Embankment Dam-Failure. 39th IAHR World Congress (Granada, Spain, du 19/06/2022 au 24/06/2022).
Rikkert, Stephanus, J.H. ; Cédrine Alleon ; Ichrak Khaldi ; Salah Shaiek ; Kristof, Verelst ; Ebrahimi, Masoumeh ; Soares Frazao, Sandra. How strong are our levees? Hydraulic analysis based on POLDER2c’s project in situ testing. SimHydro 2021 Models for complex and global water issues : Practices and expectations (SOPHIA ANTIPOLIS - FRANCE, du 16/06/2021 au 18/06/2021).
Myron van Damme ; Cédrine Alleon ; Antoine Neuts ; André Koelewijn ; Abdelkrim Bennabi ; Ebrahimi, Masoumeh ; Soares Frazao, Sandra ; Philippe Sergent ; Hassan Samoui. Modelling erosion progression for steady overflow and wave overtopping conditions, 2023. 78 p.