Rosa Angelica Rodriguez Fernandez

Ms. Rosa Angelica Rodriguez Fernandez

orcid

Research Focus & Metrics

Academic Career Length

9Years (2018-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 January 2018 in Contemporary Engineering Sciences
Verified
Journal Article
Open access
CLClaudibeth Ortiz Londono
Claudibeth Ortiz Londono
RFRosa Angelica Rodriguez Fernandez
Rosa Angelica Rodriguez Fernandez
EGElin Raquel Marquez Gulloso
Elin Raquel Marquez Gulloso

21 February 2025 in Water
Verified
Journal Article
Open access
PDF file
Andrea NardiniAndrea Nardini
Andrea Nardini
FTFranklin Torres-Bejarano
Franklin Torres-Bejarano
JEJairo R. Villanueva Escobar
Jairo R. Villanueva Escobar
RFRosa Angelica Rodriguez Fernandez
Rosa Angelica Rodriguez Fernandez
JAJose Miguel Fragozo Arevalo
Jose Miguel Fragozo Arevalo
Jhonny I. Pérez MontielJhonny I. Pérez Montiel
Jhonny I. Pérez Montiel
In a previous paper, we presented a very simple monitoring system. That system aimed at providing the basic information needed to set up a hydrological simulation model that would be used to understand the behavior of the system and to explore possible changes linked to future climates. After more than 1.5 years of observations, the gathered information was utilizable to test a 0D hydrological model. This exercise is presented here, together with a comparison with a more refined, and more demanding, 2D hydrodynamic model, enlightening strengths and weaknesses. Several details are revealed in this paper showing how even a simple case needs some type of art in order to overcome the unavoidable difficulties. Surprisingly nice answers have been obtained that illuminate the behavior of the lagoon and shed light on the key points to be improved both in monitoring and modelling. This exercise can be of help in several similar situations.

21 January 2025 in Preprints.org
Verified
Preprint
Open access
PDF file
Andrea NardiniAndrea Nardini
Andrea Nardini
FTFranklin Torres-Bejarano
Franklin Torres-Bejarano
JEJairo R. Villanueva Escobar
Jairo R. Villanueva Escobar
RFRosa Angelica Rodriguez Fernandez
Rosa Angelica Rodriguez Fernandez
JAJose Miguel Fragozo Arevalo
Jose Miguel Fragozo Arevalo
Jhonny I. Pérez MontielJhonny I. Pérez Montiel
Jhonny I. Pérez Montiel
In a previous paper [1], we presented a very simple monitoring system. That system aimed at providing the basic information needed to set up a hydrological simulation model which would be used to explore and understand the behavior of the system and explore possible changes linked to future climates. After more than 1.5 years of observations, the gathered information was utilizable to test a 0D hydrological model. This exercise is presented here together with a comparison with a more refined, and more demanding, 2D hydrodynamic model, enlightening strengths and weaknesses. Several details are revealed in this paper showing how even a simple case needs some type of art in order to overcome the unavoidable difficulties. Surprisingly nice answers have been obtained which illuminate on the behavior of the lagoon and shed light on the key points to be improved both in monitoring and modelling. This exercise can be of help in several similar situations.