HIDROMOD Modelação em Engenharia, Lda.
Lisbon, PortugalResearch field: Environmental Sciences - Environmental Fluid Dynamics
Numerical methods, physical/ecology coupling, water cycle analysis, optimization of water management systems
Publications
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Journal Article (21)
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M.S., Neves, R., Leitão, P.C., Silva, A. Malhadas (2010) Influence of tide and waves on water renewal in Óbidos Lagoon, Portugal. Ocean Dynamics, 41-55. In Ocean Dynamics 60 (1).
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Madalena Malhadas, Paulo Leitão, Adélio Silva et al. (2009) Effect of coastal waves on sea level in Óbidos Lagoon, Portugal, 1240-1250. In Continental Shelf Research 29 (9).
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M.S., Leitão, P.C., Silva, A., Neves, R. Malhadas (2009) Effect of the bathymetric changes on the hydrodynamic and residence time in Óbidos Lagoon (Portugal). , 549-553. In Journal of Coastal Research.
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Nuno Vaz, João Dias, Paulo Leitão (2009) Three-dimensional modelling of a tidal channel: The Espinheiro Channel (Portugal), 29-41. In Continental Shelf Research 29 (1).
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Guillaume Riflet, Manuela Juliano, Rodrigo Fernandes et al. (2008) Operational ocean forecasting of the portuguese waters, 20-32. In Mercator-Océan Quarterly Newsletter.
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N., Dias, J.M., Leitão, P.C., Nolasco, R Vaz (2007) Application of the Mohid-2D model to a mesotidal temperate coastal lagoon, 1204–1209 . In Computers & Geosciences .
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P. Pina, F. Martins, M. Santos, F. Braunschweig and R. Neves Sofia Saraiva (2007) Modelling the influence of nutrient loads on Portuguese estuaries, 5-18. In Hidrobiologia 587 (1).
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João Miguel Dias, Paulo Leitão, Inês Martins Nuno Vaz (2005) Horizontal patterns of water temperature and salinity in an estuarine tidal channel: Ria de Aveiro, 416 – 429. In Ocean Dynamics 55 (5-6).
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Paulo Leitão, Henrique Coelho, Aires Santos et al. (2005) Modeling the main features of the Algarve coastal circulation during July 2004: a downscaling approach., 421-462. In Journal of Atmospheric and Ocean Science 10 (4).
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S Saraiva, L Fernandes, P Pina, P Leitão, R Neves A R Trancoso (2005) Modelling macroalgae using a 3D hydrodynamic-ecological model in a shallow, temperate estuary , 232-246. In Ecological Modelling 187 (2-3).
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Conference Proceedings (18)
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Paulo Leitão, Luis Moreno, Cristina Pérez et al. (2011) Analysis of superficial anomalies observed in Iberia southwest coast - numerical model approach. In International Conference on Computational Methods in Marine Engineering MARINE 2011.
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Nunes S. , Neves R. , Carvalho S., Couto C. and Zenha H.S. Malhadas M. (2009) Impact of Casalito waste water treatment plant discharge on Óbidos Lagoon water quality . In Proceedings of the 11th Conference on Environmental Science and Technology.
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A., Santos, M., Leitão, P., Neves Silva (2006) A contribution to the understanding of the Óbidos lagoon dynamics. In Proceedings of 5th International Conference on Coastal Dynamics .
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C., Carvalho, S., Santos, M., Zenha, J.H.S. & Neves Alves (2006) Monitoring and Modelling Foz do Arelho submarine outfall plume. In Proceedings of 7th International Conference on Hydroinformatics .
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Chambel Leitão P., Neves R., Chambel Leitão Paulo Galvão P. (2004) A different approach to the modified Picard method for water flow in variably saturated media. In Proceedings of the XVth International Conference on Computational Methods in Water Resources (CMWR XV).
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João Miguel Dias, Paulo Leitão Nuno Vaz (2004) Heat and Salt transport Processes in the Espinheiro Channel (Portugal), 5. In Proceedings of 12th International Biennial Conference on Physics of Estuaries and Coastal Seas.
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João Miguel Dias, Paulo Leitão Nuno Vaz (2004) Hydrodynamical Modelling of the Ria de Aveiro Lagoon: MOHID’s Preliminary Calibration, 774-775. In Proceedings of Littoral 2004.
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P. C., José C. Leitão, Ramiro Neves, Gilberto Berzin e Adélio J.R.Silva eitão (2004) Ramiro Neves, Gilberto Berzin e Adélio J.R.Silva (2004). Hydrodynamics And Transport In The Coastal Zone Of São Paulo – Brazil, 3316-3328. In Proceedings 29 th International Conference of Coastal Engineering.
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P.C., R.J.J Neves, H. Coelho, F. Braunschweig.; e J.C. Leitão Leitão (2003) 3D Hydrodynamic Modelling of the Tagus Region of Fresh Water Influence. In Proceedings of the 4rd Symposium on the Iberian Atlantic Margin.
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(2002) A contribution for the understanding of the Faro-Olhão inlet processes, 197-207. In Proceedings of Littoral 2002 6th Intern. Conf..
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Magazine Article (13)
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P., G. Riflet, L. Fernandes, R. Fernandes, A. Canas, P. Pina, M. Mateus, A. Silva and R. Neves Leitão (2008) Towards an hydrodynamic and biogeochemical operational model of the Portuguese coast. In International Conference on Mathematics and Continuum.
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Madalena Santos; Ramiro Neves; Paulo Leitão; Patrícia Pereira; Hilda Pablo; Luís D. Fernandes; Sandra M. Carvalho; Cátia P. Alves (2006) Qualidade da água da Lagoa de Óbidos: Que futuro? . In XII Encontro Nacional de Saneamento Básico.
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A.C., H. Coelho, P.C. Leitão, H.C. de Stigter, T.C.E. van Weering & R. Neves Garcia (2005) Internal tide influence on sediment resuspension in the Nazaré Submarine Canyon and adjacent areas. In European Geosciences Union, 2nd General Assembly.
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R. Neves, P. C. Leitao, M. Malhadas, S. Nunes, F. Braunschweig, H. Coelho R. Fernandes (2004) An Operational Model For The Tagus Estuary. In Geophysical Research Abstracts.
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H, GARCIA, A. C., NEVES, R. COELHO (2004) Aspects of circulation over submarine canyons: A numerical study. In 4th SYMPOSIUM on the IBERIAN.
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N., Martins, I., Dias, J.M., Leitão, P. Vaz (2004) Caracterização Hidrológica do Canal do Espinheiro (Ria de Aveiro), 352: 1-13. In 4ª Assembleia Luso-Espanhola de Geodesia e Geofísica.
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M. Barreiro, P. Montero, M., V. Pérez-Muñuzuri Ruiz-Villarreal, P.C. Leitão e V. Pérez-Villar P. Carracedo (2004) Towards Regional Operational Oceanography. In Geophysical Research Abstracts.
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P. Leitão, F. Braunchweig, R. Fernandes, R. Neves, P. Montero J. C. Leitão (2003) Emergency activities support by an operational forecast system 'e The Prestige accident . In 4th Seminar of the Marine Environment, .
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H. S.; Neves, R.; Leitao, P. C.; Garcia, A. C. Coelho (2003) Modelling the flow over submarine canyons . In Geophysical Research Abstracts.
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J. Blanco, J.M. Cabanas, J. Maneiro, Y. Pazos and A. Moroño P. Montero (2003) Oil Spill Monitoring and Forecasting on the Prestige-Nassau accident. In 26th Artic and Marine Oilspill Program (AMOP) Technical Seminar.
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Newspaper Article (2)
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F., Nunes, S., Malhadas, M. and Neves, R. Campuzano (2010) Modelling hydrodynamics and water quality of Madeira Island (Portugal), 40-42. In GLOBEC International Newsletter .
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F., R. Neves, e P. Leitão Martins (2000) Simulating water mixing in a barotropic estuary: the effect of vertical discretization. In Conferência Internacional ECSA 31.
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Awards and Grants
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Mar 2010Bentley Partner View website
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Jan 2010IST Spin-off View website
Biographical Information
Hidromod, Modelação em Engenharia, Lda, (HIDROMOD) is a Portuguese technical consulting company which develops and applies technical software for environment and engineering purposes.
HIDROMOD was created in 1992 as a spin-off of the University group where its associates completed their PhD degrees. Since the beginning, the main objective of the company was to promote the relations between the University and the Industry by taking advantage of the know-how produced in the University. This link to the Investigation group, together with the high technical skills of its collaborators, gave it the possibility to maintain until today a high technological level, most of the time using tools (models, graphical packages, databases, gis, etc) developed within the group.
This aspect is one of the most distinguished features of the company, once the deep knowledge of the tools that are used guarantees, for one side that they are not used as a black boxes and, for another side, that any particularity of a given problem is rapidly solved by introducing the required additional skills in the tools.
The capability to maintain the necessary continuous updating of the company’s know-how is assured by:
- Integration of people with experience and deep knowledge of the tools;
- Transference of the products developed in the University;
- Participation in R&D projects to maintain a share of development inside the company.
HIDROMOD was created in 1992 as a spin-off of the University group where its associates completed their PhD degrees. Since the beginning, the main objective of the company was to promote the relations between the University and the Industry by taking advantage of the know-how produced in the University. This link to the Investigation group, together with the high technical skills of its collaborators, gave it the possibility to maintain until today a high technological level, most of the time using tools (models, graphical packages, databases, gis, etc) developed within the group.
This aspect is one of the most distinguished features of the company, once the deep knowledge of the tools that are used guarantees, for one side that they are not used as a black boxes and, for another side, that any particularity of a given problem is rapidly solved by introducing the required additional skills in the tools.
The capability to maintain the necessary continuous updating of the company’s know-how is assured by:
- Integration of people with experience and deep knowledge of the tools;
- Transference of the products developed in the University;
- Participation in R&D projects to maintain a share of development inside the company.
CV
Consulting Services
Its main areas of competence, supported by the participation in more than 200 engineering and scientific projects, are related with development and application of mathematical models in areas such hydrodynamics, wave propagation, water quality, sediment transport, catchments integrated modelling, point source and diffuse pollution, etc, but also with the development of open source Gis, Web Gis and databases fitted to the user needs. The company also maintains a deep interest in several research areas and is / has been involved in different R&D projects, both European and nationally funded, as a way to maintain high standards of technological competence. The maintenance of high scientific standards is also supported on a close cooperation with the Technical University of Lisbon (Instituto Superior Técnico).
Having in mind that today knowledge represents the main competitive factor for success, Hidromod always promoted the integration of high qualified technicians in the company. Although the company is maintained small, presently the company employs four people having a PhD degree.
The available tools and skills enables Hidromod to offer a set of services that are proved to be indispensable to help the system managers support their decisions based on objective criteria, contributing to optimize solutions and reduce costs. The main areas where Hidromod has wide experience, based in the participation on a large number of projects, are:
- Hydrodynamic modeling of rivers, estuaries, coastal zones and deep ocean;
- Wave propagation in coastal zones and ports;
- Sediment transport and morphological changes in rivers, estuaries and costal zones promoted by waves, currents and combined action of waves and currents;
- Integrated approaches of the water cycle, from the run-off to the ocean including the catchments modeling, diffuse loads computation and transport and quality processes in rivers, reservoirs and estuaries;
- Evaluation of dredging impacts and maintenance conditions of dredged channels;
- Oil-spills, and other pollutants, modeling, risk evaluation and associated emergency plans;
- Wastewater management;
- Monitoring programs design, coordination and evaluation.
Among the available tools it must be pointed, by its relevance, MOHID modeling system (see details in www.mohid.com) which has different modules to compute hydrodynamics (including the possibility to use different options for both the horizontal grid and the vertical grid), water quality (including formulations similar to WASP, CE-QUAL and ERSEM models), dispersion phenomena (including both lagrangian and eulerian approaches), sediment transport (including suspended sediment transport and sand transport formulations) and wave propagation (boussinesq model). MOHID has also packages for pre and post-processing including GIS capabilities.
Beyond MOHID, other tools are also available such as wave propagation models, coastal erosion models, catchments models, dam break risk and flooding computation models, databases and gis tools (both local or web based systems), etc.
Its main areas of competence, supported by the participation in more than 200 engineering and scientific projects, are related with development and application of mathematical models in areas such hydrodynamics, wave propagation, water quality, sediment transport, catchments integrated modelling, point source and diffuse pollution, etc, but also with the development of open source Gis, Web Gis and databases fitted to the user needs. The company also maintains a deep interest in several research areas and is / has been involved in different R&D projects, both European and nationally funded, as a way to maintain high standards of technological competence. The maintenance of high scientific standards is also supported on a close cooperation with the Technical University of Lisbon (Instituto Superior Técnico).
Having in mind that today knowledge represents the main competitive factor for success, Hidromod always promoted the integration of high qualified technicians in the company. Although the company is maintained small, presently the company employs four people having a PhD degree.
The available tools and skills enables Hidromod to offer a set of services that are proved to be indispensable to help the system managers support their decisions based on objective criteria, contributing to optimize solutions and reduce costs. The main areas where Hidromod has wide experience, based in the participation on a large number of projects, are:
- Hydrodynamic modeling of rivers, estuaries, coastal zones and deep ocean;
- Wave propagation in coastal zones and ports;
- Sediment transport and morphological changes in rivers, estuaries and costal zones promoted by waves, currents and combined action of waves and currents;
- Integrated approaches of the water cycle, from the run-off to the ocean including the catchments modeling, diffuse loads computation and transport and quality processes in rivers, reservoirs and estuaries;
- Evaluation of dredging impacts and maintenance conditions of dredged channels;
- Oil-spills, and other pollutants, modeling, risk evaluation and associated emergency plans;
- Wastewater management;
- Monitoring programs design, coordination and evaluation.
Among the available tools it must be pointed, by its relevance, MOHID modeling system (see details in www.mohid.com) which has different modules to compute hydrodynamics (including the possibility to use different options for both the horizontal grid and the vertical grid), water quality (including formulations similar to WASP, CE-QUAL and ERSEM models), dispersion phenomena (including both lagrangian and eulerian approaches), sediment transport (including suspended sediment transport and sand transport formulations) and wave propagation (boussinesq model). MOHID has also packages for pre and post-processing including GIS capabilities.
Beyond MOHID, other tools are also available such as wave propagation models, coastal erosion models, catchments models, dam break risk and flooding computation models, databases and gis tools (both local or web based systems), etc.
Contact Information
| Webpage: | www.hidromod.com |
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