Delft University of Technology / Vietnam National University / Cantho University / Can Tho University / the Netherlands Institute / Rien Dam / /
IndustryTerm
simulation network / finite element network / performance computing / transportation / parallel computing / conventional software packages / internet accessible userinterface / iMOD software / model applications / water systems / environmental management / versatile tool / open drainage systems / intensive surface water network / large river systems / information management applications / /
NaturalFeature
Ca Mau peninsula / Mekong River / Saigon River / /
Organization
Cambridge University / Institute for Environment and Resources / Simulation Society of Australia and New Zealand / Division of Hydro-Geology and Engineering Geology / Delft University of Technology / School of Economics and Business Administration / Vietnam National University / Ho Chi Minh City / Division for Water Resources Planning and Investigation for the South of Vietnam / Division of Water Resources and Minerals / IUCN / Division for Geological Mapping / International Congress / International Union for the Conservation of Nature / Cantho University / Department for Environment and Natural / Modelling and Simulation Society of Australia / Can Tho University / Department of Groundwater Management / /
Person
Peter Vermeulen / Tong Viet Thanh / Hong Quan / Bui Figure / Tien Tung / / /
Position
regional groundwater model for the Nam Bo region / versatile model for the Mekong Delta / groundwater flow model for the Mekong Delta / single sub model / hydraulic head / Mekong Delta using iMOD model for the entire Mekong Delta / Model Development Using / /
20th International Congress on Modelling and Simulation, Adelaide, Australia, 1–6 December 2013 www.mssanz.org.au/modsim2013 Groundwater modeling for the Mekong Delta using iMOD Peter Vermeulen a, Nguyen Hong Quan b, N