全部文献期刊会议图书|学者科研项目
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作者:J. Rasmussen , H. Madsen ...
来源:[J].Hydrology and Earth System Sciences(IF 3.587), 2015, Vol.19 (7), pp.2999-3013DOAJ
摘要:Groundwater head and stream discharge is assimilated using the ensembletransform Kalman filter in an integrated hydrological model with the aim ofstudying the relationship between the filter performance and the ensemblesize. In an attempt to reduce the required number of ensemble...
作者:J. Rasmussen , H. Madsen ...
来源:[J].Hydrology and Earth System Sciences(IF 3.587), 2016, Vol.20 (5), pp.2103-2118DOAJ
摘要:The use of bias-aware Kalman filters for estimating and correctingobservation bias in groundwater head observations is evaluated using bothsynthetic and real observations. In the synthetic test, groundwater headobservations with a constant bias and unbiased stream discharge ...
作者:J. Rasmussen , M. Stejner
来源:[J].Computer Physics Communications(IF 3.078), 2020Elsevier
摘要:Abstract(#br)We present a code for the large-scale data analysis of electron cyclotron emission (ECE) measurements from magnetized plasmas called ECRad – the Electron Cyclotron Radiation transport model for Advanced Data analysis. Its key features are low computational cost,...
作者:J. Rasmussen , T. O. Sonnenborg ...
来源:[J].Hydrology and Earth System Sciences(IF 3.587), 2012, Vol.16 (12), pp.4675-4691DOAJ
摘要:Climate changes are expected to result in a warmer global climate, with increased inter-annual variability. In this study, the possible impacts of these climate changes on irrigation and low stream flow are investigated using a distributed hydrological model of a sandy catch...
作者:... S. Bai , M. R. Hansen , J. Rasmussen
来源:[J].Modeling, Identification and Control(IF 0.714), 2011, Vol.32 (3), pp.91-101DOAJ
摘要:Human arm motion can inspire the trajectory planning of anthropomorphic robotic arms to achieve energy-efficient movements. An approach for predicting metabolic cost in the planar human arm motion by means of the biomechanical simulation is proposed in this work. Two biomechanica...
作者:... M.Z. Hauschild , J. Rasmussen , M. Rygaard
来源:[J].Journal of Environmental Management(IF 3.057), 2018, Vol.222, pp.112-121Elsevier
摘要:Abstract(#br)Understanding groundwater abstraction effects is vital for holistic impact assessments in areas depending on groundwater resources. The objective of our study was to modify the state-of-the-art AWaRe (available water remaining), freshwater impact assessment spec...
作者:... J. Schullehner , J. Rasmussen , M. Rygaard
来源:[J].Ecological Indicators(IF 2.89), 2020, Vol.110Elsevier
摘要:Abstract(#br)Planning for sustainable groundwater abstraction requires realistic and reliable assessments of groundwater drawdown in aquifers as well as impacted groundwater-dependent terrestrial and aquatic ecosystems. Present-day impact assessments allocate water for the e...

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