Influence of thermohaline effects on groundwater modelling – Application to the Paris sedimentary Basin

Quaternary channels within the Northeast German Basin and their relevance on double diffusive convective transport processes: Constraints from 3‐D thermohaline numerical simulations

“…Despite the considerable amount of insights gained from these studies little is known about the full three-dimensional dynamics of DDC processes. At present, only few publications exist in the scientific literature addressing this issue [de Hoyos et al, 2012;Sheldon et al, 2012;Schilling et al, 2013].…”

GO2OGS 1.0: a versatile workflow to integrate complex geological information with fault data into numerical simulation models

“…-The output of to is provided in an open data format, making the presented workflow and tools versatile and potentially useful for a multitude of applications, e.g., aiding in fundamental research (McKenna et al, 2003;Pozdniakov et al, 2012), offering easier and straightforward integration of subsurface heterogeneous information (Walther et al, 2012b), or increasing prediction quality (Sutanudjaja et al, 2011;de Hoyos et al, 2012). Respective readers and conversion methods can easily be written following the VTK framework documentation.…”

“…4d). How the split nodes are stored in the GOCAD SGrid format is documented in Bourke, P. (2008). For the integration of split nodes into the open data format mesh (step 7 of Algorithm 1), we generate new nodes and update the topology of the associated elements.…”

GO2OGS: a versatile workflow to integrate complex geological information with fault data into numerical simulation models

“…(i) The complex-physics-simple-structure vs. complex-structure-simple-physics paradigm is still valid (Fletcher, 1991), whether this concerns, e.g., data acquisition and model parameterization through data scarcity (Ritzema et al, 2010;Gräbe et al, 2013) or model validity (Nguyen and de Kok, 2007). Also, (ii) modern geophysical exploration methods provide increasingly detailed information and high data accuracy, so that adequate numerical representation is required (Thorleifson et al, 2010;Schmelzbach et al, 2011;Van Dam, 2012;Lucia et al, 2015). Thanks to the increasing availability of supercomputing facilities, e.g., Peta-Flop architectures, solving numerical models with 10 9 degreesof-freedom became possible, offering a new dimension of hyper-resolution subsurface modeling (Wang et al, 2014).…”

“…-The output of to is provided in an open data format, making the presented workflow and tools versatile and potentially useful for a multitude of applications, e.g., aiding in fundamental research (McKenna et al, 2003;Pozdniakov et al, 2012), offering easier and straightforward integration of subsurface heterogeneous information (Walther et al, 2012b), or increasing prediction quality (Sutanudjaja et al, 2011;de Hoyos et al, 2012). Respective readers and conversion methods can easily be written following the VTK framework documentation.…”