DHIJWASv Software FEFLOW 6.1

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OK=tÜ~íÛë=kÉï=áå=cbcilt=SKN\ NO=ö=rëÉê=j~åì~ä OKNM _ìÇÖÉí=dêçìéë Node selections stored in the Spatial Units panel can be used as budget groups. The summed calculated rate and period budgets can be displayed as time series in the Rate-Budget and Period-Budget charts, e.g., to calculate the flow balance along a river or to determine drained water volumes in dewatering scenarios, etc. Page 96 OKNN bî~äì~íáçå= çÑ= fåíÉêå~ä cäçïë Internal fluid flows can be calculated using the Flow-Rate panel (for evaluation of current flow rates) and the Flow-Volume panel (for accumulated flows over time). Flow rates are calculated by integrating the Darcy flux along a line (2D model) or over an area (3D model). Page 101 OKNO Pa= píÉêÉçëÅçéáÅ= sáëì~äJ áò~íáçå= With the availability of affordable stereoscopic hardware (computer screens, TVs and projectors), the general application of 3D visualization is expected to become more common in the future. FEFLOW 6.1 is compatible with common 3D interface standards (shutter and polarizer technology) and can export stereoscopic images and animations. Page 61 OKNP jçÇÉä=båÅêóéíáçå For the protection of intellectual property, legal requirements or quality assurance, the FEFLOW 6.1 file formats have been equipped with an encryption option. Various password-protected access levels that restrict viewing, editing and export functionality can be defined for model (.fem) and simulation-record (.dac) files. OKNQ jìäíáéäÉ=^ëëáÖåãÉåí The new assignment tool Assign Multiple... allows a fast assignment of constant homogeneous values for one or multiple model properties at the same time. Page 76 OKNR ^ÇÇáíáçå~ä=ÑìåÅíáçå~äáíó OKNRKN oÉëìäíë=bî~äì~íáçå=~åÇ=sáëì~äJ áò~íáçå= FEFLOW 6.1 provides an extended set of tools and features for improved results evaluation and visualization. • Isochrone areas of stream-/pathlines (p. 102) • Simultaneous plot of streamlines and pathlines • Elemental and nodal Darcy fluxes • Stream function in 2D DAC files • Content analysis: Consideration of discrete elements, content analysis of subdomains • Period- (time-integrated) budget calculation (p. 96) • Simultaneous monitoring of rate and period budget
• Support of 3D observation points • Adding of observation points in DAC files • Deleting of selected time steps from DAC files • Export of a 2D cross-sectional DAC file from a 3D results file • Simultaneous recording of DAR and DAC files. OKNRKO jÉëÜ=léÉê~íáçåë • Mesh import from (multiple) polygon files (p. 33) • Mesh editing via Flip Edge and Move Node tools (p. 33) • Mesh-property check via Auxiliary Data (p. 38) • Triangle mesh generator: options to restrict/allow point insertion at all/outer supermesh segments • Export of supermesh geometries as maps (p. 27) • Geographic transformation (p. 34) • Elevations: Validate option to verify slice elevations with regard to user-defined minimum distances. OKNRKP fãéêçîÉÇ=sáëì~äáò~íáçå A number of improvements have been implemented to allow an even better visualization of the model data. • Isolines with in-line labels, minor and major lines (p. 62) • Visualization of the water table via view styles Zero-Pressure Isoline and Zero-Pressure Isosurface • Polylines with in-line-labels • (Slice-) Data-Trace views: Plotting the distribution of model properties along a 2D line within a slice or along an arbitrary 3D line (e.g., vertical temperature profile) (p. 16) • Floating view windows (p. 16) • Full-screen mode for view windows (p. 16) • Text display as title, header and footer in view windows • Calendar-time display • Usage of selections as navigation reference for rotation and full view settings (p. 58) • Coupled view navigation via definition of a positioning master view • Transfer of legend settings between parameters • Copying of all view-appearance settings • Transfer of plot-style properties between parameters. OKNRKQ =cìêíÜÉê=fãéêçîÉãÉåíë • User-defined selection of SAMG solver version • Multiple options for anisotropy of hydraulic conductivity (p. 47) • Setting parameters back to default values • Undo for selections sensitive to target geometry • Keeping the last status of a model file before saving in a backup file (*.bak) OKNR=^ÇÇáíáçå~ä=ÑìåÅíáçå~äáíó cbcilt=SKN=ö=NP
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Page 11: Selective smoothing is also useful
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Page 17 and 18: Spatial Units panel. Opening a Data
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Page 29 and 30: Figure 5.7 Using the Pin Coordinate
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Page 45 and 46: is done by using the so-called BASD
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Page 49 and 50: changes. We proceed by studying a 3
Page 51 and 52: y checking Dissolved Species Mass.
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Page 55 and 56: By default, applying a selection to
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interval for isolines, deactivate t
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m~ê~ãÉíÉê=^ëëáÖåãÉåí
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Figure 10.2 Algebraic signs for bou
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_çêÉÜçäÉ=eÉ~í=bñÅÜ~åÖ
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distributions. In this case, the va
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Figure 10.6 Map data input for noda
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Figure 10.8 Expression Editor. Arbi
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e edited manually or imported from
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able as attribute fields that can b
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of the 0 mg/l fixed-concentration B
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are edited in the table below. Leav
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Figure 10.20 Parameter Association
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dataset, click on Edit borehole hea
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páãìä~íáçå Running a FEFLOW
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control and model parameters is pre
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Figure 11.5 Observation Point Prope
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oÉëìäíë=bî~äì~íáçå Ana
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NOKQ bî~äì~íáçå= çÑ= fåí
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NOKU bñéçêí Figure 12.2 Pathli
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Figure 12.5 Scaled budget spheres a
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To visualize the transient flow fie
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^åáã~íáçå=~åÇ=sáÇÉç=b
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view in which we show how the mesh
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mäìÖJáåë=~åÇ=fåíÉêÑ~Å
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Open the Plug-ins panel via View >
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* * TODO: Add your own code here...
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DHIJWASv Software FEFLOW 6.1

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