دانلود Processing Modflow X v10.0.22 x86/x64 نرم افزار شبیه سازی جریان آب های زیرزمینی

Supports multiple groundwater models
The application allows you to use models created with numerous versions of the MODFLOW three-dimensional finite-difference groundwater model, including MODFLOW-96, MODFLOW-2000, MODFLOW-2005 and MODFLOW-NWT.

These models are normally run as command-line applications, which is why a graphical user interface can be useful for inputting and processing data.

Numerous built-in components
Processing Modflow includes a wide array of simulation files and packages, designed to help you with various tasks. These include MT3DMS, SEAWAT, RT3D, PHT3D and PEST.

MT3DMS is a modular three-dimensional transport model that can be used to simulate advection, dispersion and chemical reactions.

RT3D is a transport model based on MT3DMS that can help you simulate various scenarios.

PEST is a package designed for parameter estimation and uncertainty analysis in computer models. It is linked with MODFLOW, enabling you to run model calibrations.

Designed with experts in mind, but offers comprehensive documentation
It goes without saying that Processing Modflow is not an application aimed at novices. It is best suited for research institutions, as specialized education is required to understand all its functions.

However, the application does include extensive documentation, offering thorough explanations for the various tasks that it can perform.

To conclude, Processing Modflow is a specialized tool that can be used by experts to create detailed models of groundwater flow, with the purpose of displaying available information in a more accessible form.

Here are some Key features of "Processing Modflow":
- Easily visualize parameters.
- Import existing MODFLOW models.
- Graphical design tools.
- Drain package.
- Chemical reactions.

Main Features:
- Supported Models/Codes:
MODFLOW-2005 (flow)
MODFLOW-NWT (flow)
MT3DMS (transport)
MT3D-USGS (transport)
SEAWAT (transport)
MODPATH (particle tracking)
ZoneBudget (water budget calculation)
PEST (parameter estimation)
BeoPEST (parallel parameter estimation)

- Model Data Input Tools:
Grid Design Tool
Cell-by-Cell Tool
Cross-Section Tool
Polygon Tool
Polyline Tool

- Model Data Input/Output Formats:
2D Matrix
2D Modflow Array
3D Modflow Array
SURFER GRD File
Comma-Separated Values File
ASCII Raster
Shapefile

- Multimedia Output Formats:
Image
Video (model animation)
Import Model Input Files1
MODFLOW-1996
MODFLOW-2000/2005
MT3DMS/MT3D-USGS
SEAWAT

- Model Discretization2:
Up to 200 Layers
Up to 5000 x 5000 cells per layer
Up to 100 transport species
No upper limit on number of stress periods

- Map Display:
Online Basemaps3
new Raster Maps/Offline Basemaps
Shapefiles
Image Overlays
Caption Overlays
Observation Points

- Flow Vectors:
Volumetric Flow Rate
Pore Velocity
Darcy Velocity

- Particle Tracking
Forward or Backward Tracking
Display Particles, Time Marks, and Pathlines

- Color-Filled Contours of Input Parameters:
Layer Elevations
Aquifer Parameters
Recharge Package
Evapotranspiration Package
Dispersion Package
Reaction Package
Sink & Source Mixing Package
Prescribed Fluid Density
Prescribed Dynamic Viscosity
Static Sandboxes – test your data
Transient Sandboxes – animate your data

- Color-Filled Contours of Model Results:
Hydraulic head
Drawdown
Concentration
Cell-by-Cell Flow Terms
Subsidence
Compaction
Seawater-Freshwater Interface (Zeta surface of SWI2)

- Time Series and Scattered Charts:
Observed Hydraulic Head
Observed Drawdown
Observed Concentration
Calculated Hydraulic Head
Calculated Drawdown
Calculated Concentration