Aquaveo Groundwater Modeling System (GMS) Premium v10.6.1 with Tutorials

Aquaveo Groundwater Modeling System (GMS) Premium v10.6.1 with Tutorials | 2.5 GB | Language: English

[spoiler]
Aquaveo, a water resources consulting company, is pleased to announce availability Groundwater Modeling System (GMS) 10.6.1 is the most advanced software system available for performing groundwater simulations in a three-dimensional environment.

The following is a list of the more significant changes that will be introduced in GMS 10.6.
MODFLOW 6
– Transport support including all packages: GWT, IC, OC, OBS, ADV, DSP, SSM, MST, IST, CNC, SRC, SFT, LKT, MWT, UZT, FMI, MVT
– More GWF packages supported including: CSUB, BUY
– Support for exchanges: GWF-GWF, GWF-GWT
– Updated to version 6.2.2
– More responsive UI
– Improved Map from Coverage functionality
– Additional wiki documentation for MODFLOW 6
– Lots of other improvements and fixed bugs
USG-Transport
– Update to version 1.8
– MDT (Matrix Diffusion) Package
– SMS Package – SOLVEACTIVE, DAMPBOT, SHIFT, TRUNCATEDNEWTON
– RIV Package – MERGE_BED_K1
– WEL Package – WELLBOT
MODFLOW-NWT
– Update to version 1.2
mod-PATH3DU
– Update to version 2.1.5
New tutorials:
– MODFLOW 6 – Conceptual Model Approach
– MODFLOW 6 – Evapotranspiration
– MODFLOW 6 – Stream Package
– MODFLOW 6 – Building a Transient Model
– MODFLOW 6 – Transport Grid Approach
– MODFLOW 6 – Transport Uncoupled
User requests:
– Recent files list – “More” option to see expanded list
– Raster Display Options – separate contour options for each raster (actually first introduced at GMS 10.5.5)
GMS 10.6.1 Bugfixes – January 19, 2022
Feature Object
– 13455 Convert Shape to Features not functioning properly
MODFLOW
– 13465 MODFLOW-USG executable crash when running MODFLOW
– 13430 SLOOOOOOOW update in the BCT package
Opening File
– 12652 Unable to open KMZ file
UGrid
– 13462 UGrid created under Grid frame
Other
– Various minor improvements

The Groundwater Modeling System (GMS)is a comprehensive graphical user environment for performing groundwater simulations. The entire GMS system consists of a graphical user interface (the GMS program) and a number of analysis codes (MODFLOW, MT3DMS, etc.).
GMS was designed as a comprehensive modeling environment. Several types of models are supported and facilities are provided to share information between different models and data types. Tools are provided for site characterization, model conceptualization, mesh and grid generation, geostatistics, and post-processing.