In 2013 Visual MODFLOW Flex demonstrated the power of MODFLOW-USG through the use of Voronoi polygon unstructured grids. By focusing the grid resolution “where it counts”, you can achieve higher accuracy and […]
With the release of Visual MODFLOW Flex, we introduced a new streamlined approach to building groundwater models. Along with the traditional numerical modeling approach, we provided groundwater professionals with the option […]
Managing environmental data can be a headache. After collecting data at different intervals, from different locations with multiple laboratory analyzed results, managing data in a meaningful way can prove to […]
Managing environmental data can be a headache. After collecting data at different intervals, from different locations with multiple laboratory analyzed results, managing data in a meaningful way can prove to […]
One of the main benefits of MODFLOW-USG is that it is capable of achieving a high level of accuracy, with much fewer grid cells than what would be needed with […]
One of the main benefits of MODFLOW-USG is that it is capable of achieving a high level of accuracy, with much fewer grid cells than what would be needed with […]
Yesterday marked the end of the free two-part webinar series on MODFLOW-USG (UnStructured Grids) with Wayne Hesch and guest presenter, Sorab Panday. The webinar series proved to be one of the […]
The newly released MODFLOW-USG (UnStructured Grid version of MODFLOW) provides a significant advancement in groundwater modeling. Along with a new set of capabilities, there are several changes to the underlying MODFLOW concepts. […]
What is MODFLOW-USG? MODFLOW-USG is a version of the groundwater flow code MODFLOW that uses Un-Structured Grids. An unstructured grid provides flexibility to a MODFLOW simulation by enabling use of triangular, rectangular […]
Traditional versions of MODFLOW (2005, NWT, LGR) work with structured rectilinear grids that require a prescribed set of rows, columns, and layers. The new MODFLOW-USG (UnStructured Grids) allows you to discretize the […]