Gulf of Mexico Subsalt Numerical Model, SEAM The SEG Advanced Modeling Program (SEAM) is a partnership between industry and SEG designed to advance geophysical science and …

SEAM, the research arm of SEG, organizes collaborations among industry, government, and academia to address major industry subsurface challenges. Through numerical modeling and …

Using the SEAM Phase I Model, the Interpretation Challenge offers an excellent opportunity to learn interpretation skills, evaluate interpretation software on a small, well-known dataset, and …

The Arid model focused on features of desert environments, including karst structures and extreme contrasts between unconsolidated near-surface sediments and bedrock, which often …

SEAM (Systems Engineering and Assurance Modeling) is a web-based collaborative modeling platform for modeling assurance cases integrated with the models of the system. Try it now! …

The Arid Model places the Mid-Continent Basin of the Barrett Model, with its finely layered shaley-sand sequences and anisotropic shale reservoirs, underneath a 500-m-thick section …

This update describes the Arid Model, which will be the next SEAM model to enter production numerical simulations. Features of desert terrains that can disrupt seismic exploration include …

2017年12月28日 · The model was designed based on rock physics fundamentals allowing an improved near-real earth relationship between seismic and potential field data sets. Seismic …

SEG Advanced Modeling (SEAM) Phase I consortium continues to make progress toward their main project goals, which were summarized in a TLE article in August 2008. Simulation of a …

Design and generate synthetic 3-D seismic data that represent seismic challenges to the consortium members and the exploration seismology community. Provide data sets to the …