Join us for this webinar to understand how Rock Physics Modeling serves as a critical diagnostic and learning workflow, where discrepancies between logs, seismic data, and geological expectations become evident and lead to deeper reservoir understanding.
Through practical examples, the talk demonstrates how model building and calibration help identify data quality issues, refine lithology and fluid interpretations, reassess rock property trends, and uncover controls such as compaction, cementation, or fluid effects that influence elastic responses.
This webinar emphasizes that rock physics modeling is not merely an end-stage predictive exercise but an iterative process that improves subsurface understanding and reduces interpretation uncertainty. By making assumptions explicit and inconsistencies visible, rock physics modeling becomes a powerful tool for building more reliable reservoir models and supporting better exploration and development decisions.
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