Multiphysics Modeling of Hydrocarbon Leaks on the Gulf of Mexico Floor
University of Houston-Clear Lake via YouTube
Overview
Explore the intricacies of multiphysics modeling for hydrocarbon leaks on the Gulf of Mexico floor in this comprehensive one-hour lecture. Delve into Intuitive Machines' advanced simulation capabilities for subsea and terrestrial blowouts, developed since 2013. Learn how high-resolution met-ocean models, ADCP field records, and volumetrically consistent particle release simulations were integrated to achieve a 96% match against observational data from 51 piloted overflights. Discover how this improved modeling framework attributed four years of aerial observations to a single seafloor source location. Gain insights into CFD, hydrocarbon releases, engineering models, fluid structure interaction, and the practical applications of these simulations in real-world scenarios. Engage with the presenter's background, job responsibilities, and the customer-driven aspects of this project. Conclude with a Q&A session featuring Steve Ausmus and Derek Smith, offering further exploration of this cutting-edge multiphysics modeling approach.
Syllabus
Intro
Davids background
Davids job
CFD
Hydrocarbon Releases
Example
Planning
Engineering Models
Fluid Structure Interaction
The Customer
Simulation Results
Animation
Observation
Scorecard
What can we learn from this
Questions
Steve Ausmus
Derek Smith
Taught by
College of Science and Engineering