|
Geomechanical models have been created to study stress, deformation, and failure based on measured or evaluated elastic and failure properties of formations including clastics, carbonates, gas hydrates and permafrost. These models were based on the finite element method and the finite difference method. High end distributed and parallel computing systems have been utilised to solve linear and nonlinear boundary and initial value problems in a timely manner. Our experts in this field have made landmark contributions.
|
Our staff and alliance partners have extensive experience in geophysical models of such diverse phenomena as coupled fluid flow , heat flow and deformation as well as sound propagation in complex media. We have undertaken projects in civil engineering, environmental sciences and petroleum engineering.
|
