Thanks to our close ties with the rock mechanics laboratory and field measurements, we can obtain location-specific input parameters for our models, such as strength and creep rates, and adapt them to real-world behavior. The models are thus capable of delivering reliable predictions even in complex mining scenarios, including strength and creep behavior under a wide range of stress and temperature conditions as well as under cyclic loading.
|
|
|
The images show, as an example, the recalculation of seven triaxial strength tests using the extended strain hardening approach (IfG-GS) and a uniform set of parameters. Left: strength, right: dilatancy, each as a function of axial deformation.
From Hampel et al. (2016).