Starting about thirty years ago, new ideas in nonlinear dynamics, particularly fractals and
scaling, provoked an explosive growth of research both in modeling and in experimentally …

The primary objectives of this research were to experiment with hydraulic fracturing in the
laboratory to gain additional understanding of the fracturing process in unconventional rocks …

Reasons for injectivity decline were investigated in a low‐enthalpy geothermal aquifer in
Klaipeda (Lithuania). It is one of the study sites within the DESTRESS project, which …

One of the challenges associated with subsurface high‐pressure fluid injections is the
estimation of the seismic hazard and its spatial footprint. Field data have shown that the …

Using Fracture Seismic methods to map fluid-conducting fracture zones makes it important
to understand fracture connectivity over distances greater 10–20 m in the Earth's upper …

A critical stress state around a faulted reservoir prior to production and injection is an
important factor in the hydromechanical responses during production. The purpose of this …

We use Matlab 3D finite element fluid flow/transport modelling to simulate localized wellbore
temperature events of order 0.05–0.1° C logged in Fennoscandia basement rock at~ 1.5 km …

In applying Darcy's law to fluid flow in geologic formations, it is generally assumed that flow
variations average to an effectively constant formation flow property. This assumption is …

Sea ice and ice shelves can be described by a viscoelastic rheology that is approximately
linear elastic and brittle at high strain rates and viscously shear thinning at low strain rates …

Natural geothermal convection abounds within the Taupo Volcanic Zone (TVZ) of New
Zealand's Central North Island. In many locations the highly porous eruptive products that …