Numerical simulation of nuclear reactors is a key technology in the quest for improvements
in efficiency, safety, and reliability of both existing and future reactor designs. Historically …

To better inform the subsurface scientist on the expected performance of parallel simulators,
this work investigates performance of the reactive multiphase flow and multicomponent …

Numerical-simulation studies of transport and flow in porous media are essential in many
practical fields of research. Including the coupling of different physical processes allows …

The three simple methods for geothermal resource estimation, namely power density, stored
heat, and exergy, are reviewed and their shortcomings are discussed. It is concluded that …

Permeability of coal is a key parameter in coalbed methane recovery. Minerals are known to
occlude flow paths and reduce coal permeability. Herein, pore space variation of coal due to …

The stability analysis of underground excavations constructed in low-permeable rocks
requires a comprehensive understanding of the short-and long-term pore pressure response …

We present a general finite-element solver, escript, tailored to solve geophysical forward
and inverse modeling problems in terms of partial differential equations (PDEs) with suitable …

Porosity and permeability alteration due to the thermo-poro-elastic stress field disturbance
from the cold fluid injection is a deciding factor for longer, more economic, and safer heat …

Porous corrosion deposits on nuclear fuel cladding, known as CRUD, can cause multiple
operational problems in light water reactors (LWRs). CRUD can cause accelerated …

Abstract Development of scientific software relies on specialized knowledge from a broad
range of diverse disciplines including computer science, mathematics, engineering, and the …