We present a new radiative transfer method (SPH-M1RT) that is coupled dynamically with smoothed particle hydrodynamics (SPH). implement it in the (task-based parallel) SWIFT galaxy simulation code but can be straightforwardly implemented other SPH codes. Our moment-based simultaneously solves radiation energy and flux equations SPH, making adaptive space time. modify M1 closure relation to stab...

Understanding deep rocks' mechanical properties and failure evolution is crucial for efficient resource development. This study investigates the of tight sandstone analyzes its acoustic emission (AE) characteristics using a combined discrete element model moment tensor inversion. The AE activity during loading categorized into three stages: crack initiation, stable propagation, unstable propaga...

Abstract Seismic events produced by block rotations about vertical axis occur in many geodynamic contexts. In this study, we show that these can be accounted for using the proper theory, namely micropolar and a new asymmetric moment tensor derived. We then apply theory to Kaikōura earthquake (2016/11/14), Mw 7.8, one of most complex earthquakes ever recorded with modern instrumental techniques....

Modeling of long-period body waves of the Ms = 7.3 Borah Peak, Idaho, earthquake suggests that the earthquake was a simple rupture that nucleated at a depth of about 16 km and propagated unilaterally northwestward toward the surface. The seismic moment tensor obtained from the inversion of teleseismic body wave amplitude data agrees well with the fault plane solution obtained from short-period ...