We present REVEAL, a global‐scale, transversely isotropic full‐waveform inversion model.
REVEAL builds upon the earlier construction of the long‐wavelength Earth (LOWE) model …

Thanks to the computational power of modern cluster machines, numerical simulations can
provide, with an unprecedented level of details, new insights into fluid mechanics. However …

In recent years, there has been a growing interest in ensemble approaches for modelling the
atmospheric transport of volcanic aerosol, ash, and lapilli (tephra). The development of such …

Estimating coastal tsunami impact for early-warning or long-term hazard analysis requires
the calculation of inundation metrics such as flow-depth or momentum flux. Both applications …

Reducing the seismic risk for societies requires a bridge between scientific knowledge and
societal actions. In recent years, three subjects that facilitate this connection gained growing …

We present a set of codes for calculating and displaying solutions to diverse problems within
thermal convection and magnetic field generation in rotating fluid-filled spheres and …

Seismic urgent computing enables early assessment of an earthquake's impact by
delivering rapid simulation-based ground-shaking forecasts. This information can be used …

Providing quantification measures for geohazardous events is of utmost importance not only
for saving lives, but also for sustainable urban or industrial development in potentially …

Regional and local tsunami are a cliché of scientific disaggregation. The present work aims
to gather multidisciplinary perspectives about challenges to overcome in tsunami risk …