In the late nineteenth century, the Japanese seismologist Omori discovered the first law of
earthquake physics, which states that the rate of aftershocks decreases hyperbolically with …

This paper presents a method for continuous multiscale observation of uniaxial compressive
tests of Carrara marble specimens containing a single preexisting artificially created flaw …

В конце XIX в. японский сейсмолог Омори открыл первый закон физики землетрясений,
согласно которому частота афтершоков убывает гиперболически с течением времени …

In an effort to understand the most devastating natural earthquakes, we present a series of
largest laboratory quakes on model granular materials under triaxial compression in fully …

The hypothesis of critical failure relates the presence of an ultimate stability point in the
structural constitutive equation of materials to a divergence of characteristic scales in the …

This paper is devoted to the memory of the outstanding Japanese scientist. In 1896,
Fusakichi Omori discovered the law of the aftershocks evolution that bears his name. We …

Abstract The outstanding Japanese seismologist Fusakichi Omori was born 150 years ago,
on October 30, 1868. He discovered his first law in earthquake physics that now bears his …

To ascertain the unexpected departure of traditional statistical seismic laws with largest
labquakes on model granular materials, we enlarge the behaviour of stick-slip motions in …

Earthquakes in seismological catalogs and acoustic emission events in lab experiments can
be statistically described as point events in linear Hawkes processes, where the …

Выдающийся японский сейсмолог Фусакичи Омори родился 150 лет тому назад 30
октября 1868 г. В возрасте 26 лет он открыл первый закон физики землетрясений …