Why do some landslides flow while others spread? 🤯 Our research reveals that permeability is the key! We've developed a model to predict landslide behavior under seismic conditions. #landslides #earthquakes #geotechnicalengineering Paper:

Curious about #SubmarineLandslides? Our study replicating earthquake-induced scenarios highlights soil permeability's role. Slower pore pressure dissipation extends runouts, challenging the idea that liquefaction alone triggers long runouts.

Redefining submarine slide assessment with our coupled #CFD - #MPM model. Simulating seismic loading, soil #liquefaction, #debrisflow, #entrainment, #hydroplaning, #turbulence, and #tsunami in a single simulation. Detailed model in our open-access paper:

we recently conducted a physical model at @NTNUIBM to gain a deeper understanding of the behavior of clay-rich debris flow on steep slopes and its interaction with underwater structures. Our paper is open access here:

RT @EnsedeCiencia: Éste es el mapa de los cables submarinos de conexión a internet en todo el planeta Tierra 🌎 .

We show #CFD - #MPM model to simulate #earthquake - #landslide - #tsunami including (1) earthquake triggers #slopefailure; #waterpressure in shear band; #progressivefailure; #turbulentflow; landslide-induced tsunami in a unified manner. Read our preprint:

Check out our new paper accepted by @Landslides.we numerically investigate how wet debris flow affects the entrainment and its impacts on the barriers at @NTNUIBM.

My project #SUBSLIDE is selected for MSCA grant! We will develop Material Point Method #MPM for modeling entire process of submarine slides (earthquake-triggered and tsunami) #LANDSLIDE #earthquake .Huge thanks to @MSCActions, @NTNUIBM and also my advisors for extensive support!.