Two phase mixture hydrodynamic routing, barrier breach mechanics and yield strength modeling: EarthArXiv and Zenodo
- Outcome
- Completed
- Search date
- Source
- EarthArXiv Preprint Repository and University of Tsukuba
- Reference
- RUN-20260924-070
- Aim
- Identify hydrodynamic and geomorphic mixture routing simulations analyzing breach outflow hydrographs, channel attenuation, yield strength absence, and flood routing down the Bhote Koshi and Trishuli.
- Source and interface
- EarthArXiv Preprint Repository and University of Tsukuba — EarthArXiv REST API and Zenodo Repository
- Search method
- Query EarthArXiv and Zenodo for Langtang OR Bhote Koshi AND avalanche without yield strength OR hydrodynamic routing.
- Criteria
Criterion Numerical simulation scripts, hydrograph timeseries, flow depth grids, and preprint manuscript published September 2026. - Coverage
- Liu et al. (2026) coupled two phase avalanche flood routing model (500,000 m3/s initial peak attenuating to 5,850 m3/s at Devghat), simulation code, and hydraulic boundary grids.
- Stopping rule
- Identify peer level numerical hydrodynamic flood modeling packages for the event.
- Result
1 numerical hydrodynamic resource catalogued across 3 assets: preprint manuscript PDF, simulation code and parameter sets, and hydraulic simulation flow depth and wave arrival grids.
Resource links below show the completed assessment outcomes. The search result above records discovery at the search date.
A rock-ice avalanche and the 2026 Bhote Koshi-Trishuli flood, Nepal