What is CERI1D?
CERI1D is a solver for one-dimensional (1D) unsteady flows. The model was orogonally developed by Yasuhiro Yoshikawa of the Civil Engineering Research Institute for Cold Region (now at Kitami Institute of Technology), and the model was subsequently improved to create a solver for iRIC by Takuya Inoue from the same Institute and Michihiro Hamaki from Kaihatsu Koei Co., Ltd.
CERI1D is capable of calculating river flow, river ice fluctuations and tsunami propagation into rivers. The main input values are cross-section data, riverbed material, upstream flow rate and downstream water level. Information required to calculate river ice fluctuations includes data on mean air temperature, upstream water temperature, upstream river ice flow rate and downstream river ice area for the section subject to the calculation. CERI1D provides supporting data for the drafting of flood control measures and disaster prevention measures in cold regions.
This page was imported from the current site and is awaiting review by the solver developer. Page on the current site