Comcot 1.7 !!top!! Download May 2026
multi-grid system
COMCOT was developed to solve linear and non-linear shallow water equations. Its defining feature is the , which allows users to simulate a tsunami across an entire ocean basin using a coarse grid while simultaneously zooming into specific coastal areas with a much finer resolution. This "telescoping" capability ensures that the model can capture the intricate details of wave interaction with local shorelines without requiring the massive computational power that a single, high-resolution global grid would demand. Technical Requirements
- Tsunami wave propagation: Comcot 1.7 simulates the propagation of tsunami waves from the source to the coast, taking into account the effects of bathymetry, dispersion, and nonlinearity.
- Inundation modeling: The software predicts the inundation of coastal areas, including the extent of flooding, water depth, and flow velocity.
- Bathymetry and coastal geometry: Comcot 1.7 allows users to input bathymetric data and coastal geometry to simulate the impact of tsunamis on specific coastlines.
- Friction and roughness: The software includes options for different friction and roughness formulations to account for the effects of coastal vegetation, buildings, and other obstacles.
Gfortran Port
: The comcot-gfortran GitHub repository contains the comcot.f90 main program and instructions on modifying the comcot.ctl input file [2, 3]. comcot 1.7 download
COMCOT version 1.7
(Cornell Multi-grid Coupled Tsunami model) is a numerical modeling package designed to simulate the entire life cycle of a tsunami, from generation to coastal inundation. While it is widely used in academic research, version 1.7 is often available through repositories like GitHub or by contacting authors of relevant studies. Key Feature: Automated Multi-Grid (Nested) System multi-grid system COMCOT was developed to solve linear