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HYCOM Mesh
By George Halliwell, 25 August 2001
Both HYCOM and MICOM use the “C” grid, but use different horizontal meshes. In the MICOM mesh, the positive x direction was southward and the positive y direction was eastward. The HYCOM mesh was converted to standard Cartesian coordinates, with the x axis pointing eastward and the y axis pointing northward. The HYCOM mesh is illustrated below for pressure (P), velocity component (U and V), and vorticity (Q) grid points. This case is for 7 x 7 pressure grid points. The grid meshes for the other variables have 8 x 8 grid points. All fields in this case would be dimensioned 8 x 8, with the eighth row and column unused for variables on pressure grid points.

Documentation by George Halliwell
- HYCOM Overview
- Horizontal Advection Diffusion in HYCOM
- Boundary conditions in HYCOM
- Diapycnal Mixing Algorithms
- Synthetic Floats, Drifters, and Moorings in HYCOM
- The NASA Goddard Institute for Space Studies Level 2 Turbulence Closure
- Hybrid Coordinate Adjustment Algorithm
- Energy Loan Sea Ice Model
- KPP Vertical Mixing
- The Full Kraus Turner Mixed Layer Model for Hybrid Coordinates (KTA)
- The Simplified Kraus Turner Mixed Layer Model for Hybrid Coordinates (KTB)
- The Kraus-Turner Mixed Layer Model for Isopycnic Coordinates (KTC)
- HYCOM Mesh
- Momentum Equation and Pressure Gradient Force
- The Mellor-Yamada Level 2.5 Turbulence Closure Model
- The Price-Weller-Pinkel Dynamical Instability Vertical Mixing Algorithm
- Equation of State, Cabbeling, Thermobaricity
- Surface Fluxes in HYCOM
- Solution of the Vertical Diffusion Equation
- Diagnosis of Kinematic Vertical Velocity in HYCOM
Documentation by Alan Wallcraft
- HYCOM and Navy ESPC Future High Performance Computing Needs
- New Features of HYCOM 2015
- New Features of HYCOM 2013
- New Features of HYCOM 2011
- New Features of HYCOM 2009
- New Features of HYCOM (HYCOM 2.2)
- HYCOM Code Development (HYCOM 2.2) '05
- HYCOM Code Development (HYCOM 2.2) '04
- HYCOM Model Development (HYCOM 2.1.03)
- HYCOM Code Development (HYCOM 2.1.03)
- HYCOM Model 2.1 (HYCOM 2.1.03)
- HYCOM Model 2.0.01 (HYCOM 2.0.01)
- HYCOM Model Development (HYCOM 1.08)
Documentation by Users