Section 7 Model Construction: AD Simulation Class

7 Model Construction: AD Simulation Class

  7.1 Overview

  7.2 Salinity

    7.2.1 Command Status

    7.2.2 Description

    7.2.3 None

    7.2.4 Barotropic

    7.2.5 Baroclinic

  7.3 Temperature

    7.3.1 Command Status

    7.3.2 Description

    7.3.3 None

    7.3.4 Barotropic

    7.3.5 Baroclinic

  7.4 Tracer

    7.4.1 Command Status

    7.4.2 Description

    7.4.3 Conservative

    7.4.4 Decay

    7.4.5 Settling

    7.4.6 Water Age

  7.5 Horizontal Mixing

    7.5.1 Command Status

    7.5.2 Description

    7.5.3 None

    7.5.4 Constant

    7.5.5 Elder

    7.5.6 Smagorinsky

    7.5.7 Warmup

  7.6 Vertical Mixing

    7.6.1 Command Status

    7.6.2 Description

  7.7 Atmospheric Heat Exchange

    7.7.1 Command Status

    7.7.2 Description

    7.7.3 Shortwave Radiation Model

      7.7.3.1 Jacquet

      7.7.3.2 Zillman

    7.7.4 Longwave Radiation Model

      7.7.4.1 Net

      7.7.4.2 Incident (Direct)

      7.7.4.3 Incident (TVA)

      7.7.4.4 Incident (Zillman)

      7.7.4.5 Incident (Chapra)

    7.7.5 Latent Heat Model

      7.7.5.1 Vapour Pressure and Specific Humidity

        7.7.5.1.1 Magnus-Tetens

        7.7.5.1.2 Lowe and Reed

      7.7.5.2 Bulk Aerodynamic Latent Heat Transfer Coefficient

        7.7.5.2.1 Constant

        7.7.5.2.2 Kondo

      7.7.5.3 Latent Heat of Vaporisation

        7.7.5.3.1 Kondo

    7.7.6 Sensible Heat Model

      7.7.6.1 Bulk Aerodynamic Sensible Heat Transfer Coefficient

        7.7.6.1.1 Constant

        7.7.6.1.2 Kondo

  7.8 Wind Stress

    7.8.1 Command Status

    7.8.2 Description

    7.8.3 Kondo

  7.9 Materials

    7.9.1 Command Status

    7.9.2 Description

  7.10 Initial Conditions

    7.10.1 Command Status

    7.10.2 Description

    7.10.3 Spatially Constant

      7.10.3.1 Two Dimensional

      7.10.3.2 Three Dimensional

    7.10.4 Spatially Varying

      7.10.4.1 Two Dimensional

      7.10.4.2 Three Dimensional

    7.10.5 Ocean General Circulation Model

    7.10.6 Restart File

  7.11 Boundary Conditions

    7.11.1 Command Status

    7.11.2 Description

      7.11.2.1 Step 1: Boundary Model Implementations

      7.11.2.2 Step 2: Boundary Location Definition

        7.11.2.2.1 Grid

      7.11.2.3 Step 3: Boundary Condition Block

      7.11.2.4 Input Data For Boundary Conditions

        7.11.2.4.1 BC Header, BC Scale, BC Offset and BC Default

        7.11.2.4.2 Trace Header, Trace Scale, Trace Offset and Trace Default

    7.11.3 Water Level

    7.11.4 Inflow/Outflow

      7.11.4.1 Outflow Scalar Concentration Handling

    7.11.5 Stage Discharge

    7.11.6 Atmospheric

      7.11.6.1 AIR_TEMP

      7.11.6.2 CLOUD

      7.11.6.3 LW_NET

      7.11.6.4 LW_RAD

      7.11.6.5 PRECIP

      7.11.6.6 REL_HUM

      7.11.6.7 SW_RAD

      7.11.6.8 Gridded Atmospheric Boundary Conditions

    7.11.7 Ocean Circulation Model

      7.11.7.1 OBC_GRID

    7.11.8 Mass Flux

      7.11.8.1 FC

      7.11.8.2 FC_POLY

      7.11.8.3 FCM

      7.11.8.4 FC_GRID

    7.11.9 Scalar Concentration

      7.11.9.1 SCALAR

      7.11.9.2 CP

      7.11.9.3 CP_POLY

    7.11.10 Transport File

  7.12 Hydraulic Structures

    7.12.1 Command Status

    7.12.2 Description

      7.12.2.1 Structure Types

    7.12.3 Bubble Plumes

      7.12.3.1 Bubbler

      7.12.3.2 Compressor

    7.12.4 Operational Control

      7.12.4.1 Control Parameters

      7.12.4.2 Control Types

      7.12.4.3 Control Block

      7.12.4.4 Airflow_Compressor and Airflow_Bubbler Control Examples

  7.13 Model Outputs

    7.13.1 Command Status

    7.13.2 Description

      7.13.2.1 Output Block

        7.13.2.1.1 Output Parameters

    7.13.3 Mesh

    7.13.4 Points

    7.13.5 Profiles

    7.13.6 Polyline

    7.13.7 Structure

      7.13.7.1 Bubble Plumes

    7.13.8 Mass Balance

    7.13.9 Mass

    7.13.10 Restart File