HIVEL 2D v2.0 Users Manual
Contents - hivel200002
Contents (cont.) - hivel200003
Introduction - hivel200005
HIVEL2D Overview
Governing Equations - hivel200007
Governing Equations (cont.)
Finite Element Model
Petrov-Galerkin Test Function
Solution of the Nonlinear Equations
Model Features
Developing an Application
Hydrodynamic Input
Hot Start File
Running the Model
Running the Model (cont.)
Figure 3.1 The SMS interface
Figure 3.2 Open Simulation
Figure 3.3 Save Simulation
Figure 3.4 Hot Start
Figure 3.5 Model control
Figure 3.7 Node String Boundary Conditions
Figure 3.8 Model Check
Launching HIVEL2D from the Command Prompt
References - hivel200027
Appendix A. File Formats
Figure A1 Super File Format
2D Geometry File
The card type used in the 2D geometry file
Hydrodynamic Flow File
The card type used in the hydrodynamic flow file
Turbulence coefficients for smooth and rough regions
Number of time steps, and interval for storing output
Petrov-Galerkin coefficients for model stability
Outflow location (list of nodes)
Inflow location (list of nodes)
Inflow location and amount by node
Figure A6 ASCII Scalar Data Set File Format
Figure A8 Sample ASCII Scalar Data Set
Appendix B: Boundary Conditions
Figure B3. Case 3 sketch
Figure B6. Case 6 sketch
Figure B9. Case 9 sketch
Appendix C: Troubleshooting
Appendix D: Example Problem
Figure D3. Example geometry file (example.geo)
Figure D5. Initial hydrodynamic input file (example1.flo).
Figure D6. Second hydrodynamic input file (example2.flo).
Figure D8. Final water-surface contours, f
Appendix E: Interpolation Program
Interpolation Scheme for Quadrilateral Elements
Interpolation Scheme for Triangular Elements
Interpolation Scheme for Triangular Elements (Cont.)
Interpolation
hivel20
Contents - hivel200002
Contents (cont.) - hivel200003
Introduction - hivel200005
HIVEL2D Overview
Governing Equations - hivel200007
Governing Equations (cont.)
Finite Element Model
Petrov-Galerkin Test Function
Solution of the Nonlinear Equations
Model Features
Developing an Application
Hydrodynamic Input
Hot Start File
Running the Model
Running the Model (cont.)
Figure 3.1 The SMS interface
Figure 3.2 Open Simulation
Figure 3.3 Save Simulation
Figure 3.4 Hot Start
Figure 3.5 Model control
Figure 3.7 Node String Boundary Conditions
Figure 3.8 Model Check
Launching HIVEL2D from the Command Prompt
References - hivel200027
Appendix A. File Formats
Figure A1 Super File Format
2D Geometry File
The card type used in the 2D geometry file
Hydrodynamic Flow File
The card type used in the hydrodynamic flow file
Turbulence coefficients for smooth and rough regions
Number of time steps, and interval for storing output
Petrov-Galerkin coefficients for model stability
Outflow location (list of nodes)
Inflow location (list of nodes)
Inflow location and amount by node
Figure A6 ASCII Scalar Data Set File Format
Figure A8 Sample ASCII Scalar Data Set
Appendix B: Boundary Conditions
Figure B3. Case 3 sketch
Figure B6. Case 6 sketch
Figure B9. Case 9 sketch
Appendix C: Troubleshooting
Appendix D: Example Problem
Figure D3. Example geometry file (example.geo)
Figure D5. Initial hydrodynamic input file (example1.flo).
Figure D6. Second hydrodynamic input file (example2.flo).
Figure D8. Final water-surface contours, f
Appendix E: Interpolation Program
Interpolation Scheme for Quadrilateral Elements
Interpolation Scheme for Triangular Elements
Interpolation Scheme for Triangular Elements (Cont.)
Interpolation
hivel20
