| DMSTA2 - Sample Input Files | |||||||||
| The following examples represent a variety of case and network configurations that can be simulated. | |||||||||
| These examples can be used as templates for developing specific design projects. | |||||||||
| Input parameters used in these examples are for demonstration & should not be interpreted as default values. | |||||||||
| The user is must specify appropriate input values for each application and variable. | |||||||||
| To speed computations for demonstrations & workshops, each case is specified as follows: | |||||||||
| Examples | Applications | ||||||||
| Inflow Concentrations | Constant | time-varying, depending on application | |||||||
| Iterations | 1 | = 0 to automatically iterate to stable solution | |||||||
| Tanks in Series | 1 | depends on cell features | |||||||
| Time Series Length | 5 yrs* | depends on design problem (typically >10 years) | |||||||
| * plus a 1-year startup period to flush initial conditions | |||||||||
| The above parameters should be reset as appropriate for each application. | |||||||||
| Project Files: | |||||||||
| PROJECT_TEMPLATE.XLS | template for creating a new project | ||||||||
| PROJECT_EXAMPLES.XLS | typical reservoir & STA simulations | ||||||||
| PROJECT_RESERVOIRS.XLS | individual reservoir simulations | ||||||||
| PROJECT_EAASR_NETWORK.XLS | EAA storage reservoir/STA network | ||||||||
| Contents of: | PROJECT_TEMPLATE.XLS | ||||||||
| Edit this file to start a new project file. Save with a different file name. | |||||||||
| Sheet | Desciption | ||||||||
| Example | case example for Reservoir - STA | ||||||||
| TS_Example | input time series with documentation | ||||||||
| Contents of: | PROJECT_EXAMPLES.XLS | ||||||||
| Iillustrates various cell & case configurations | |||||||||
| Case | Description | ||||||||
| STA_0 | Single Cell | ||||||||
| STA_1 | STA with 3 cells in series | ||||||||
| STA_2 | STA with 3 cells in parallel | ||||||||
| STA_3 | STA with 3 cells in series & bypass | ||||||||
| STA_4 | STA with 3 cells in series & seepage recycle | ||||||||
| STA_5 | STA with 3 parallel flow paths, each with 3 cells in series | ||||||||
| STA_6 | STA with inflow splitter, 3 parallel flow paths, each with 3 cells in series | ||||||||
| STA_7 | STA with inflow splitter, 3 parallel flow paths, each with 3 cells in series, & seepage recycle | ||||||||
| STA_8 | STA with 3 cells in series followed by 3 marsh cells and 1 rain-driven marsh cell | ||||||||
| STA_N1 | STA with no basin inflow (for network simulation) | ||||||||
| STA_N2 | STA with no basin inflow (for network simulation) | ||||||||
| STA_N3 | STA with no basin inflow (for network simulation) | ||||||||
| RES_1 | Reservoir with specified withdrawals | ||||||||
| RES_2 | Reservoir with specified withdrawals & depths | ||||||||
| RES_3 | Reservoir with specified withdrawals & outflows | ||||||||
| RES_4 | RES_1, RES_2, & RES_3 compared in one case | ||||||||
| RES_5 | Effect of varying outflow weir depth on bypass (storm capture), water supply, & P removal | ||||||||
| MARSH_1 | Marsh with 6 cells in series followed by a background cell (rain-driven) | ||||||||
| MARSH_2 | Rain-driven marsh cell with each calibration | ||||||||
| RSTA_1 | Reservoir followed by STA (RSTA) | ||||||||
| RSTA_2 | Reservoir - STA - Marsh | ||||||||
| Series | Description | ||||||||
| TS_STA | STA inflow time series | ||||||||
| TS_RES | Reservoir inflow time series, with specified withdrawals & depths | ||||||||
| TS_RAIN | Rainfall & ET only | ||||||||
| Network | Description | ||||||||
| NET_1 | 3 cases in Series | ||||||||
| NET_2 | 3 cases in Parallel | ||||||||
| File: | PROJECT_RESERVOIRS.XLS | ||||||||
| These cases are derived from historical simulations of regional reservoirs. | |||||||||
| They do not reflect current designs. | |||||||||
| Inflow time series represent the entire inflow from upstream reservoirs and/or basin | |||||||||
| Series not designed for network simulation (see PROJECT_EAASR_NETWORK) | |||||||||
| TS input sheets show derivation of time series from SFWMM daily output (formulas in first row) | |||||||||
| Case | Description | ||||||||
| EAA_A1 | EAA Storage Reservoir Compartment A1 | ||||||||
| EAA_A2 | Compartment A2 | ||||||||
| EAA_B | Compartment B | ||||||||
| EAA_C | Compartment C | ||||||||
| EAA_A | Compartment A (combined A1 & A2) | ||||||||
| STA34 | STA34, 2002 BSFS | ||||||||
| C44 | RSTA for C44 | ||||||||
| Series | Description | ||||||||
| TS_A1 | Compartment A1 | ||||||||
| TS_A2 | Compartment A2 | ||||||||
| TS_B | Compartment B | ||||||||
| TS_C | Compartment C | ||||||||
| TS_A | Compartment A (combined A1 & A2) | ||||||||
| TS_STA34 | STA34, 2002 BSFS | ||||||||
| TS_C44 | RSTA for C44 | ||||||||
| File: | PROJECT_EAASR_NETWORK.XLS | ||||||||
| Illustrates linkages of reservoirs and sta in early designs. | |||||||||
| Inflow time series represent the direct inflow to each reservoir from basin (excluding upstream reservoirs) | |||||||||
| TS input sheets show derivation of time series from SFWMM daily output (formulas in first row) | |||||||||
| The 'Schematic' sheet illustrates the reservoir/sta linkage | |||||||||
| Case | Description | ||||||||
| EAASR_NET | Network input sheet, showing linkage of reservoirs & STA's | ||||||||
| EAA_A1 | EAA Storage Reservoir Compartment A1 | ||||||||
| EAA_A2 | Compartment A2 | ||||||||
| EAA_B | Compartment B | ||||||||
| STA34 | STA34, 2002 BSFS | ||||||||
| NULL | NULL Case (Collector) used in network | ||||||||
| Series | Description | ||||||||
| TS_A1 | Direct inflows to A1 | ||||||||
| TS_A2 | Direct inflows to A2 | ||||||||
| TS_B | Direct Inflows to B | ||||||||
| TS_STA34 | Direct Inflows to STA34 | ||||||||
| TS_RAIN | Rainfall & ET only | ||||||||
| 06/02/2005 | |||||||||