HEC-FIA
The Hydrologic Engineering Center's (HEC) Flood Impact Analysis (HEC-FIA) software is a tool to help identify the consequences from a single event. HEC-FIA was developed by HEC in collaboration with the Risk Management Center (RMC) and the Engineering Research and Design Center (ERDC). HEC-FIA evaluates consequences from events defined by hydraulic model output such as gridded data (e.g., depth and arrival time Grids) or HEC's Data Storage System (HEC-DSS) Stage Hydrographs. The consequences HEC-FIA computes include economic losses (losses to structures and their contents), agricultural losses, and expected life loss from these hydraulic events.
https://www.hec.usace.army.mil/software/hec-fia/default.aspx
To compute flood inundation consequences including economic losses (losses to structures and their contents), agricultural losses, and expected life loss from hydraulic events.
Software
HEC-FIA SoftwareVersion
3.3Access Level
PublicModel Type
NumericalAuthors
| Full name | |
|---|---|
| HEC | Webmaster-HEC@usace.army.mil |
Model Category
| ECONOMY |
| AGRICULTURE |
Keywords
| economic |
| consequences |
| damage |
| HEC-FIA |
Status Tag
DraftInput Files
| Title | Description | Standard Variables | Required? | File extension |
|---|---|---|---|---|
| Innundation Data | Includes Max Depth, Arrival Time, Duration, and Floodway (Max Depth * Velocity) Data | [] | False | |
| Geographic Data | Geospatial Boundaries such as watershed boundary and Emergency planning zones | [] | False | |
| Inventory Data | Structure, Vehicle, Agricultural, Infrastructure, Direct Economic Damages and Loss of Life data | [] | False | |
| Warning Issuance Scenario | In HEC-FIA the warning issuance defines the moment a warning is issued to the population at risk. The issuance of warning can be generated as the result of a hydraulic event (e.g. the exceedance of a specified stage at a particular location or appearance of water on the interior side of a levee) or the passage of an amount of time in the model simulation (e.g. thirty minutes after the start of the simulation). A lag can be specified to simulate the time between the physical occurrence of the event and the human response of issuing a warning in response to that event. If the user defines a warning issuance relative to a rule that uses a specific location and threshold, the warning issuance is dependent upon a particular inundation configuration and hydraulic event. If the user defines a warning issuance relative to start time, the warning issuance works with any alternative, and is dependent upon the start time of the time window used in the simulation. | [] | False | .warningIssuance |
Output Files
| Title | Description | File extension | Standard Variables | Required? |
|---|---|---|---|---|
| Damages Results | Resulting Economic Damages | .shp | [] | False |
Distribution
| Locations |
|
|---|---|
| Installation instructions |
Windows Portable Software, no installation required. |
Resource Files
Metadata record information
| Created At | 2023-03-17t18:26:47.113674 |
| Created By | mmcmanus@thewaterinstitute.org |
| Access Level | Public |
| Owner | mmcmanus@thewaterinstitute.org |