The Rehab Work Tasks header fields contain general information to specify the types of pipes on which the tasks in this record are implemented. The header appears at the top of the module window and remains visible as users navigate through the tabs.
Field Name |
Use/Purpose |
Rigid Pipe Flexible Pipe Brittle Pipe |
Indicate which types of pipe materials this Rehab Work Task and Replacement Work Task are applied to during the model runs. Remember: Pipes are classified as rigid, brittle, or flexible based on the parameters established in the Material Types module. |
Easy Access Difficult Access |
Indicate which types of pipe access the Rehab Work Task and Replacement Work Task are applied to during the model runs. Remember: Pipes are classified as easy access or difficult access based on parameters established in the Accessibility module. |
Unpaved Cover Paved Cover Heavy Traffic |
Indicate which types of the road covers this Rehab Work Task and Replacement Work Task are applied to during the model runs. Remember: Pipes are classified as paved, unpaved, or heavy traffic based on parameters established in the Surface Types module. |
Min Pipe Dia Max Pipe Dia Max Depth |
Indicate the minimum and maximum pipe diameter and maximum pipe depth (in inches) on which these rehab and replacement work tasks are used during the model runs. |
Priority |
Specifies the importance of the task identified in this record. The system sorts the Default Rehab Work Tasks by priority (least important to most important). |
Rehab Work Task |
Designates the Rehab Work Task to be used to rehabilitate pipes that match the conditions above. The tasks available in this field come from the Rehab Work Tasks and Costs module.
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Replace Work Task |
Designates the Rehab Work Task to be used to replace pipes that match the conditions above. The tasks available in this field come from the Rehab Work Tasks and Costs module.
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Analysis Type |
Identifies the type(s) of analysis that this rehab task can be applied to; specifically, Structural only, O&M only, and Structural and O&M. |