GIS-IDs: List of associated IDs on the GIS/data-source side.
Hyperlinks: Associate one or more web link, photo, word processing document, or other file with this element.
Material: The pipe's material type.
Diameter: Value represents the internal diameter of a circular pipe or four times the hydraulic radius for non-circular cross-sections.
Manning's n: Mannings N
Hazen-Williams C: Hazen Williams C Factor
Darcy-Weisbach e: Darcy-Weisbach roughness height for the pipe wall.
Has User Defined Length?: Allows the calculated scaled pipe lengths to be overridden with a user defined value.
Length (User Defined): A user defined pipe length that is not scaled from the underlying map dimensions.
Has Check Valve?: Defines whether the pipe contains a check valve that limits flow to a single direction. Direction of flow is with the direction of the pipe.
Specify Local Minor Loss?: If true then the minor coefficient for the element is manually set, otherwise the value is derived from the minor loss library.
Minor Losses: List of all associated minor losses associated with the element, and can be used to generate the composite minor loss coefficient.
Status (Initial): Choices: Open, Closed
Specify Local Bulk Reaction Rate?: If true than a local Bulk Reaction Rate can be specified for the pipe, otherwise the bulk reaction rate associated with selected constituent will govern.
Bulk Reaction Rate (Local): Coefficient defining how rapidly a constituent grows or decays over time.
Specify Local Wall Rate?: If true then a local wall reaction rate can be specified for the selected pipe.
Wall Reaction Rate (First Order): First order coefficient defining the rate at which a substance reacts with the wall of a pipe. Is available if global constituent is set to first order.
Wall Reaction Rate (Zero Order): Zero order coefficient defining the rate at which a substance reacts with the wall of a pipe. Is available if the global constituent is set to zero order.
Zone: Specify the zone for the element.
Installation Year: Specify the install year of the element. It does not affect the calculations.
Wave Speed: The speed with which a disturbance (i.e. pressure wave) moves through the fluid in the pipe.
Flow (Initial): A value corresponding to flow in the pipe at the beginning of the transient simulation.
Hydraulic Grade (Initial Start): The start node hydraulic grade elevation at the beginning of the transient simulation.
Hydraulic Grade (Initial Stop): The stop node hydraulic grade elevation at the beginning of the transient simulation.
Pressure (Start): Pressure at the start node of the pipe.
Pressure (Stop): Pressure at the stop node of the pipe.
Number of Breaks: The number of breaks that occurred on this pipe.
Use Local Duration of Pipe Failure History?: Override the global duration of pipe failure history with a local value.
Duration of Pipe Failure History: The duration of pipe failure history for this pipe. By default uses the global duration.
Pipe Break Group: The pipe break group this pipe belongs to.
Cost of Break: The cost of the break for this pipe.
Flow: Total flow through the pipe. If the value is negative the flow is traveling from the stop node to the start node, and vice versa if positivie.
Velocity: Velocity of fluid through the pipe.
Headloss Gradient: The headloss per unit length in the pipe.
Headloss: Total headloss occuring in the pipe, including both friction and minor headlosses and any minor losses from isolation valves.
Pressure Loss Gradient: The pressure loss per unit length in the pipe.
Pressure Loss: Total pressure loss occuring in the pipe, including both friction and minor pressure losses and any minor losses from isolation valves.
Flow (Absolute): Absolute value of flow through the pipe.
Hydraulic Grade (Start): Hydraulic grade at start node of pipe.
Hydraulic Grade (Stop): Hydraulic grade at stop node of pipe.
Length: Displays either the scaled length or the user defined length depending on which option is set for the pipe.
Travel Time: The length of the pipe divided by the velocity of flow through pipe.
Headloss (Minor): Headloss resulting from minor losses in the pipe only. (Excludes isolation valve minor losses).
Headloss (Friction): Headloss through pipe resulting from friction. (Includes any isolation valve minor losses).
Area Full: Cross-sectional area of pipe.
Shear Stress: Shear stress at current time step.
Length (3D): Length derived from x, y and z coordinates of bounding node.
Status (Calculated): Choices: Open, Closed
Age (Calculated): Age at selected element for current time step.
Trace (Calculated): Trace at selected element for current time step.
Concentration (Calculated): Concentration at selected element for current time step.
Concentration (Start): Concentration at start end of the pipe.
Concentration (Stop): Concentration at the stop end of the pipe.
Trace (Start): Trace percentage at start end of the pipe.
Trace (Stop): Trace percentage at stop end of the pipe.
Age (Start): Water age at the start end of the pipe.
Age (Stop): Water age at the stop end of the pipe.
Flow (Minimum Absolute): Minimum flow magnitude through pipe over the course of the simulation.
Flow (Maximum Absolute): Maximum flow magnitude through the pipe over the course of the simulation.
Velocity (Maximum): Maximum velocity of flow that occurs in pipe over the course of the simulation.
Velocity (Minimum): Minimum velocity of flow that occurs in pipe over the course of the simulation.
Headloss Gradient (Minimum): Minimum headloss gradient that occurs at the selected pipe.
Headloss Gradient (Maximum): Maximum headloss gradient that occurs at the selected pipe.
Flow (Minimum): Minimum flow through pipe over the course of the simulation.
Flow (Maximum): Maximum flow through the pipe over the course of the simulation.
Age (Minimum): Minimum age in the pipe over the course of the simulation.
Age (Maximum): Maximum age in the pipe over the course of the simulation.
Trace (Minimum): Minimum trace in the pipe over the course of the simulation.
Trace (Maximum): Maximum trace in the pipe over the course of the simulation.
Concentration (Minimum): Minimum concentration in the pipe over the course of the simulation.
Concentration (Maximum): Maximum concentration in the pipe over the course of the simulation.
Age (Start) (Minimum): Minimum age at the start end of the pipe over the course of the simulation.
Age (Start) (Maximum): Maximum age at the start end of the pipe over the course of the simulation.
Age (Stop) (Minimum): Minimum age at the stop end of the pipe over the course of the simulation.
Age (Stop) (Maximum): Maximum age at the stop end of the pipe over the course of the simulation.
Trace (Start) (Minimum): Minimum trace at the start end of the pipe over the course of the simulation.
Trace (Start) (Maximum): Maximum trace at the start end of the pipe over the course of the simulation.
Trace (Stop) (Minimum): Minimum trace at the stop end of the pipe over the course of the simulation.
Trace (Stop) (Maximum): Maximum trace at the stop end of the pipe over the course of the simulation.
Concentration (Start) (Minimum): Minimum concentration at the start end of the pipe over the course of the simulation.
Concentration (Start) (Maximum): Maximum concentration at the start end of the pipe over the course of the simulation.
Concentration (Stop) (Minimum): Minimum concentration at the stop end of the pipe over the course of the simulation.
Concentration (Stop) (Maximum): Maximum concentration at the stop end of the pipe over the course of the simulation.
Alert Level (Now): Maximum alert severity of the current element for the current time step.
Alert Level (Ever): Maximum alert severity of the current element.
Has Calculation Messages Now?: If true then the current element has associated calculation warning messages for the current time step.
Is Closed?: True if the current element is closed during the current time step.
Is Open?: Set to true if open during the current time step.
Is Initially Closed?: If true, the initial condition for the control element is "Closed" or "Off."
Has Flow Reversal? (Now): True if the flow direction reversed compared to the previous time step.
Has Flow Reversal? (Ever): True if the flow direction reversed during the calculation time.
Controlled?: Is true if a control action in the current control set references the selected element.
Minor Loss Coefficient (Unified): Displays the current minor loss value for the element, depending on whether its derived or local.
Head (Maximum, Transient): Maximum head at any point along the pipe over the course of the transient simulation.
Head (Minimum, Transient): Minimum head at any point along the pipe over the course of the transient simulation.
Pressure (Maximum, Transient): Maximum pressure at any point along the pipe over the course of the transient simulation.
Pressure (Minimum, Transient): Minimum pressure at any point along the pipe over the course of the transient simulation.
Flow (Maximum, Transient): Maximum flow at any point along the pipe over the course of the transient simulation.
Flow (Minimum, Transient): Minimum flow at any point along the pipe over the course of the transient simulation.
Velocity (Minimum, Transient): Minimum velocity at any point along the pipe over the course of the transient simulation.
Velocity (Maximum, Transient): Maximum velocity at any point along the pipe over the course of the transient simulation.
Wave Speed Adjustment Percent: The wave speed adjustment applied to this pipe (relative to the original wave speed) so that a sharp pressure-wave front can travel the length of one of the pipe's interior segments in one time step.
Wave Speed Adjustment: The wave speed adjustment applied to this pipe so that a sharp pressure-wave front can travel the length of one of the pipe's interior segments in one time step.
Length Adjustment Percent: The length adjustment applied to this pipe (relative to the original length) so that a sharp pressure-wave front can travel the length of one of the pipe's interior segments in one time step.
Length Adjustment: The length adjustment applied to this pipe so that a sharp pressure-wave front can travel the length of one of the pipe's interior segments in one time step.
Velocity (Initial, Transient): The flow velocity along the pipe at the beginning of the transient simulation.
Pressure (Maximum at Stop Node, Transient): Maximum pressure at the pipe's stop node over the course of the transient simulation.
Pressure (Maximum at Start Node, Transient): Maximum pressure at the pipe's start node over the course of the transient simulation.
Pressure (Minimum at Stop Node, Transient): Minimum pressure at the pipe's stop node over the course of the transient simulation.
Pressure (Minimum at Start Node, Transient): Minimum pressure at the pipe's start node over the course of the transient simulation.
Head (Maximum at Stop Node, Transient): Maximum head at the pipe's stop node over the course of the transient simulation.
Head (Maximum at Start Node, Transient): Maximum head at the pipe's start node over the course of the transient simulation.
Head (Minimum at Start Node, Transient): Minimum head at the pipe's start node over the course of the transient simulation.
Head (Minimum at Stop Node, Transient): Minimum head at the pipe's stop node over the course of the transient simulation.
Upsurge Ratio at Start Node: Ratio of maximum pressure at the pipe's start node over the course of the transient simulation to the pressure at the beginning of the transient simulation.
Upsurge Ratio at Stop Node: Ratio of maximum pressure at the pipe's stop node over the course of the transient simulation to the pressure at the beginning of the transient simulation.
Head (Initial at Start Node, Transient): The head at the pipe's start node at the beginning of the transient simulation.
Head (Initial at Stop Node, Transient): The head at the pipe's stop node at the beginning of the transient simulation.
Air Volume (Maximum, Transient): Maximum air volume along the pipe over the course of the transient simulation.
Vapor Volume (Maximum, Transient): Maximum vapor volume along the pipe over the course of the transient simulation.
Velocity (Maximum Flushing): The maximum achieved pipe velocity across all flushing events. If comparing against previous results (for other alternatives/scenarios) this result is the maximum achieved velocity across all flushing events for which results exist.
Shear Stress (Maxmum Flushing): The maximum achieved shear stress across all flushing events. If comparing against previous results (for other alternatives/scenarios) this result is the maximum achieved shear stress across all flushing events for which results exist.
Flushing Event: The flushing event that resulted in the pipe maximum achieved velocity. If comparing against previous results, this flushing event may be defined in another alternative/scenario.
Satisfies Flushing Target Velocity?: True if the maximum achieved velocity for the pipe is greater than or equal to the target velocity.
Satisfies Flushing Target Shear Stress?: True if the maximum achieved shear stress for the pipe is greater than or equal to the target shear stress.
Break Rate: The break rate for the pipe over time.
Break Rate (Pipe Group): The break rate for the group the pipe belongs to.
Projected Breaks: The projected number of breaks for this pipe.
Annual Expected Cost: The annual expected cost of the breaks for this pipe.
Present Worth: How much the pipe is currently worth based on the projection cost.
Break Rate (Scaled): A weighted combination of the individual pipe break rate and the pipe break rate of the group to which the pipe belongs.
