Data in the [MOUSE_HYDRAULIC_PARAMETERS] group of the UND file is used to determine conduit headloss and roughness data to be imported into the InfoWorks ICM User Defined Defaults and Conduit tables. This topic contains details on the conversion of MOUSE hydraulic parameters information to InfoWorks ICM.
Default Head Loss
The Default Head Loss values are used to determine the values to be imported into the InfoWorks ICM conduit US Headloss Type and US Headloss Coefficient fields. See the Note on Headloss Coefficient Calculations for further details.
Default head losses are read in from the UND file (if present) or are assigned the values specified in the April 2003 MOUSE Pipe Flow Reference Manual (see table below).
Default Head Loss values will be overridden by any Specific Head Loss values defined.
|
MOUSE |
Description |
InfoWorks ICM Data Field |
||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
NAMENO |
Node outlet Type
Values in brackets are default values for the Km headloss type, specified in April 2003 MOUSE Reference Manual (Pipe Flow). |
Used to determine the Outlet Headloss value to be imported to the conduit. |
||||||||||||||||||||
|
TYPENO |
Headloss Type
|
MOUSE Headloss type is imported to User Text 1 field of conduit downstream of node. InfoWorks ICM US Headloss Type of conduit downstream of node is set according to MOUSE Headloss Type as follows:
See Note on Headloss Coefficient Calculations for further details. |
||||||||||||||||||||
|
HLCOEFF |
Head Loss Coefficient |
User Number 1 of conduit downstream of node. US Headloss Coefficient of conduit downstream of node when TYPENO = 3. See Note on Headloss Coefficient Calculations for further details. |
Default Friction Loss
The Default Friction Loss values are used to determine the values to be imported into the InfoWorks ICM conduit Bottom Roughness and Top Roughness fields. See the UND File Conversion - Links topic for further details.
Default friction losses are read in from the UND file (if present) or are assigned the values specified in the April 2003 MOUSE Pipe Flow Reference Manual (see table below).
Default Friction Loss values will be overridden by any Specific Friction Loss values defined.
|
MOUSE |
Description |
InfoWorks ICM Data Field |
||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
NAMENO |
Values in brackets are default values for the Manning friction loss type, specified in April 2003 MOUSE Reference Manual (Pipe Flow). |
Used to determine conduit Bottom roughness and Top roughness. See UND File Conversion - Links topic for further details. |
||||||||||||||||||
|
MANNING |
Manning number |
See above |
Specific Head Loss
Specific headlosses for individual nodes are imported if specified. If not defined, Default Head Loss values will be used instead.
|
MOUSE |
Description |
InfoWorks ICM Data Field |
||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
NODEID |
Node name |
Used to identify node to which specific head loss values are to be applied. |
||||||||||||||||
|
TYPENO |
Headloss Type
|
MOUSE Headloss type is imported to User Text 1 field of conduit downstream of node. InfoWorks ICM US Headloss Type of conduit downstream of node is set according to MOUSE Headloss Type as follows:
See Note on Headloss Coefficient Calculations for further details. |
||||||||||||||||
|
HLCOEF |
Head Loss Coefficient |
User Number 1 of conduit downstream of node. US Headloss Coefficient of conduit downstream of node when TYPENO = 3. See Note on Headloss Coefficient Calculations for further details. |
Specific Friction Loss
Specific friction losses for individual links are imported if specified. If not defined, Default Friction Loss values will be used instead.
|
MOUSE |
Description |
InfoWorks ICM Data Field |
|---|---|---|
|
LINKID |
Link name |
Used to identify conduit to which specific friction loss values are to be applied. |
|
MANNING |
Manning number |
Conduit Bottom Roughness and Top Roughness |