Module Hydrodynamic - Revision history

Paulochambel: /* Hydrodynamic Obstacle */

2022-02-09T12:33:34Z

‎Hydrodynamic Obstacle

Paulochambel: /* Hydrodynamic Obstacle */

2022-02-09T12:30:17Z

‎Hydrodynamic Obstacle

Francisco: /* Time series */

2018-12-12T13:56:06Z

‎Time series

Francisco: /* Time series */

2018-12-12T13:55:31Z

‎Time series

Francisco: /* Time series */

2018-12-12T13:53:56Z

‎Time series

Paulochambel: /* Thin walls */

2013-04-03T12:45:51Z

‎Thin walls

Paulochambel: /* Thin walls */

2013-04-01T08:21:14Z

‎Thin walls

Paulochambel: /* Thin walls */

2013-04-01T08:20:37Z

‎Thin walls

Paulochambel: /* Thin walls */

2013-04-01T08:19:50Z

‎Thin walls

Paulochambel: /* Thin walls */

2013-04-01T08:18:54Z

‎Thin walls

@@ Line 173: / Line 173: @@
 ![1/m] = [-]*[m^2]/[m^3]
 Xd = 0.5 * Cd * Area of Reference per Cell / Cell volume
@@ Line 182: / Line 183: @@
 D - diameter of pillars
 HT - water column of the cell
 Cell Volume = HT * dx * dy
 ![1/m] = [-] * [m] / [m] / [m]
 Xd = 0.5 * Cd *  D * nº of pillars per cell / dx / dy

@@ Line 167: / Line 167: @@
   INITIALIZATION_METHOD     : BOXES
   FILENAME                  : ...     (Location of the file where the obstacle boxes are defined)
-  BOXES_VALUES              : real    (Drag coefficient value for the defined boxes) ![m/s2]
+  BOXES_VALUES              : real    (Drag coefficient value for the defined boxes per cell) ![1/m]
   <end_dragcoef>
 ===Thin walls===

@@ Line 226: / Line 226: @@
   <BeginTimeSerie>
-  NAME                          : Station_ 0
+  NAME                          : Station_0
   LOCALIZATION_I                :  65
   LOCALIZATION_J                :  127
@@ Line 236: / Line 236: @@
   <EndTimeSerie>
-The output will be time series with extensio ".srh"
+The output will be time series with extension ".srh" i.e. Station_0.srh
 === Box integration ===

@@ Line 235: / Line 235: @@
   ORIGINAL_Y                    :  38.67641
   <EndTimeSerie>
 === Box integration ===

← Older revision		Revision as of 13:53, 12 December 2018
Line 210:		Line 210:

	=== Time series ===		=== Time series ===
		+
		+	*Add the following lines to the hydrodynamic configuration file, then save and close
		+	TIME_SERIE : 1
		+	TIME_SERIE_LOCATION : D:\Users\Soussou\GeneralData\TimeSeries\StLouisTimeSeries.dat
		+
		+	*Here's a typical time series configuration file
		+	File generated by Mohid GIS
		+
		+	DT_OUTPUT_TIME : 600
		+	MAX_BUFFER_SIZE : 10000
		+
		+	Based on GridData file : D:\Users\Soussou\GeneralData\kml2gis\cascais.dat
		+
		+	Based on XYZ file : D:\Users\Soussou\GeneralData\kml2gis\cascais.xyz
		+
		+	<BeginTimeSerie>
		+	NAME : Station_ 0
		+	LOCALIZATION_I : 65
		+	LOCALIZATION_J : 127
		+	LOCALIZATION_K : 1
		+	CENTER_CELL_X : -9.31735
		+	CENTER_CELL_Y : 38.67645
		+	ORIGINAL_X : -9.317324
		+	ORIGINAL_Y : 38.67641
		+	<EndTimeSerie>

	=== Box integration ===		=== Box integration ===

@@ Line 191: / Line 191: @@
 Block of X faces close where the thin walls effect is considered
   <begin_thinwalls_u>
-i j k
+ i j k
   …
   <end_thinwalls_u>
@@ Line 197: / Line 197: @@
 Block of Y faces close where the thin walls effect is considered
   <begin_thinwalls_v>
-i j k
+ i j k
   …
   <end_thinwalls_v>
-Block of Z faces close where the thin walls effect is considered
+Block of Z faces close where the thin walls effec is considered
   <begin_thinwalls_w>
-i j k
+ i j k
   …
   <end_thinwalls_w>

@@ Line 174: / Line 174: @@
 The user can override the compute faces mapping. This override can be variable in time. To this override option was called thin walls effect.   The options  available are the follow
-! If the user wants to connect the thin walls effect
+If the user wants to connect the thin walls effect
   THIN_WALLS                     : 1
-! If the thin walls effect in variable in time
+If the thin walls effect in variable in time
   THIN_WALLS_VARIABLE            : 1
-!Time serie file where the time variability of the thin walls effect is define.
+Time serie file where the time variability of the thin walls effect is define.
   THIN_WALLS_TIME_SERIE          : ..\..\GeneralData\Gate\Gate.dat
-!To avoid extreme velocities along the thin walls a limit is define for the water level gradient. If the thin walls effect block the flow the water level gradient can increase extremely. This limit is only consider when the velocity is being computed.
+To avoid extreme velocities along the thin walls a limit is define for the water level gradient. If the thin walls effect block the flow the water level gradient can increase extremely. This limit is only consider when the velocity is being computed.
   WATER_LEVEL_GRAD_LIMIT         : 0.001
@@ Line 186: / Line 186: @@
   Water level gradient acceleration = -g*min ( dn/dx, WATER_LEVEL_GRAD_LIMIT)
-! column in the time serie file where the flag open/close (0/1) in defined
+Column in the time serie file where the flag open/close (0/1) in defined
   TIME_FLAG_COLUMN               : 2
-!block of X faces close where the thin walls effect is considered
+Block of X faces close where the thin walls effect is considered
   <begin_thinwalls_u>
   …
   <end_thinwalls_u>
-!block of Y faces close where the thin walls effect is considered
+Block of Y faces close where the thin walls effect is considered
   <begin_thinwalls_v>
   …
   <end_thinwalls_v>
-!block of Z faces close where the thin walls effect is considered
+Block of Z faces close where the thin walls effect is considered
   <begin_thinwalls_w>
   …