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Professional CAD/CAM tools built on Inventor and AutoCAD
Transcript
00:04
Info works. WS pro is capable of dynamic water quality modeling
00:08
tracking the fate of a dissolved substance in a network over time,
00:13
water quality simulation is fully integrated with
00:16
hydraulic simulation for increased speed and efficiency.
00:21
In the basic water quality module, a substance can be modeled in two ways
00:25
conservative and non conservative
00:29
conservative means the substance will only be affected
00:32
by the transport or flows within the network.
00:36
Non conservative means the substance will
00:38
react with the network environment such as
00:40
the pipe materials but not with other chemicals present in the water.
00:46
The concentration will decay or grow due to these reactions.
00:49
And these changes are in addition to the effects of transport.
00:53
If you are wanting to model the
00:54
chemical reactions between various dissolved solutes,
00:57
you will have to utilize the complex water quality module. MS
01:01
Q.
01:03
In addition to chemical transport,
01:05
the water quality model can calculate changes in the
01:07
age of water over time throughout the network.
01:11
The percentage of water reaching a node in the network
01:13
that had its origin at a specified trace node,
01:17
the dominant source providing most of the water reaching the node
01:21
and turbidity analysis which can be part of
01:24
a water quality simulation to predict discoloration events
01:28
info works. WS pro considers two transport models.
01:32
Eulerian and Lagrangian.
01:35
With the
01:35
Eulerian method, a pipe is divided into completely mixed volume segments
01:40
and transport between the elements is modeled.
01:43
Each volume segment progresses along the pipe
01:45
with non conservative substance concentration being calculated
01:50
with the Lagrangian method.
01:51
The initial and final volume segments can change size to
01:55
accommodate the segment capacity of pipes delivering and receiving flow
01:59
reactions can happen both within the bulk flow
02:02
and with the material along the pipe wall
02:06
to run the water quality module.
02:07
Both the bulk and wall reaction coefficients are required.
00:04
Info works. WS pro is capable of dynamic water quality modeling
00:08
tracking the fate of a dissolved substance in a network over time,
00:13
water quality simulation is fully integrated with
00:16
hydraulic simulation for increased speed and efficiency.
00:21
In the basic water quality module, a substance can be modeled in two ways
00:25
conservative and non conservative
00:29
conservative means the substance will only be affected
00:32
by the transport or flows within the network.
00:36
Non conservative means the substance will
00:38
react with the network environment such as
00:40
the pipe materials but not with other chemicals present in the water.
00:46
The concentration will decay or grow due to these reactions.
00:49
And these changes are in addition to the effects of transport.
00:53
If you are wanting to model the
00:54
chemical reactions between various dissolved solutes,
00:57
you will have to utilize the complex water quality module. MS
01:01
Q.
01:03
In addition to chemical transport,
01:05
the water quality model can calculate changes in the
01:07
age of water over time throughout the network.
01:11
The percentage of water reaching a node in the network
01:13
that had its origin at a specified trace node,
01:17
the dominant source providing most of the water reaching the node
01:21
and turbidity analysis which can be part of
01:24
a water quality simulation to predict discoloration events
01:28
info works. WS pro considers two transport models.
01:32
Eulerian and Lagrangian.
01:35
With the
01:35
Eulerian method, a pipe is divided into completely mixed volume segments
01:40
and transport between the elements is modeled.
01:43
Each volume segment progresses along the pipe
01:45
with non conservative substance concentration being calculated
01:50
with the Lagrangian method.
01:51
The initial and final volume segments can change size to
01:55
accommodate the segment capacity of pipes delivering and receiving flow
01:59
reactions can happen both within the bulk flow
02:02
and with the material along the pipe wall
02:06
to run the water quality module.
02:07
Both the bulk and wall reaction coefficients are required.
InfoWorks WS Pro is capable of dynamic water quality modelling, tracking the fate of a dissolved substance in a network over time. In the basic water quality module, a substance can be modelled in two ways: conservative and non-conservative.
Note: Modelling the chemical reactions between various dissolved solutes requires use of the complex water quality module (MSQ).
In addition to chemical transport, the water quality model can calculate:
InfoWorks WS Pro considers two transport models: Eulerian and Lagrangian.
Reactions can happen both within the bulk flow and with the material along the pipe wall. To run the water quality module, both the bulk and wall reaction coefficients are required.