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#WATERCAD V8I ADD BENDS TO PIPE SOFTWARE#
#WATERCAD V8I ADD BENDS TO PIPE WINDOWS#

In AutoCAD, click the element once with the Select tool to open the element's editor. Step 3: Enter and modify data Dialog Boxes-You can use the Select tool and double-click an element to bring up its Properties editor. Move the cursor to the location of J-5, and click to insert the element. LAYOUT TOOLBAR P ipe Junction Hydrant Tank Reservoir House Scada element Periodic head flow Pump Variable speed pump Pump staion Turbine Valves Checkvalves Orifice Discharge to atmosphere Surge tank Hydro pneumatic tank Air valve Surge valveĩ. Right-click and choose Done from the menu. Click to place junctions J-2, J-3, and J-4. Right click to select Junction from the menu and click to place J-1. Right-click and select Pump from the shortcut menu. Move the cursor to the location of pump P-1. Move the cursor on the drawing pain and right click to select Reservoir from the menu or click from the toolbar. We will use the default prototype values in this lesson, so click the Finished button. The element prototype buttons allow you to set default values for each element type. Set the horizontal scale to 1 mm = 4000 mm, and the vertical scale to 1 mm = 400 mm. Select the Scaled button located under the Drawing Scale option. For this lesson, use the program default values. In the Project Setup Wizard, title the project Lesson 1-Steady State Analysis and click the Next button. Click Yes to open the Project Setup Wizard.Ĩ. You will be prompted to set up the project.

Click the approximate location of reservoir R-1 (see diagram above). Then, move the cursor onto the drawing pane and right-click to select Reservoir from the shortcut menu. Now, select the Layout Elements tool in the Bentley WaterCAD V8i toolbar. MYLESSON1.DWG and click Save to save the file in your \Bentley WaterCAD V8i \Lesson directory. In the Save Drawing As dialog box, double-click the Lesson folder, enter the filename as With the drawing open, select File > Save As. Select the existing AutoCAD file LESSON1.DWG from the Lesson folder.

Verify that the Default Unit System for New Project is set to SI. Since you will be working in System International units, click Reset Defaults to System International.ģ.

Double-click the Bentley WaterCAD V8i desktop icon to start Bentley WaterCAD V8i for AutoCAD. Enter the file name MYLESSON1.WTG for your project, and click Save. In the Save File As dialog box, double-click the Lesson folder.ġ0. Choose File > Project Properties and name the project Lesson 1-Steady State Analysis and click OK.ĩ. Set the Horizontal Scale Factor 1 cm = 40 m. Select the Project tab to make sure Drawing Mode is set to Scaled.Ħ. Since you will be working in System International units, click Reset Defaults to System International.Ĥ.  Click Create New Project and an untitled project opens.ģ.  Double-click the Bentley WaterCAD V8i icon. Step 1: Create a New Project File Using the WaterCAD V8i interface:

Linear optimization techniqueīuilding a Network and Performing a SteadyState Analysis.

Chezy-Manning Because each formula measures pipe roughness differently, switching formulas might require that all pipe roughness coefficients be updated.

Use caution when changing flow units as it might affect all other data supplied to the project.įormula used to compute headloss as a function of flow rate in a pipe. Selecting liters or cubic meters causes all other units to be SI metric. Choosing units in gallons, cubic feet, or acre-feet implies that the units for all other network quantities are Customary US. Units in which nodal demands and link flow rates are expressed. They consist of the following items: Options

Hydraulic options control how the hydraulic computations are carried out.

#WATERCAD V8I ADD BENDS TO PIPE SOFTWARE#

What is the software used for?  Building a water-distribution network and performing steady state as well as extended period simulations  Water Quality Analysis  Network Design  Model Calibration  Network Design Optimization To study the WaterGEMS software, to enhance our technical skills and to understand practical implementation of Pipe network analysis in broad area.What is WaterGEMS?  WaterGEMS is a comprehensive and easy to use water distribution modeling application.

#WATERCAD V8I ADD BENDS TO PIPE WINDOWS#

History of WaterGEMS 1983: KYPIPE – 1st IBM-PC fully capable implementation of the mainframe solution for water distribution modelingġ991: Cybernet – 1st AutoCAD-based water distribution modeling solution 1996: WaterCAD – 1st commercial Windows stand-alone water distribution modeling solution 2002: WaterGEMS – 1st ArcGIS 8x water distribution modeling solution 2006: WaterGEMS V8 XM Edition – 1st MicroStation water distribution modeling solution And: WaterGEMS V8 XM Edition – 1st fully unified cross-platform water distribution modeling solution