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Note that you must first launch Stormwater Studio; then Open the project file.<\/p>\n
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A Basic Storm Sewer Model<\/h3>\n
A simple storm sewer system consists of a variety of pipes, inlets and Rip Rap Apron.<\/p>\n
Click Here to Download Model<\/a><\/p>\n A simple storm sewer system that includes an Open Channel and Rip Rap Apron.<\/p>\n Click Here to Download Model<\/a><\/p>\n Here are two project files that demonstrate how to model broken-back culverts<\/a>. The first one is simply dropping in elevation in steps while the second model is demonstrating Lines that drop below a utility crossing in a sag configuration.<\/p>\n Click Here to Download Model<\/a><\/p>\n Click Here to Download Model<\/a><\/p>\n Here are two sample projects which contain a Diversion. The first one is a simple split while the second splits flows at a junction and then re-connects downstream to create a loop. Compute the model(s) and then compare the HGL and EGLa at the Diversion Junction. They’ll match within 0.03 ft. Read up on Diversions here<\/a>.<\/p>\n Click Here to Download Model<\/a><\/p>\n Click Here to Download Model<\/a><\/p>\n This project includes a series of Open Channels and multi-barreled Pipes with Headwalls as their Inlet types which include the optional Overtopping Weir. Read more about overtopping weirs here<\/a>.<\/p>\n
\nSample Project With an Open Channel<\/h3>\n
\nBroken-Back Culverts<\/h3>\n
\nExample Storm Sewer Diversions<\/h3>\n
\nWeir and Overtopping Flow at Headwalls<\/h3>\n