hydroflow ~critical-flow
D Library for Hydraulics Engineering.
To use this package, run the following command in your project's root directory:
Manual usage
Put the following dependency into your project's dependences section:
hydroflow
v1.0.0
A D-library for hydraulics calculations. This library was created to aide civil engineers and hydraulics engineers in calculation phase of their design or analysis.
Major Features
[x] Open Channel
[ ] Simple Weirs
[ ] Diversion Dam Analysis
[ ] Reservoir construction and operation studies
Usage
Only one import is necessary to use the library.
import hydroflow;
All submodules will be imported automatically.
1. Rectangular Open Channel
Say we are given a rectangular channel problem and the unknown is the depth of the water in the channel:
Given | Value |
---|---|
Dicharge, Q | 1.0 m<sup>3</sup> |
Bed Slope, S | 0.00 1 |
Base Width, b | 1.0 m |
Manning's Roughness Coefficient, n | 0.015 |
To solve this, you may refer to the code below:
import hydroflow;
import std.stdio;
void main()
{
RectangularOpenChannel roc = new RectangularOpenChannel();
roc.setUnknown = roc.Unknown.WATER_DEPTH;
// Set the given values
roc.setBedSlope = 0.001;
roc.setDischarge = 1;
roc.setBaseWidth = 1;
roc.setManningRoughness = 0.015;
// Now test if the calculation will be successful
if (roc.solve())
{
writeln(roc.getWaterDepth);
}
}
- ~critical-flow released 5 years ago
- alexiusacademia/hydroflow
- MIT
- Copyright © 2019, Alexius Academia
- Authors:
- Dependencies:
- none
- Versions:
-
1.2.4 2019-Mar-02 1.2.3 2019-Mar-02 1.2.2 2019-Feb-25 1.2.1 2019-Feb-21 1.2.0 2019-Feb-19 - Download Stats:
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- Short URL:
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