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H2OCalc is an extremely powerful, comprehensive
and easy-to-use modeling software that lets users
streamline the hydraulic design and analysis of
pipes, pumps, open channels, weirs, orifices,
culverts, and inlets by allowing them to take
advantage of advanced hydraulic computational
algorithms without having expertise in this complex
field. It also eliminates the need for messy nomographs,
cumbersome spreadsheets and homegrown programs,
empowering engineers to work more effectively,
improve productivity and design better systems.
Discover some of the key features of H2OCalc:
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Discover
some of the key features of H2OCalc:
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Use English or SI units |
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Create an unlimited number of calculation
worksheets |
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Analyze and design any type of hydraulic
structure |
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Analyze and design culvert hydraulics using
industry-standard FHWA HDS-5 methods. |
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Calculate headwater elevation for both inlet
and outlet control conditions |
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Determine roadway overtopping |
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Model multiple culverts of various shapes
and sizes |
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Compute catchment runoff using the Rational
Method or SCS Peak Discharge method |
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Model circular, box, trapezoidal, triangular
and irregular channels |
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Solve for any variable in gutter cross-sections,
standard and nonstandard channels, pressurized
pipe, inlets, orifices and weirs |
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Carry out gradually varied flow calculations
for flow and depth, using the direct step
or standard step method, and for any free-surface
flow hydraulic element |
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Use the Hazen-Williams, Darcy-Weisbach,
Manning, and Kutter headloss methods |
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Design and analyze grate, curb, ditch, slotted,
and combination inlets using calculations
based on the FHWA Hydraulic Engineering Circular
No. 12 and Circular No. 22 methodologies |
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Model any inlet in sag or on grade with
continuously or locally depressed gutter |
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Size various types of weirs considering
discharge, weir coefficients, and crest, headwater
and tailwater elevations including rectangular,
v-notch, cipolletti, broad crested, multi-step and generic |
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Model different types of orifices including
circular, rectangular and generic |
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Compute pump characteristic curve for various
speed |
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Determine pump characteristics for series
and parallel arrangements |
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Calculate pump torque, power, RPM, inertia
and specific speed |
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Determine system head curve |
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Compute wave speed for various
pipe material |
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Calculate discharge from closed or open
tank |
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Determine equivalent pipe length |
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Carry out groundwater flow calculations
for steady flow in confined and unconfined
aquifers |
And much more....
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