- BACKWATER: A model of steady flow in
nonprismatic channels.
Click -here-
to run the web-based version of this program.
- CASCADE: Catchment routing using the cascade of linear
reservoirs.
Click
-here-
to run the web-based version of this program.
- CHANNEL: Computation of critical and normal depth in
trapezoidal, triangular, and rectangular channels.
Click
-here-
to run the web-based version of this program.
- COLBY: Computation of sediment discharge
using the Colby 1964 method for suspended bed-material transport.
Click -here-
to run the web-based version of this program.
- DIRECTSTEP: Computation of S3
water-surface profile in prismatic
channels.
Click -here-
to run the web-based version of this program.
- DYNA: A dynamic-wave model for unsteady flow in natural channels.
- GRAVITYPIPE: Computation of gravity flow in a circular pipe.
Click -here-
to run the web-based version of this program.
- GUMBEL: Computation of flood frequency using Gumbel
method.
Click -here-
to run the web-based version of this program.
- MODEINS: Modified Einstein procedure
for total sediment load in rivers.
- MODELRIVER:
A quasi-steady one-dimensional water-and-sediment routing model for alluvial rivers.
- MUSK: A Muskingum-Cunge channel flood-routing model.
- ONLINECHANNEL.SDSU.EDU: An online suite of solutions to
open-channel hydraulics problems.
Click -here-
to run.
- ONLINECOMP.SDSU.EDU: An online suite of solutions to
hydraulics/hydrology problems.
Click -here-
to run.
- ONLINEHYDRO.SDSU.EDU: An online suite of solutions to
selected hydrology formulas.
Click -here-
to run.
- OVERLAND: A diffusion-wave overland-flow model.
- PEARSON: Computation of flood frequency using Log Pearson III
method.
Click -here-
to run the web-based version of this program.
- PONDH: A detention-pond
reservoir-routing model.
- RAINFLO: A generalized-topology catchment model for simulating flood flows.
- TR55GRAPH: Computation of flood discharge using SCS TR-55
graphical method.
Click -here-
to run the web-based version of this program.
- TWODHYDRO: A depth-averaged
two-dimensional hydrodynamic model.
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