| SOFTWARE |
| RESSASS |
Output
summary
Order details |
Reservoir
Survey Analysis and Sedimentation Simulation (RESSASS)
allows engineers to quantify reductions in reservoir storage volume
due to sedimentation and the impact of reservoir operating policies
on these losses. The volume analysis module maximises the speed
and accuracy of analysis of range line survey data. The impact of
future sedimentation on stage-volume curves can be predicted using
the volume prediction module. In addition to the two modules, a
numerical model provides a capability to undertake more detailed
simulations of the future deposition patterns in a reservoir and
hence their impact on storage capacity.
User
training is recommended.
Produced
by HR Wallingford, UK.
[Please note
that all software product delivered by HR Wallingford is subject
to the accompanying Wallingford Software Limited Software Licence.]
|
| WaSim |
Output
summary
User manual
Technical
manual
Licence
agreement
Download WaSim |
WaSim
is a computer-based training package for the teaching and demonstration
of basic issues involved in irrigation, drainage and salinity using
background climate information. WaSim is a one dimensional model
which simulates the soil/water/salt relationships in response to
different management strategies, drainage options and environmental
scenarios. Its straightforward visualisation of calculations and
results make it easy to compare varying scenarios and quickly enhance
students' understanding of complex problems.
Produced
by HR Wallingford, UK and Cranfield University, Silsoe, UK.
[Please
note that all software product delivered by HR Wallingford is subject
to the accompanying Wallingford Software Limited Software Licence.]
|
| SHARC |
Output
summary
Software
manual
Technical
manual
Quick
user guide
Licence
agreement
Download SHARC |
Sediment
Hydraulic Analysis for Rehabilitation of Canals (SHARC) allows
design engineers to identify sediment problems in irrigation canals
and evaluate different solutions. The program offers 6 modules:
- Problem
diagnosis and identification of technically feasible improvements.
- Preliminary
economic screening of options for improvement.
- Design
tools, including prediction of performance.
- Hydraulic
simulation and sediment routing to predict changes in whole-scheme
performance.
- Checklists
to assist Environmental Impact Assessment.
- Economic
analysis to derive an optimum economic solution
User
training is recommended.
Produced
by HR Wallingford, UK.
[Please
note that all software product delivered by HR Wallingford is
subject to the accompanying Wallingford Software Limited Software
Licence.]
|
| ENCHECK |
Output
summary
Software
manual
Licence
agreement
Download ENCHECK |
ENCHECK
is designed to assist with the identification of environmental effects
of irrigation, drainage and flood control works. It is an organiser
of the information required for an environmental study of such works
and it follows the guidelines published in "The ICID Environmental
Check-list" (See: Irrigation and
Environment).
Produced
by HR Wallingford, UK.
[Please
note that all software product delivered by HR Wallingford is subject
to the accompanying Wallingford Software Limited Software Licence.]
|
| Optimising
water allocation |
Output
summary
Pre-processor
manual
Download the OptALL
pre-processor |
OPTALL
is a package that can optimise the allocation of water resources
within complex irrigation distribution networks. The optimisation
routines are based on quadratic programming and have as their objective
minimising crop yield reductions resulting from water stress, under
the constraints of canal capacities and maintaining equity in supply.
The package and supporting documentation are available from the
School of Civil & Environmental Engineering at the University of
Edinburgh. The OptALL pre-processor can be used to set up network
files and gives an indication of the potential of the package.
Produced
by the University of Edinburgh, UK. |
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