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General The information on
this website illustrates the style and scope of the ARTS software. ARTS
incorporates an unrivalled range of hydraulic analysis/design in a single
inexpensive package.
ARTS provides the consulting engineer and specialist contractor with a comprehensive flow analysis capability covering WATER/WASTEWATER, AIR and SLUDGE flows. The easy-to-use intuitive graphical interface makes ARTS ideal for routine design office use as well as for solving the more complex hydraulic analysis problems encountered in the design of water and wastewater treatment systems. Features include:
Brochures, manuals, technical documents and demo videos are all available from our Support page. The ScreenCam demos presents a self-explanatory video demonstration of the software in use and they can be run on any standard PC. From our Download page you can also request demo materials to be sent by air mail or you can download the fully functional evaluation version which will run for 30 days. When you are ready to purchase please see our How to Buy page. You will find price lists and an order form. The ARTS software package has been fully developed in-house by Aquavarra Research Limited of Dublin, Ireland and is distributed and supported internationally by Hydromantis. Both Aquavarra and Hydromantis offer a complete support service to ARTS users, both in relation to the underlying hydraulics and the software itself. Training in the use of the software can also be provided. ARTS comes with a full suite of hydraulics functionality.
How does ARTS work?
Step 1: Draw a sketch of the system you are analysing. ARTS
provides a set of objects which you place on the screen such as
reservoirs, sedimentation units, pipes, channels. These are drawn on the
screen in the same way as any vector drawing package.
Step 2: Edit the properties of the objects on the screen.
Each object drawn on the screen has a set of properties associated with
it, i.e. pipes have a length and diameter etc.. Just double-click on an
object to get at its properties.
Step 3: Select the desired analysis function. There is a
choice of Steady Pipe Flow (for networks, or similar pressurised systems),
Unsteady Pipe Flow (for waterhammer in rising mains) and Hydraulic
Profiles (for analysis of treatment plants or other gravity flow systems).
ARTS displays the results of the analysis superimposed on the original
sketch, as well as additional windows in some cases.
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