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Festo Fluidsim is a simulator for pneumatic and hydraulic systems. It can measure fluid output, pressure loss, noise and vibration levels. Its software package includes the ability to simulate the physical properties of liquids using perceptual models; or experiment with different materials such as gases or foams. All this makes it popular with researchers investigating new hydraulics and pneumatics technologies. Festo Fluidsim is known for its ease of use and an intuitive interface that make it easy to model complex processes. The software's modeling capabilities are achieved by easy to use interface with few menus and toolbars. The latest version includes a new boot screen for easier access to the main simulation window. Fluidsim is available in multiple languages including English, Chinese, Japanese, Korean, Italian, German and French. The main interface allows users to easily create models using an icon based flow chart system similar to that used in AutoCAD or AutoCAD LT. Fluidsim is compatible with TCP/IP networks or on one computer connected via serial port RS232. Fluidsim connects via USB but this can be enabled on older versions of Windows by installing an additional driver provided by Festo. The release of Festo's FluidSynth in 2005 has enabled a new feature of Fluidsim. This is the ability to run simulations from a host computer. The configuration screen allows the user to select the network port and the simulation program will be run on a given computer. Festo Fluidsim is evolving from an engineering tool with limitations in its features to a full fledged pneumatic and hydraulic system simulator that can model fluid flow or process with complex systems, temperatures or pressure changes with a variety of materials. Festo provide an extensive library of algorithms which can be used in its FluidSim software to design complex pneumatics and hydraulics systems. Such simulations can be run in a constant or varying temperature environment. The user can also choose between different seals such as bellows, stuffing boxes, piston rings and perfect and imperfect packing material. The FluidSim software provides computation of transient processes, e.g. flow through a pipe or into a tank where the volume of fluid changes over time and pressure that depends on the flow rate and pressure loss at every point in the pipe. The simulation calculates acoustic noise and vibration of devices such as pumps and fans, losses in drive systems and their impact on energy efficiency; or allows calculation of operating costs for electrical motors based on power loss caused by heat generation caused by friction in bearings. The simulation results are stored in a number of ways. A user can manage the data by plotting graphs of different variables, either at given time intervals or whereby the graph is updated each time a variable's value is changed. The file can be saved in ASCII or Festo's proprietary DXF format which can be used in CAD tools. The user can also insert trends which are updated automatically within the Fluidsim environment. The simulation allows users to view animated representations of how their models operate in real time once they have completed their design. cfa1e77820
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