Package for utilities (should not be used directly)Īutomatically generated Tue Apr 05 09:36:50 2016. System administrator for Windows and Linux server. Supervision of bachelor and master thesises and assistant scientists. ContactĢ1079 from (Icon for packages containing base classes). Modeling and dynamic simulation of thermal separation processes and coupling with complex energy systems.
#Xrg simulation hamburg license#
For license conditions (including the disclaimer of warranty) see 2 or visit. Located in Hamburg, Germany, XRG Simulation GmbH specializes in the.
#Xrg simulation hamburg software#
This Modelica package is free software and the use is completely at your own risk it can be redistributed and/or modified under the terms of the Modelica License 2. For analyzing these complex systems, we build integrated simulations of mechanical. Licensed by XRG-Simulation GmbH under the Modelica License 2Ĭopyright © 2007-2016, XRG Simulation GmbH. The project is started in October 2007 and will end in March 2010. Modelica library for simulation of Clausius-Rankine (ClaRa) cycles in power plants - ClaRa/SimCenter.mo at. Many models in this library have parameter declarations to define constants of a model that might be changed before simulation starts. Project EuroSysLib-D by German Federal Ministry of Education and Research (promotional In this section the convention is summarized how default parameters are handled in the Modelica Standard Library (since version 3.0). The development of the Fluid.Dissipation library is founded within the ITEA research Jörg Eiden, Ole Engel, Nina Peci, Sven Rutkowski, Thorben Vahlenkamp, Stefan The following people contributed to the Fluid.Dissipation library (alphabetical list): Website Employees 12 HQ +4940766292630 Location Hamburg, Hamburg Revenue 9. In order to work correctly,Įnsure that this library is always loaded with Modelica Standard Library versionģ.1 especially to be able to use Modelica.Fluid applications. XRG Simulation GmbH - Simulation and Modelling.XRG Simulation is a small and medium German enterprise which performs computational simulations with state-of-the-art software in order to develop superior quality. Non-commercial models supplied by Modelica Standard Library. The library is a non-commercial product of XRG Simulation GmbH. The functions supplied may be used separately.
Geodetic pressure loss is not considered throughout the library. For devices with non changing cross sectional area, the calculated total pressure loss is equal to the static pressure difference. Generally the pressure loss calculations are based on incompressible fluids and total pressure difference. This library contains convective heat transfer and pressure loss functions written in įunctions for convective heat transfer and pressure loss characteristics
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