ARTeMIS Modal

30 days Trial

Download
Request call

Please fill out the contact form below, and we’ll get back to you as quickly as possible.



    ARTeMIS software from SVS in the SOFIA project, USA/Germany

    ARTeMIS software from SVS in the SOFIA project, USA/Germany

    ARTeMIS Modal

    A powerful and versatile tool.
    30 days trial.

    Webinar: ARTeMIS-SHM Web-based Structural Health Monitoring System

    March 2. 17.00 CET, 11.00 a.m. EST, 08.00 a.m. PST

    The major part of the infrared light of these celestial objects cannot penetrate the earth atmosphere due to the absorption of its water vapour. For this reason the German Aerospace Centre (DLR) and the National Aeronautics and Space Administration (NASA) started the SOFIA project for which a Boeing 747-SP was highly modified and equipped with a German telescope in the rear of the aircraft, weighing 17 tons and having a primary mirror diameter of 2.7 meter. In an altitude of about 13 kilometres the atmospheric influence on star observations is negligible, and hence observers will have an undisturbed view onto the infrared sky. SOFIA will presumably start with scientific observations in late 2009, which is the International Year of Astronomy.

    The German contribution to the project is the development, construction and testing of the telescope which is the heart of the observatory. At the intended aircraft altitude of SOFIA, the telescope will be placed in a highly unprofitable environment for precise observations. For example the aero acoustic loads on the telescope due to the open cavity of a size of about 3 x 3 metres as well as the vibrations of the aircraft itself will stimulate vibrations of the whole structure. In order to guarantee that the required pointing stability is met by the observatory, these effects have to be known and controlled well. Hence engineers from the German SOFIA Institute (DSI) at the Universitaet Stuttgart , which operates the SOFIA telescope on behalf of DLR need to derive the exact dynamical parameters of the telescope.

    The ARTeMIS software from Structural Vibration Solutions A/S provides the best possibility to investigate structures like the SOFIA telescope under its realistic operation conditions. For that ARTeMIS does not depend on the use of well defined, artificial signals for the stimulation, but takes advantage of those provided by the actual disruptions like the wind loads and aircraft vibration itself. With that approach the DSI engineers can determine the stimulated telescope vibrations that occur during real observing conditions and investigate for example their dependence from the cavity temperature which is about minus 40 degrees Celsius.

    Related Information

    SOFIA, the “Stratospheric Observatory for Infrared Astronomy” is a joint project of the German Space Agency (German Aerospace Centre, DLR) and the National Aeronautics and Space Administration (NASA). It is funded on behalf of DLR by federal (Bundesministerium für Wirtschaft), state (Baden-Württemberg) and University (Stuttgart) means. Scientific operation for Germany is coordinated by the “Deutsches SOFIA-Institut” (DSI) of Stuttgart University, in USA by Universities Space Research Association (USRA).

    Get more information about the project

    Are you coriuse about we can help you at find the best solution for you?
    Contact us and let us have a talk.

    Palle Andersen
    Managing Director, Ph.D.
    Niels Jernes Vej 10
    9220 Aalborg East, Denmark

    ARTeMIS software from SVS in the SOFIA project, USA/Germany

    See also

    Applications

    Read more about the different analysis tools.

    ARTeMIS Modal

    Check available versions and features.

    Download

    Download a 30-day trial of ARTeMIS Modal.

    Cases

    The use of ARTeMIS Modal in various customer case studies.

    Courses

    Next available ARTeMIS User Training Course.

    Structural Vibration Solutions
    Niels Jernes Vej 10
    9220 Aalborg East, Denmark
    CVR: 3245213456

    ARTeMIS software from SVS in the SOFIA project, USA/Germany