Browse Live Webinars

  • Online
    5月 10, 2016

    Die chemisch-pharmazeutische Industrie wächst schnell, viele Firmen setzen auf Anlagentechnik aus Deutschland. Dem Know-how und der sprichwörtlichen Ingenieurskunst deutscher Hersteller wird viel Vertrauen entgegengebracht. Die sich ändernden Herausforderungen erfordern fortlaufende Innovation und neue Lösungen.

    Wir stellen Ihnen im Laufes des Webinars STAR-CCM+ vor, unser Werkzeug für komplexe Simulationen. Wir zeigen wie Sie, basierend auf CAD-Geometrie, Simulationen aufsetzen und  die passenden physikalischen Modelle auswählen. Die Beispiele orientieren sich an Herausforderungen der modernen Anlagentechnik und lassen die Aspekte automatisierter Designexploration und die Verbesserung von Entwürfen im Designprozess nicht außen vor.

    Die folgenden Themen werden...

    Internal
  • Online
    5月 12, 2016

    As a general-purpose simulation tool, STAR-CCM+® is used for applications in almost every industry where products are developed - automotive, aerospace, marine, oil & gas, energy, nuclear, life sciences, chemical processing…and electronics.

    Thermal simulations are the most common in electronics companies, but many of the other industries also frequently involve electronics cooling applications. In electronics, cooling temperature prediction and control is the primary goal of the simulations - which requires full conjugate heat transfer of conduction, convection, and radiation - whether the situation is forced or natural convection.

    This webinar will detail new electronics cooling capabilities that will soon be released in STAR-CCM+. The capabilities are focused on...

    Internal
  • Online
    5月 19, 2016

    Still water resistance has been the traditional way of optimizing ship hulls since the time of William Froude. In the last few years, hydrodynamic optimization of hulls has been carried out with consideration to their operating profiles as opposed to design condition alone. However, ships sail in waves most of the time, so how can the resistance of the hull in waves be improved?

    The answer is positive: the potential, especially in short waves, is far from being negligible.

    On the other hand, optimization for minimization of added resistance in waves is far from trivial, due to the difficulty of quantifying the results and of the large uncertainty involved in the simulations (or model tests). Moreover, unlike still water optimization, which is currently highly automated,...

    Internal
  • Online
    6月 7, 2016

    f you’re involved in equipment design, maximizing refinery uptime and efficiency, troubleshooting problems or preparing for turnarounds, and are interested in the latest flow and thermal simulation technology, this webinar is for you.

    Whether it’s maldistribution of flow causing catalyst exhaustion, separation, combustion, thermal fatigue of mixing tees or coking, successful management of fluid and particle dynamics, and heat transfer are critical for maximizing refinery uptime and process efficiency. Achieving process efficiency at the plant scale requires strong performance of individual unit operations and equipment.

    This webinar will introduce the role that CFD can play in operating an efficient process...

    Internal