Browse Live Webinars

  • Online
    February 11, 2016

    Any device that uses electrical power experiences energy loss to heat.  A primary physical phenomena causing this is known as Joule (or ohmic or resistive) heating, and it can be either advantageous or detrimental for a given system. 

    Some applications - such as fuses, floor heaters, heat lamps, and window defrosters - rely on Joule heating for their operation.  In other applications - including bus bars and high-power printed circuit boards - Joule heating is an inevitable side effect that must be predicted and managed if the product is to perform reliably.

    This web seminar will explore the physical phenomena of Joule heating and present standard calculations that can be used to predict the amount of heat dissipated based on the electrical situation and conductor...

    Internal
  • Online
    February 16, 2016

    Flow Induced Vibration (FIV) is a design concern for piping networks, such as jumpers and manifolds. When the piping is deployed subsea, obtaining an accurate understanding of FIV is imperative, since failure and subsequent remediation is costly at best, and likely infeasible. Simple methods, such as the Energy Institute (EI) guidelines, are used to assess the likelihood of FIV. However, these are highly conservative, potentially leading to unnecessary additional costs.

    In recent years CFD tools have been used to predict the multiphase flow in the pipelines, forcing on the pipe, and the resulting forcing and fatigue. This allows them to accurately quantify the fatigue life, preventing costly failures or over-design.

    This educational webinar will feature presentations from...

    Internal
  • Online
    February 18, 2016

    Applications involving multiphase flows are all around us and the simulation of these applications requires a broad range of Eulerian and Lagrangian multiphase modeling capabilities that can work together and ensure that the predicted behavior of your designs matches the real-world performance of your products.

    This event will cover a wide variety of applications that can be solved with multiphase simulations delivered from a single integrated user interface. Examples include the build-up of ice on an aircraft wing, the demisting of a headlamp, the transport of rocks/aggregates, dropping a lifeboat into the sea or the spray painting of a car. Additional modeling capabilities such as the mesh motion models to facilitate simulating real-world applications will be discussed....

    Internal
  • Online
    February 24, 2016

    엔지니어링 시뮬레이션은 연비, 조정성능 소음과 같은 다양한 외부 공기역학 응용분야들에 영향을 줍니다. 빠듯한 일정, 한정된 자원, 경쟁 시장과 같은 환경하에서, 엔지니어들은 가능한 한 빠르고 효과적으로 정확한 결과를 얻는 것이 필요합니다.

    본 온라인 세미나에서는 항공 우주 응용 분야들에서 다양한 공기 역학 조건들을 모델링하는 모범 사례들을 보여드릴 예정입니다.
     
    참석자분들은 이와 같은 시뮬레이션 문제에 가장 적합한 물리 모델, 수치 기법, 난류 모델, 격자 전략 및 최적화 기술이 무었인가를 아시게 될 것입니다. 이 정보들을 바탕으로 여러분들은 항공우주 공기역학 해석에서 정확성, 강건성 및 처리량을 향상시킬 수 있습니다.

    External
  • Online
    February 24, 2016

     電子機器の設計・開発に従事されている方をはじめ、熱流体解析に
    取り組まれている方などを対象に、「電子機器におけるプリント基板の
    熱流体モデリング手法」をテーマとしたウェビナーを
    開催いたします。

     本ウェビナーでは、電子機器の熱流体解析におけるプリント基板のモデル化
    についてご説明いたします。

    External
  • Online
    February 25, 2016

    According to projections by the International Energy Outlook 2013 (IEO2013), world energy consumption will grow by 56% between 2010 and 2040, and fossil fuels will continue to supply almost 80% of world energy use through 2040. These projections also suggest that natural gas will be the “fastest-growing fossil fuel.”

    It is abundantly clear from the International Energy Outlook that gas turbines are likely to remain a dominant source of energy and power generation from natural gas. Not surprisingly, gas turbine (GT) engineering teams are leveraging simulation more than ever before, to keep up with market demands for increased energy efficiency and reliability, and to meet governmental demands for reduced...

    Internal
  • online
    March 2, 2016

    "高可信度的CFD仿真应用于更快更优的泵设计"网络研讨会将于2016年3月2日举行,CD-adapco China诚邀您参加。届时,中国工程师将讲解来自Mechanical Solutions, Inc (简称”MSI“)公司的泵设计案例分享。

    在线注册,免费参加。

    Internal