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기술자료실

기술자료[SeaFEM]COMPASS_Webinar_'New TDYN v.14'

관리자
2020-11-24
조회수 1884


2017.06.15 COMPASS 관련 웨비나 안내 사항입니다.

관심 있으신 분들은 참여 바랍니다.

해당 웨비나는 2017.06.15 현지시각 4PM부터  30분동안 진행될 예정이며, 새로운 버전인 Tdyn CFD+HT Version 14에 대한 소개가 있을 예정입니다.

산업용 어플리케이션의 CFD 분석에 적용되는 유한 요소 기술에 대해 자세히 배우고자 하는 엔지니어들을 대상으로 하고 있습니다.

[아젠다]


  • Tdyn소개 : 기술 기능 및 새로운 GUI 개요
  • Tdyn 적용 예 : NCA 프로파일 주위의 2D 비압축성 흐름.
  • Tdyn 시연 예 : 밸브 내부의 3D 흐름



New Tdyn CFD + HT Version 14:
State-of-the-art FEM technology applied to CFD, Heat Transfer and Multi-physics Analyses

Thirty minutes webinar

2017, June 15th

Tdyn CFD+HT is a complete engineering solution for solving problems involving fluid and porous media flow, heat transfer and multi-physics. 

The core of Tdyn CFD+HT is its leading finite calculus (FIC-FEM) solver technology, offering robust and fast solutions for obtaining reliable and accurate results.

The flexible analysis solutions integrated in Tdyn have successfully been applied to the simulation of aerodynamics of buildings, water flow about ship hulls, glass bottle making processes, cooling of electronic devices, flow in pumps and fans, studies of HVAC systems, and much more.

In this short webinar, we proudly present the new Tdyn CFD+HT Version 14, offering enhanced capabilities and a brand new user interface. In addition, some of the different features of Tdyn CFD+HT solvers will be shown through practical examples.

 


Read more...


Who should attend?

This webinar is aimed at practising engineers who wish to learn more about finite element techniques applied to CFD analyses of industrial applications. Also, engineering or PhD students who wish to get familiar with Tdyn CFD + HT solver and finite element CFD simulations, will for sure find this webinar quite interesting.



And, of course, for current Tdyn CFD + HT customers who want to have a full overview of the new interface. 

 

Webinar Agenda:


  • Introduction to Tdyn: Overview of technical features and new GUI.                                      
  • Tdyn application example: 2D incompressible flow around NCA profile.

  • Tdyn demonstration example: 3D flow inside a valve.  

 


Sign up now!