点播式网络研讨会

Accelerate your product development with integrated multiphysics engineering

Streamline your path from concept to certification with a unified simulation and testing approach.

预估观看时长:46 分钟

分享

Engineer analyzing a multiphysics simulation of a vehicle on a computer screen, showcasing integrated modeling for product development.

Aerospace and defense manufacturers face increasingly complex challenges in performance, reliability and certification. Traditional simulation and validation methods are reaching their limits. An integrated multiphysics approach is essential to accelerate innovation and ensure competitiveness.

In this webinar, our experts will show you how to seamlessly combine these modeling approaches to unlock unprecedented insights. Learn how migrating to a connected engineering environment combines 3D, 1D, CFD and physical testing, providing unparalleled design optimization and improved accuracy.

Key topics covered include:

  • Understand the limits of siloed approaches and the gains of multiphysics integration in the A&D sector
  • Explore how unifying simulation and physical testing improves accuracy, reduces development costs and accelerates certification
  • Discover real-world demonstrations showing the value of an integrated approach
  • Discuss with our Siemens experts and ask your questions about your transition to this methodology.

Don’t miss this opportunity to optimize your processes and gain efficiency. Sign up now to secure your spot in this webinar.

主讲嘉宾简介

Simcenter Americas 3D Fluids Center of Excellence

Kyle Hord, PhD

Principal Solution Consultant

Kyle Hord is a Principal Solutions Consultant at Siemens Digital Industries Software. He focuses on leveraging optimization, artificial intelligence and automation techniques within the Simcenter portfolio to accelerate the exploration of new novel designs. He joined Siemens in 2015 in supporting Aerospace and Automotive customers by providing technical expertise in automating CAD to solution within STAR-CCM+ and heat transfer simulations of large complex assemblies. Prior, Kyle had completed his PhD in Mechanical Engineering at the University of Louisville which focused on simulating the fluid flow around flapping wing micro aerial vehicles.