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Turning "Digital Twin" Into Reality with Hexagon's 10xICME Solution
Presented by Laurent Adam, Director of Research & Development - e-Xstream
Duration - 60 minutes with Q&A

In this webinar, you will learn: How to minimize time and costs. Integrated Computational Materials Engineering (ICME) is revolutionizing how engineers approach materials-focused initiatives. ICME spans a wide variety of focus areas, but largely revolves around "digital twin" concepts such as virtual material development, virtual material testing, material processing simulation and predicting the application-specific performance of an as-processed part. ICME also introduces the concept of "digital thread: by providing solutions for storing, sharing, and managing all associated material and process data, resulting in an end-to-end solution from raw material through field performance of a final assembly. We welcome you to join Hexagon MI and Laurent Adam to review our "10xICME Strategy", which highlights the 10 areas of focus during Hexagon's materials-focused engineering team and software solutions. Partnering with over 700 unique companies globally, Hexagon offers the CAE industry's most advanced and technically robust ICME solutions; tune in to learn how you can benefit from the digital revolution!

Automated Driving and ADAS Development using Simulation
Presented by Karthik Krishnan, Business Development Manager
Duration - 60 minutes with Q&A

The industry is increasingly taking advantage of ADAS and AV systems. These systems pose unique and complex challenges to engineers, but simulation technology enables engineers to develop innovative solutions. This presentation provides an overview of ADAS and AV systems, how CAE technology is used to simulate ADAS and AV systems, industry case studies, and more.

Optimize your FSAE Vehicle Ride and Handling Performance using Adams Car
Presented by Aniruddh Matange, Consulting Engineer and Sankar Mahadevan, Application Engineer
Duration - 2 hours with Q&A

Adams Car allows students to design and simulate their FSAE vehicles to maximize their vehicle performance. With the Adams Car, FSAE database teams can quickly build and test their functional virtual prototypes of complete vehicles and vehicle subsystems. FSAE engineering teams can evaluate their vehicle performance in different maneuvers in a fraction of time, these optimized settings can then be evaluated on a track. The webinar will walk students through the basics of Adams Car and dive into the FSAE database which the students can use to model their prototype.

Using CFD Analysis to Drive Home the Importance of COVID-19 Precautions
Presented by Yuya Ando, Business Development Manager
Duration - 60 minutes with Q&A

Since the COVID-19 pandemic broke out, medical professionals, media, and world leaders are trying to drive home the importance of social distancing, ventilation, and wearing a mask to reduce the spread of the virus. These simple safety measures sound reasonable but stimulating these effects and visualizing them can not only provide visual and quantitative results, but also provide so much insight regarding how the virus could be floating in the space and how to mitigate it.

In this webinar, learn how Computational Fluid Dynamics (CFD) can be used to simulate such effects of safety measures and how to understand the droplet behaviors. Topics included are:

  • Droplet behavior when a person coughs into the air with and without coverings
  • Examples of droplet behaviors in a train or airplane
  • Useful CFD techniques to understand airflow and droplet flow behaviors
  • Why an indoor setting not only contributes to the spread of the virus but also causes more severe symptoms

Simulating the Reality by Considering Multiphysics
Presented by Yuya Ando, Business Development Manager
Duration - 60 minutes with Q&A

Computational Fluid Dynamics (CFD) has been widely used in various applications across multiple industries to predict the performance of a design ahead of time instead of going through an expensive and time-consuming try-and-error process of prototyping and physical testing. While the application of CFD has greatly improved the productivity of research and development at numerous companies and organizations, challenges remain when addressing the Multiphysics nature of engineering problems and require new solutions to couple other physics with CFD. However, coupling different physics into a simulation has been difficult due to the lack of practical and robust methods of communicating between codes. This presentation introduces cutting-edge and practical technologies, from MSC Software, that enable 2-way and 3-way coupled Multiphysics. Those Multiphysics solutions include:

  • 2-way Coupling
    • CFD + Structural Analysis (FEA)
    • CFD + Multi Body Dynamics (MBD)
    • CFD + Discrete Element Methos (DEM)
    • DEM + MBD
    • CFD + Acoustic (Aero Acoustic)
  • 3-way Coupling
    • CFD + DEM + MBD
    • CFD + MBD + FEA

Designing a quieter and more sustainable world with acoustic simulation
Presented by Alexis Talbot, Business Development Manager
Duration - 60 minutes with Q&A

The increased awareness of noise pollution combined with an acceleration of more stringent noise regulations challenges every industry sector. Join us to discover how acoustic CAE and Actran are used among various industries to meet new customers' expectations and state regulations through innovation.

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The Latest CAE Technology Used by OEMs Worldwide, An Overview for Academic Professors, Researchers, and Engineering Students

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Discover modern CAE technology used by engineers worldwide

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Register and learn about the latest CAE technology used by professional engineers worldwide, and how this technology prepares students with professional level experience for future careers in engineering

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