Dr. Nicolo Riva is a researcher in the field of applied superconductivity, working as a Magnet Engineer at Proxima Fusion. With a Ph.D. in Electrical Engineering for Applied Superconductivity at EPFL and postdoctoral experience at MIT, collaborating with Type One Energy and Commonwealth Fusion Systems (CFS), he brings a deep understanding of HTS applications in fusion. Dr. Riva is a Board Member of the HTS Modeling Workgroup and the Leader of the Improved Modeling and Advanced Computation working group within COST Action CA19108.
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Dr. Tweedie has an extensive background in MEMS design and experience working with clients in the MEMS industry, helping them leverage Quanscient Allsolve to tackle design challenges.
Abhishek has more than nine years of experience in computational fluid dynamics (CFD) research and software development, especially for applications in high-speed compressible flows, turbulence, multiphase flows, and combustion.
In addition to the recording, you can download the Executive Summary PDF, offering a detailed overview of the topics covered in the webinar.
0:00 Introduction | 0:57 Agenda | 2:34 Challenges faced with simulations in MEMS design | 5:14 How cloud-based software addresses these challenges directly | 7:29 Other benefits of cloud-based simulation software | 9:59 Introduction to microspeaker demo | 14:01 Model & physics setup in the GUI | 20:47 Mesh & simulation settings | 23:40 Python scripting interface | 26:12 Parameter sweep | 27:09 Results & visualizations | 29:43 Introduction to PMUTs | 33:41 Case example 1: PMUT stack | 36:00 Case example 2: 11x11 PMUT array | 40:56 Case example 3: Monte Carlo analysis for PMUT | 49:06 Q&A | 53:47 Conclusion and key takeaways