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Industry Talk    ENR226625
Fluid-Structure Interaction Analysis on Turbulence Flow-Loaded Structures
Matt Bemis
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, Daniel Noviello
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Description

Fluid-structure interaction (FSI) is a type of multiphysics that is important when designing systems such as exhaust systems found in power plants. This proposal uses an FSI approach to synergize the flow regime and the mechanical response behavior using Autodesk tools. This is done by exporting transient loads from Autodesk CFD simulations and mapping onto Fusion 360 Event Sim models to calculate the dynamic structural behavior. The FSI approach is crucial for simulating phenomena such as flow-induced vibration (FIV). FIV simulations can predict fatigue performance of equipment like exhaust chutes. They can also predict catastrophic failure on a component if its modes “lock in” with the vortex shedding. Applications of FIV simulation can range from small sensors in cross flow in pipes to jet flows bellowing out of an exhaust unit. Attendees will leave with a familiarity of FSI and will gain an insight into FIV problems they might currently be experiencing and their solutions.

Key Learnings

  • Gain a basic understanding of FSI and FIV
  • Discover the capabilities of Autodesk tools, which can be used to perform multiphysic simulations
  • Gain insight into potential FIV challenges you might be facing, and get design ideas to overcome these problems
  • Gain a basic understanding of Autodesk CFD and FEA simulations

Speakers


 Matt Bemis
My name is Matt Bemis and I am a Technical Support Specialist at Autodesk. I am based out of the Boston office.
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Daniel Noviello is a Principal Technical Consultant in the Autodesk Advanced Consulting Team specializing in additive manufacturing, structural design, analysis and optimization. He graduated from University of Queensland, Australia with a First-Class Honors in Mechanical and Space Engineering. Having worked for various aerospace / space companies, including GKN and Surrey Satellite Technology Limited, Dan brings key industry experience to the team. He has a passion for the practical application of new and emerging technologies to help advance the design and manufacturing industry.
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 Nick Markovic
I am a well-rounded individual with 8 years’ experience as a stress engineer coupled with a strong academic background. I have continuously broadened my engineering knowledge and gained key exposure in the aerospace, defence, rail, wind, oil and gas engineering markets. I am a specialist in both implicit and explicit finite element analysis techniques, with emphasis on non-linear analyses. I have recently joined Autodesk as a mechanical engineer in The Autodesk Advanced Consulting (AAC) team specializing in additive manufacturing and advanced simulations. I have joined AAC to maximize in-house knowledge of stress and structural analysis and bring key industry experience to the team. I have a strong passion for the practical application of new and emerging technologies to help advance the design and manufacturing industry.
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 Lee Taylor
Lee Taylor is a Distinguished Research Engineer at Autodesk. Dr. Taylor is the author of numerous explicit dynamics finite element codes and has 30 years of experience in FEA development. He is the author of Autodesk's explicit dynamics software.
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