Fluid-Structure Interaction (FSI) Simulation Course
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Module 1 - Introduction to Fluid-Structure Interaction (FSI)
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Modulo 2 - Co-Simulation: Overview
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Module 3 - Setting Up a Co-Simulation
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Module 4 - Co-Simulation Convergence
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Module 5 - Mesh Movement and Deformation for Coupled Systems
- Slides - Module 05
- Material - Module 05
- 5.1 Mesh Movement and Deformation for System Coupling
- 5.2 Workshop 05 - Spring Smoothing
- 5.3 Workshop 06: Use of UDFs in the Motion of Deformable Meshes I
- 5.4 Workshop 07: Use of UDFs in the Motion of Deformable Meshes II
- 5.5 Workshop 08: Layering in 2D Meshes
- 5.6 Workshop 09: Debug I
- 5.7 Workshop 09: Debug II
- 5.8 Workshop 09: Debug III
- 5.9 Workshop 09: Debug IV
- Quiz - Module 05
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Module 6 - Post-Processing a Co-Simulation
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Module 7 - System Coupling Workflows
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Final Consideration
Description
Fluid-structure interaction (FSI) is the coupling between the laws of different branches of physics, particularly those of fluid dynamics and structural mechanics. This coupling takes into account the pressure or thermal field from a CFD (Computational Fluid Dynamics) analysis and the direct consequences of this loading on the structural analysis. There are countless components that can be studied from an FSI perspective. Industrial valves, pipes that transport high-temperature fluids, rotors in rotating machinery, wind turbines, blood valves, external cabinet housings, parabolic antennas, etc. Basically, most products involve multiple physical phenomena, and today this type of study is even more feasible and widely used. Access period: 180 days with the single course purchase | 365 days with the Full Pass annual subscription and access to the entire course catalog
Category: Computational Fluid Dynamics
General info
Content
- Introduction to Fluid-Structure Interaction (FSI)
- Co-Simulation: Overview
- Setting Up a Co-Simulation
- Co-Simulation Convergence
- Mesh Movement and Deformation for Coupled Systems
- Post-Processing a Co-Simulation
- System Coupling Workflows
- Data Transfer
Objective
To present the phenomena associated with fluid-structure interaction, as well as the main characteristics of its computational modeling and the proper use of these features in Ansys commercial software.
Target audience
Industry professionals, students, and academic professors interested in improving their knowledge in simulation techniques.
Methodology
Students have the flexibility to complete the training at the most convenient time in their daily routine. The videos, texts, and exercises have been prepared, reviewed, and structured in advance, allowing for optimal asynchronous use. Access to the educational platform is individual and non-transferable. Sharing access and downloading video materials is prohibited. If a student violates ESSS’s copyright rules, they may face the penalties provided by law. Access period: 180 days with the single course purchase | 365 days with the Full Pass annual subscription and access to the entire course catalog
Certificate
Upon full completion of the course, students receive an international certificate in electronic format, confirming completion of the course and the total number of hours completed. The certificate is issued by the ESSS Institute, a global leader in the field of computer simulation. ESSS ensures the quality of the course through its experience and recognition as a leader in computer simulation. With more than 300 employees, it is undoubtedly the largest CAE company in Latin America, with a portfolio of more than 800 companies worldwide. The faculty consists of ESSS faculty members holding doctoral and master’s degrees, as well as guest lecturers, all with solid backgrounds in teaching, research, and consulting.
Subscribe now
Subscribe now for $400.00