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Updated in [August 31st, 2023]
Skills and Knowledge:
- Geometry processing in Spaceclaim
- Mesh generation in ICEMCFD
- Problem solving and post-processing in Fluent
- External aerodynamics CFD techniques
- Turbomachinery CFD
- Turbulence modeling boundary layer and Y+
Professional Growth:
This course provides a comprehensive overview of Ansys CFD analysis, allowing professionals to gain the skills and knowledge necessary to solve complex research and problem-solving tasks. Through this course, professionals will gain the ability to process geometry in Spaceclaim, import models in ICEMCFD and create high-quality tetra-prism meshes with proper resolution, solve and post-process problems in Fluent, solve external aerodynamics using CFD techniques, and understand turbulence modeling boundary layers and Y+. This course will help professionals to develop their skills in CFD analysis, allowing them to become more efficient and effective in their work.
Further Education:
This course titled "Mastering Ansys CFD Analysis for Research and Problem Solving" seems suitable for preparing for further education. It covers various aspects of CFD analysis using Ansys software, which is widely used in research and engineering fields. The course includes topics such as processing geometry, importing models, creating high-quality meshes, solving and post-processing problems, solving external aerodynamics, solving turbomachinery CFD, and understanding turbulence modeling and boundary layer. These skills and knowledge are relevant for further education in fields such as aerospace engineering, mechanical engineering, and fluid dynamics.
