CFD analysis of NASA Rotor 37 and performance prediction

Partner: Udemy
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Description: Explore the intricate realm of Computational Fluid Dynamics (CFD) through this advanced course focused on predicting the performance of axial compressors. Axial compressors play a critical role in various industries, including aerospace, energy, and manufacturing, where efficiency and performance optimization are paramount.Course Highlights:Fundamental Principles: Gain insights into the aerodynamic principles governing axial compressors, including blade design, flow dynamics, and performance metrics.CFD Modeling Techniques: Learn advanced techniques to model complex flow phenomena within axial compressors using ANSYS CFX.Performance Parameters: Analyze and predict key performance parameters such as pressure distribution, efficiency curves, and stall characteristics.Hands-on Experience: Engage in practical sessions where you will set up CFD simulations, refine meshing strategies, optimize solver settings, and interpret detailed CFD results.Key Learning Objectives:Understand the fundamental aerodynamic principles specific to axial compressors.Master ANSYS CFX for setting up and running CFD simulations of axial compressors.Analyze and interpret critical performance metrics to optimize compressor efficiency and performance.Apply advanced CFD techniques to refine meshing strategies and optimize solver settings for accurate predictions.Target Audience:This course is designed for engineers, researchers, and professionals in aerospace, mechanical engineering, and related fields who are involved in the design, analysis, and optimization of axial compressors. Graduate students seeking to deepen their knowledge in CFD applied to turbomachinery will also benefit greatly from this course.Prerequisites:Par
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Price: 199.99
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Source: Impact
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