Optimization (DOE and RSM): ANSYS Fluent CFD Simulation Training Course

Optimization (DOE and RSM): ANSYS Fluent CFD Simulation Training Course

6
42m 10s
  1. Section 1

    Design of Experiments (DOE) Concepts

  2. Section 2

    Response Surface Methodologies (RSM) Concepts

  3. Section 3

    Combustion Chamber, Optimization, CCD

  4. Section 4

    Compressor Cascade, Optimization, BBD

  5. Section 5

    Solar Chimney, Optimization, OSFD

  6. Section 6

    Microchannel Heat Sink, Optimization, LHSD

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Optimization (DOE and RSM): ANSYS Fluent CFD Simulation Training Course — Ep 01

Response Surface Methodologies (RSM) Concepts

Episode
01
Run Time
11m 49s
Published
Sep 24, 2025
Course Progress
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About This Episode

This chapter discusses RSM Concepts and presents a general introduction to the Response Surface Methodology (RSM).

Response surface methodology (RSM) is one of the crucial and important steps in the Optimization process in ANSYS Fluent.

RSM is a main step after the design of experiment (DOE). It means RSM utilizes results obtained from the sample design points so that it can estimate approximate values ​​throughout the design space without needing a complete solution.

Note that response surfaces are functions in which the output parameters are described in terms of the input parameters. Therefore, according to the resulting values ​​at the sample design points in the range of the input parameter variations, the response surfaces can evaluate the output parameters for the entire range of the input parameter variation.

There are several types of response surfaces available in ANSYS optimization. These response surface types include:

  • ّGenetic Aggregation
  • Full 2nd-Order Polynomials
  • Kriging
  • Non-Parametric Regression
  • Neural Network
  • Sparse Grid