Force and moment partitioning influence potential solver 3D

Computes 3D influence potential of the force and moment partitioning method using the MATLAB Partial Differential Equation Toolbox.
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Updated 3 Sep 2024

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% Construct an auxiliary potential field for FMPM using the PDE Toolbox
% by Yuanhang Zhu and Xiaowei He @ Brown University
% -------------------------------------------------------------------------
% 10/06/2023 Version 1.0.0: Original version
% 08/02/2024 Version 1.1.0: Fixed lift & drag potential directions
% 09/03/2024 Version 1.2.0: Fixed .stl file, no code change
% -------------------------------------------------------------------------
% This code computes the three-dimensional auxiliary potential field of the
% Force and Moment Partitioning Method (FMPM, Menon and Mittal 2021) using
% the MATLAB PDE Toolbox.
%
% To make a reference to this code, please cite Zhu & Breuer (2023).
%
% For questions, please contact yuanhang_zhu@alumni.brown.edu
% -------------------------------------------------------------------------
% Reference
%
% Menon, K. & Mittal, R. (2021). Quantitative analysis of the kinematics
% and induced aerodynamic loading of individual vortices in vortex-
% dominated flows: A computation and data-driven approach. Journal of
% Computational Physics 443, 110515.
%
% Zhu, Y. & Breuer, K. (2023). Flow-induced oscillations of pitching swept
% wings: Stability boundary, vortex dynamics and force partitioning.
% Journal of Fluid Mechanics 977, A1.
% -------------------------------------------------------------------------

Cite As

Yuanhang Zhu (2026). Force and moment partitioning influence potential solver 3D (https://www.mathworks.com/matlabcentral/fileexchange/136194-force-and-moment-partitioning-influence-potential-solver-3d), MATLAB Central File Exchange. Retrieved .

MATLAB Release Compatibility
Created with R2022a
Compatible with any release
Platform Compatibility
Windows macOS Linux
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Version Published Release Notes
1.2.0

09/03/2024 Version 1.2.0: Fixed .stl file, no code change

1.1.0

Fixed lift and drag potential directions.

1.0.0