3D Thermal Analysis of a Robotics Component
Updated 14 Apr 2017
This finite element thermal analysis (FEA) examines the heat tolerance for a robotics component.
A single domain heat conduction analysis is performed on the nearest robotic component to the heat producing circuit board. The analysis is then extended to perform a parallel Design of Experiment (DOE) analysis to calculate temperature as a function of thermal conductivity. A desired thermal conductivity of the composite material is chosen through linear fitting to keep the robotics component below shut off temperatures.
The robot arm model was created in Onshape. The exported CAD STL is provided with this entry. To learn more about Onshape go to:
To learn more about Partial Differential Equation Toolbox, go to:
Partial Differential Equation Toolbox for the finite element thermal analysis (FEA).
Symbolic Math Toolbox for unit conversions.
Parallel Computing Toolbox for multiple analysis runs.
Statistics and Machine Learning Toolbox for linear fitting.
MathWorks Physics Team (2023). 3D Thermal Analysis of a Robotics Component (https://www.mathworks.com/matlabcentral/fileexchange/62058-3d-thermal-analysis-of-a-robotics-component), MATLAB Central File Exchange. Retrieved .
MATLAB Release Compatibility
Platform CompatibilityWindows macOS Linux
- Sciences > Physics >
- Robotics and Autonomous Systems > Robotics System Toolbox >
- Mathematics and Optimization > Partial Differential Equation Toolbox > Heat Transfer >
- Engineering > Electrical and Computer Engineering > Robotics >
Inspired by: 3D Finite Element Analysis with MATLAB
Inspired: Structural and Thermal Analysis with MATLAB (April 2018)
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