This study tested aluminum, stainless steel, and titanium on two exoskeleton models using ANSYS Static Structural simulations. Aluminum showed the best overall mechanical performance, though each model produced different optimal materials. This confirms that while aluminum is a strong general choice, the ideal material still depends on the device’s specific size, shape, and purpose.
Comparative Material Analysis of Exoskeletons for Durability Testing
Michael Leander Roque
Project Timeline
Aug 2024 - Mar-2025
OVERVIEW
Evaluated three different materials in 6 distinct categories, namely: directional deformation, total deformation, equivalent stress, equivalent strain, principal stress, and principal strain.
HighlightS
Analyzed three materials for exoskeletons for durability testing. Results were presented in Teknolunas 2024, held in Cebu, Philippines and won Best Paper and Presenter Awards.
SKILLS
Material AnalysisFinite Element AnalysisAnsys
External Links
ADDITIONAL CONTENTS
Michael Leander Roque
BSMS Manufacturing Engineering and Management Graduate
I am a graduate of Bachelor's of Science and Master's of Science in Manufacturing Engineering and Management from De La Salle University, wherein I learned many skills, including: Mechanical Design, Material and Finite Element Analysis, Kinematics, and Programming. Although I am more inclined towards mechanical design, I consider myself a lifelong learner, always curious and wanting to gain more knowledge and skills that I can use towards creating a better future.
I am a graduate of Bachelor's of Science and Master's of Science in Manufacturing Engineering and Management from De La Salle University, wherein I learned many skills, including: Mechanical Design, Material and Finite Element Analysis, Kinematics, and Programming. Although I am more inclined towards mechanical design, I consider myself a lifelong learner, always curious and wanting to gain more knowledge and skills that I can use towards creating a better future.
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