Deployable and Reconfigurable Structural Systems. Folding and Adaptable Structures Based on the Principles of Origami Can Have Practical Applications Ranging in Scale and Discipline From Biomedical Robotics to Deployable Architecture.
1 faculty research Deployable and Reconfigurable Structural Systems. Folding and Adaptable Structures Based on the Principles of Origami Can Have Practical Applications Ranging in Scale and Discipline From Biomedical Robotics to Deployable Architecture. on GradNova.
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Associate Professor, Mechanical Engineering; Associate Professor, Civil and Environmental Engineering
Deployable and Reconfigurable Structural Systems. Folding and Adaptable Structures Based on the Principles of Origami Can Have Practical Applications Ranging in Scale and Discipline From Biomedical Robotics to Deployable Architecture.
My Research Interests Lie in the Field of Deployable and Reconfigurable Structural Systems. Folding and Adaptable Structures Based on the Principles of Origami Can Have Practical Applications Ranging in Scale and Discipline From Biomedical Robotics to Deployable Architecture.
Advanced Materials and Mechanics
Structural Analysis and Optimization
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