RESEARCH
Architectural Origami
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重力を考慮した折り紙構造の数値解析手法の開発 研究代表者
Numerical analysis method of origami structures considering gravity Principal Investigator
Folding Analysis for Thick Origami with Kinematic Frame Models Concerning Gravity.
Automation in Construction. Vol.127, 103691, 2021.
A folding analysis method for origami based on the frame with kinematic indeterminacy.
International Journal of Mechanical Sciences. Vol. 146-147, 234-248, 2018.
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曲線折り紙による曲面展開構造システムの構築 研究代表者
Deployable structural system based on curved crease origami Principal Investigator
Living Architectures
Elucidation of the strategies of mechanical optimization in plants toward the establishment of the bases for sustainable structure system Co-Investigator
Grow-contact simulation of hybrid joints for living architectures. Japan Architectural Review . e12419, 2023.
Elastic shell theory for plant cell wall stifness reveals contributions of cell wall elasticity and turgor pressure inAFM measurement.
Scientific Reports. 12, 13044, 2022.
Deployable / Movable Structures
Tianhao Zhang, Ken'ichi Kawaguchi and Minger Wu. Optimization of frame structures with kinematical indeterminacy for optimum folding. Journal of Engineering Mechanics. Vol. 145, Issue 9, 04019072, 2019.
https://doi.org/10.1061/(ASCE)EM.1943-7889.0001646
Tianhao Zhang, Ken'ichi Kawaguchi and Minger Wu. Concept and preliminary analysis of novel movable structural system for cable-stayed footbridge. Journal of Bridge Engineering. Vol. 24, Issue 4, 04019021, 2019.
Minger Wu, Tianhao Zhang, Ping Xiang, and Fuling Guan. Single-layer deployable truss structure driven by elastic components. Journal of Aerospace Engineering. Vol. 32, Issue 2, 04018144, 2018.