研究テーマ
離散微分幾何学の変分原理を用いた区分的に滑らかな曲面の設計と最適化
空間骨組構造の最適設計と形状最適化
3-dimensional elastic beam model for large-deformation analysis of bending-active gridshells
Approximate method for cutting-pattern optimization of membrane structures
機械学習を用いた構造最適化
Minimum-volume design of steel frames using reinforcement learning
Deep-Q network for truss topology optimization with stress constraints
Machine Learning for Layout optimization of Braces of Building Frames
最適化手法によるリンクメカニズムと折り紙の設計
テンセグリティ構造の形状設計
Optimization of tensegrity lattice with truncated octahedral units
An Optimization Approach to Design of Geometry and Forces of Tensegrities
トラスと骨組の最適設計とトポロジー最適化
軸力密度を設計変数とするトラス構造の位相と形状の同時最適化手法
Force density method for simultaneous optimization of geometry and topology of trusses
Combinatorial Optimization of Latticed Blocks for Seismic Retrofit of Building Frames
Linear mixed integer programming for topology optimization of trusses and plates
鋼構造骨組の有限要素解析
柔なメカニズムを利用した構造の最適化
Optimization of flexible supports for seismic response reduction of arches and frames
Optimization of flexible base for seismic response reduction of buildings
Optimization of flexible supports for seismic response reduction of long-span structures
