Project
Design and optimization of piecewise smooth surfaces by using the variational principle of discrete differential geometry
Optimum design and shape optimization of shell and spatial frames
3-dimensional elastic beam model for large-deformation analysis of bending-active gridshells
Approximate method for cutting-pattern optimization of membrane structures
Machine learning for structural optimization
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
Optimization Approach to Design of Link Mechanisms
Shape design of tensegrity structures
Optimization of tensegrity lattice with truncated octahedral units
An Optimization Approach to Design of Geometry and Forces of Tensegrities
Shape and topology optimization of trusses and frames
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
Optimization of flexible mechanism
Optimization of flexible supports for seismic response reduction of long-span structures
Optimization of flexible structure for vertical base isolation structures
High-precision FE-analysis for optimization of parts and devices of frames
Shape optimization of shear panel damper considering plastic energy dissipation
Optimization of Energy Dissipation Property of Eccentrically Braced Steel Frames
