Researcher's Information

Associate Professor

FURUTA, Kozo

Mechanical Engineering

Structural Optimization, Computational Mechanics

Our research focuses on the development of structural optimization methods, particularly topology optimization, within the framework of computational mechanics. Structural optimization is a design methodology that determines optimal structures or geometries capable of maximizing desired performance under given design requirements and boundary conditions. By constructing and extending such methods, our group aims to realize novel functions and mechanisms that do not exist in nature.

To date, our group has developed optimization frameworks for a wide variety of problems, including elastic and elastoplastic structures, thermal and thermo-fluid systems, acoustic and vibration problems, and strongly coupled multiphysics phenomena. These methods have been applied to the design of energy-efficient structures and devices, such as heat-transfer components, fluid machinery, and battery-related systems, where complex physical interactions play a crucial role.

Recently, our research has expanded toward multiscale, data-driven, and manufacturing-oriented design methodologies. By incorporating reduced-order modeling, heuristic optimization algorithms, and microstructural information, we seek to address highly nonlinear and large-scale optimization problems. Through these efforts, our goal is to establish advanced structural optimization techniques that bridge fundamental theory and practical engineering applications, contributing to sustainable and innovative manufacturing.

  • Optimized pillar designs

  • 3D Fluid Diode Design