Prof. Jun Yanagimoto — Research Profile
The University of Tokyo · Department of Mechanical Engineering
About
Prof. Jun Yanagimoto at The University of Tokyo Department of Mechanical Engineering lists plastic deformation, microstructure of materials, mechanical material science as their registered research area.
Research keywords
Recent papers
- Finite Element Method for the Steady‐State Deformation in Strip RollingNewsteel research international · Oct 21
- Preform design in hot forging based on shape optimization with distance functionThe International Journal of Advanced Manufacturing Technology · Sep 4
From OpenAlex · papers whose author affiliation matches this university
Labs doing related research
Labs that recently published on topics this lab's recent papers share
Takayuki Yamada 교수 연구실
The University of Tokyo · Department of Mechanical Engineering
Preform design in hot forging based on shape optimization with distance functionThe International Journal of Advanced Manufacturing Technology · Sep 4Shared topic: Topology Optimization in Engineering
Mechanics of Plasticity Lab
KAIST · Mechanical Engineering
Springback prediction considering anisotropy and nonlinear strain paths in roll forming processInternational Journal of Material Forming · Sep 1Shared topic: Metal Forming Simulation Techniques
Han, Heung Nam
Seoul National University · Materials Science and Engineering
Microstructure-informed decoupling and machine-learning prediction of hole expansion behavior in advanced high-strength steelsJournal of Materials Research and Technology · Sep 22Shared topic: Metal Forming Simulation Techniques
Other labs in this department
- Eita Tochigi 교수 연구실
TEM mechanical testing, deformation behavior, crystal defects
- Fumihito Arai 교수 연구실
bio-inspired robotics, micro-nano robotics, biomedical applications
- Fumitoshi Sato 교수 연구실
protein molecular orbital calculations, enzyme design, nanomaterials
- Gentiane Venture 교수 연구실
motor control of expressive movements, human-robot interaction
- Hayato Yoshioka 교수 연구실
machine tool vibration, nano patterning, robotics, precision mechatronics
- Hidehiro Oana 교수 연구실
chromosome manipulation, cell fusion devices, microfluidic devices