Prof. Naohiko Sugita — Research Profile
The University of Tokyo · Department of Mechanical Engineering
About
도쿄대학 기계공학과 소속 Naohiko Sugita 교수의 등록된 연구 분야는 gear cutting and grinding, CFRP machining, laser processing입니다.
Research keywords
Recent papers
- Additively manufactured Cu-infiltrated WC–Co smart cutting tool with adaptive internal cooling for temperature-controlled machiningNewJournal of Materials Processing Technology · Oct 12
- Development of Kalman Iterative Algorithm for Rapid Surface Measurement of Silicon WaferInternational Journal of Precision Engineering and Manufacturing · Sep 8
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
Shared topic: Optical measurement and interference techniques
Peter Lee 교수 연구실
University College London · Department of Mechanical Engineering
Optimising digital volume correlation across materials: a practical framework for accuracy and spatial resolutionPreprintbioRxiv (Cold Spring Harbor Laboratory) · Sep 17Martin Booth 교수 연구실
University of Oxford · Department of Engineering Science
Non-contact interferometric surface profiler using liquid crystal-enabled coherence and phase modulationJournal of Physics Photonics · Sep 1High-Dimensional Accurate Measurement and Intelligent Sensing Lab.
Yonsei University · Mechanical Engineering
Sensor-Informed Per-Point Covariance for Structured-Light 3D ImagingPreprintarXiv (Cornell University) · Aug 11
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