Laboratory of Deformation Control
As of October 21, 2021
Basic information
Division
Human Mechanical Systems and Design
* Please go to Courses to see the list of subjects offered by the division.
Laboratory's URL
https://ldc.eng.hokudai.ac.jp/
Faculty members accepting applicants
SASAKI Katsuhiko (Prof. (specially appointed)), HONDA Shinya (Assoc. Prof.), TAKEDA Ryo (Assist. Prof.)
About the laboratory
Description
We are conducting education and research with the aim of applying the basic knowledge of mechanical engineerings, such as mechanics of materials, plasticity, thermo-fluid mechanics, optimal design, and vibration engineering, to a wide range of industrial fields.
- Development of composites with remarkably high thermal conductivity using thermal conductivity networks composed of nanomaterials such as CNTs.
- Safety evaluation of electronic devices.
- Thermal and structural analysis of smartphones.
- Stents used in the treatment of atherosclerosis.
- Motion analysis of knee joints and development of artificial joints.
- Optimal design of composites for aircraft structures. Vibration control of smart composites.
- Vibration control of smart composites.
Through these research activities, we aim to provide research and education to develop human resources who can acquire the skills to solve any problem.
Organization of research
- Research is conducted at the pace of the student.
- Doctoral students are required to be more independent in their research activities and are also responsible for assisting master's students.
- Experiments; Tailored Fiber Placement Machine, 3D printer for composite materials, composite molding equipment, static and dynamic mechanical properties measurement equipment, etc.
- Numerical analysis; high-performance workstation, explicit/implicit finite element analysis software, CAD software, programming software, etc.
- Students who can think for themselves and actively conduct research are preferred.
Ongoing projects
https://ldc.eng.hokudai.ac.jp/
Enrolled students' research topics
- Basically, the teachers propose several research topics, and the students can choose from them.
- Students are also welcome to propose their own themes.
- Many of the themes are inherited, but there are also new themes.
Information for potential applicants
Applicants' background
We are looking for people with good knowledge of mechanical engineering.
Who should apply?
Students with a strong interest in mechanics of materials, plasticity, thermo-fluid mechanics, optimal design, and vibration engineering.
How to choose a research proposal topic?
It would be preferable if the proposal is related to the laboratory's research profile and the topic of the applicant's interest.
How the research proposal is evaluated?
We evaluate the student proposal based on (1) basic knowledge and understanding the research question, (2) strong motivation to solve the question and finish your Master's or Doctoral course (3) story of the proposal and logical discussion and (4) English.
Plan to accept applicants
| Application type | Enrollment semester | Master’s course | Doctoral course | Comments |
|---|---|---|---|---|
| MEXT Scholarship (Uniform call) | Oct. 2022 | 〇 | 〇 | |
| MEXT Embassy | 〇 | 〇 | ||
| e3 Special Selection | Oct. 2022 | 〇 | 〇 |
How to apply
Please follow the application procedure for the respective application category announced at the e3 web page.
Accepting Research Students
We do not accept Research students. The only exception is students who have secured a scholarship which supports research student period (for example, MEXT via the Embassy nomination, some types of JICA scholarship etc.)
Availability of financial support
Please check the e3 web page for information about the scholarships and other financial support.
Inquiries
If you have any inquiries about the application and admission procedures etc., please contact the e3 office. You can submit your application on-line during the "matching period" irrespective of prior contact with potential supervisor(s).