Hotta, Atsushi
ホッタ アツシ
Hotta, Atsushi
Faculty of Science and Technology Department of Mechanical Engineering/ProfessorBasic Information
Specialty
Soft Material, Polymer, Gel, Viscoelasticity and Mechanical Behavior, Biomaterials, Ecomaterials, Composites, Self Assembly and Nanostructures, MD, DPD
Related Links
Researcher Number
30407142
Laboratory Information
〒223-8522
3-14-1 Hiyoshi Kohoku-ku Yokohama 223-8522, Japan
Paper Review Qualification
Thesis Guide Qualification in the Graduate School of Science and Technology : Master/Doctor
Biography
Researcher profile
Our group will adopt both experimental and theoretical approaches to connect the physical properties of novel soft materials (or soft matter) with their underlying chemical structures (ranging from atomic-, through nano-, to micron-scales) as well as their industrial applications (e.g. nanomaterials, biomaterials, eco-friendly materials). Our primary research targets are polymers, and the key concepts of our research projects include "multi-scale structures", "self-assembly", "functionalization", "gels", and "composites".
Research experience
学生総合センター（就職）委員／機械工学系就職担当委員
Head, Department of Mechanical Engineering
理工学研究科・専修主任
Research
Reseach overview
Our group will adopt both experimental and theoretical approaches to connect the physical properties of novel soft materials (or soft matter) with their underlying chemical structures (ranging from atomic-, through nano-, to micron-scales) as well as their industrial applications (e.g. nanomaterials, biomaterials, eco-friendly materials). Our primary research targets are polymers, and the key concepts of our research projects include "multi-scale structures", "self-assembly", "functionalization", and "composites".
Research Interests
- Soft materials
- Polymers
- Composites
- Gels
- Self Assembly
- Biomaterials
- Eco-materials
- Functionalization
- ナノ構造
- 表面処理
Research areas
Mechanics of materials and materials / Machine Material/Material Mechanics
Polymer materials / Polymer/Textile Materials
Composite materials and interfaces
Biophysics, chemical physics and soft matter physics
Biomedical engineering
Research theme
ソフトマテリアル・バイオマテリアル・エコマテリアル・ナノマテリアルの微細構造、表面、物性、力学物性、粘弾性、複合化、高機能化とその実用化検討