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Sophia UniversityGraduate School of HumanitiesGraduate School of Applied Religious StudiesGraduate School of LawGraduate School of EconomicsGraduate School of Languages and LinguisticsGraduate School of Global StudiesGraduate School of Science and TechnologyGraduate School of Global Environmental StudiesGraduate Degree Program of Applied Data SciencesFaculty of TheologyFaculty of HumanitiesFaculty of Human SciencesFaculty of LawFaculty of EconomicsFaculty of Foreign StudiesFaculty of Global StudiesFaculty of Liberal ArtsFaculty of Science and TechnologyCenter for Liberal Education and LearningCenter for Language Education and ResearchCenter for Global Education and DiscoverySRO Research Institutes DivisionAffiliated Research OrganizationsSophia University Junior College Division

理工学部 機能創造理工学科

Researcher List >> Hisamori Noriyuki

Hisamori Noriyuki

NameHisamori Noriyuki
AffiliationSophia University
SectionFaculty of Science and Technology, Department of Engineering and Applied Sciences
Job titleProfessor
Research funding number80317510
J-Global ID200901033684274272


1999- •Department of Engineering and Applied Science, Faculty of Science and Technology, Sophia Univers, Structional and functional biomaterials
1999- •Department of Engineering and Applied Science, Faculty of Science and Technology, Sophia Univers, Environmental strength and furacture strenngthIn late years aging in my country lets affection of motor function such as osteoporosis by alteration such as a bone or articular cartilage, osteoarthritis of spine, osteoarthritis increase. Therefore be aimed for improvement of rich quality of life in health, and the living habits that took in sports are spreading broadly. However, with increase and aging of the action population, locomotorium injury such as a fracture, ligamentous breakdown, a cartilage injury increases again, too. A treatment of such a locomotorium disorder is one of a future medical problem. It is important to return attribute of locomotorium, configuration, a physical characteristic to an as possible original physiological state.
I study organism material replacing it in a bone, cartilage, band, arthrosis.
Study in particular medicine and science and technology studies from a confluent point of view.(Subject of research)
JSPS Research for the Future Program
Fatigue characteristic evaluation of bio-titanium alloy
Effects of Mechanical Stress on Corrosion Resistance of Metallic Biomaterials
Evaluation of corrotion wear of Co-Cr alloy
Fatigue characteristic evaluation of beta-bio-titanium alloy
Influence of surface modification of bio metal material cause to organism
Fracture characteristic of bio-apatite ceramics
HAP Ceramics and HAP layer Formed on It's Surface in a Simulated Body Fluid
Preparation and bio-function evaluation of organic - inorganic hybrid bio composites
Construction of fatigue life improvement by surface treatment technology of titanium alloy for medical cares
Fatigue characteristics evaluation of β type titanium alloy having a notch
Fatigue characteristics evaluation of titanium alloy having a hole
Fatigue characteristics evaluation of SUS316L steel having a hole
Evaluation of Fatigue Characteristic of Ti-6Al-4V alloy shaped by Metal Powder Layered Method
Evaluation of fatigue properties of electron beamed and laser peened Ti-6Al-4V ELI alloy
Evaluation of 4-point Bending Fatigue Properties for Titanium Alloy Interlocking Nail
Effect of notch factor on torsional fatigue property of pure titanium and stainless steel
Evaluation of corrosion wear characteristics of biomedical Co-Cr alloy with a surface modification by ELID grinding
Evaluation of corrosion fatigue properties of pre-strained SUS316 and SUS304 steel
Effect of notches on fatigue properties of β titanium alloy
Proposal of evaluation method of adhesion strength of apatite films deposited on titanium alloy
Evaluation of fatigue characteristic of titanium alloy by shot-peening
Evaluating of corrosion wear resistance of Co-Cr alloy with designed surface by scratch
Investigation on Bad Fit of Locking Plate for Osteosynthesis
Evaluation of shear adhesion strength of titanium alloy coated with apatite thin film
Evaluation of bending fatigue properties of three-dimensional modeling titanium alloy subjected to surface modification process
Fabrication of artificial bone by reef-building coral and its characteristics
Evaluation of the torsional fatigue characteristics of the titanium alloy
Evaluation of fretting fatigue properties of titanium alloy
Evaluation of fatigue characteristic of Pure titanium alloy by shot-peening
Influence of simulated body fluid on the interface strength test of apatite coating titanium
Evaluation of the corrosion characteristics of the injection molding machine for SKD61 material
Fatigue strength of pure titanium which has been subjected to shot peening and its mechanism
Evaluation of load applied to the knee brace with a link mechanism
Evaluation of corrosive wear characteristics of the titanium-based metal material that has been subjected to surface design
Torsional fatigue characterization of surface-modified 3D modeling titanium alloy
Evaluation of the fatigue characteristics of the 3D layered manufacturing cobalt chromium alloy
Examination of the low profile of the spinal implant
Influence of microstructure on the fatigue properties of pure titanium employing severe plastic deformation for grain refinement.(
Evaluation of interfacial strength in thin-film coating material for medical use
Evaluation of the distal fixing strength of the intramedullary nail implant
Effect of strength due to laser marking to medical titanium material
Development of lower limb muscle strength measurement equipment
Evaluation of fretting fatigue characteristics of the different medical metal material
Evaluation of torsional fatigue characteristics of the β titanium alloy(Proposed theme of joint or funded research)
Mechanics characteristics evaluation of medical material

Research Interests

metal material ,Titanium ,SUS316L ,Co-Cr alloy ,Test method ,表面改質 ,Fatigue ,Fatigue life ,Functional Material ,Fatigue ,Titanium alloy ,Surface treatment ,Cell ,biomaterial ,Bio-material ,Chemical Reaction ,Bio-function ,Preparation ,Process ,Corrotion ,fracture mechanics ,Hole ,apataite ,Bio affinity ,Wear ,Screw ,Composites ,Notch factor ,Taitanium alloy ,Crack propagation

Research Areas

  • Life sciences / Orthopedics / 
  • Nanotechnology/Materials / Structural and functional materials / 
  • Manufacturing technology (mechanical, electrical/electronic, chemical engineering) / Machine materials and mechanics / 
  • Life sciences / Biomaterials / 
  • Life sciences / Biomedical engineering / 

Research History

Apr 2011
Mar 2012
Ministry of Education,Culture,Sports,Science and Technology   
Oct 2009
Mar 2010
National Institute of Advanced Industrial Science and Technology   
Sep 2009
Mar 2010
Toho University Faculty of Medicine  
Apr 2004
Mar 2009
Japan Society for the Promotion of Science   

Committee Memberships

Jun 2012
Mar 2014
文部科学省 科学技術政策研究所 科学技術動向研究センター  科学技術動向研究専門調査員
Apr 2012
Mar 2014
日本バイオマテリアル学会  日本バイオマテリアル学学会 評議員
Aug 2011
Aug 2013
公益社団法人 日本材料学会  生体・医療材料部門委員会委員長
May 2011
May 2013
公益社団法人日本材料学会  編集委員会編集委員および調査委員
Oct 2011
Mar 2012
独立行政法人 産業技術総合研究所  インプラント開発ワーキンググループ委員


Oct 2018
Oct 2018
Oct 2018
Oct 2018
公益社団法人 日本材料学会関東支部優秀講演賞,豚の膝を用いた膝前十字靱帯の動作の評価
Oct 2018
公益社団法人 日本材料学会関東支部優秀講演賞,積層造形したTi-6Al-4Vの耐摩耗性と耐食性


FUNAKI Motohiro   HISAMORI Noriyuki   MASAKI Kiyotaka   UCHIYAMA Munehisa   YAMAGUCHI Makoto   
The Proceedings of Mechanical Engineering Congress, Japan   2019 J02329P   2019   
Ti alloy and Co-Cr alloy are authorized as implant materials. These alloys are utilized by machining and heat treatment. The manufacturing process will generate residual stresses that influence in destruction and deformation of materials. X-Ray Di...
Kiyotaka MASAKI   Noriyuki HISAMORI   Yuji KOBAYASHI   Daisuke GOWA   
13th International Conference on Shot Peening   18-21   Sep 2017   [Refereed]
政木清孝   上里優貴   磯村尚子   山本広美   久森紀之   
材料試験技術   62(2) 131-136   Jul 2017   [Refereed]
Takuto IWADE   Noriyuki HISAMORI   Junichi FUJITA   Kenji YAMAYA   
International Journal of Automation Technology   11(6) 895-901   Jun 2017   [Refereed]
Yoshiki Okada   Nobuhiro Abe   Noriyuki Hisamori   Toshiaki Kaneeda   Shigeaki Moriyama   Hitoshi Ohmori   Masayoshi Mizutani   Hiroyuki Yanai   Yoshio Nakashima   Yusuke Yokoyama   Toshifumi Ozaki   
Acta Medica Okayama   71(1) 49-57   2017   [Refereed]
Metals have been used clinically as biomaterials, especially in the orthopaedic and dental fields. Metals used as implants wear at contact surfaces, producing metal particles and metal ions that may be harmful. Newly developed metal implants and m...


レーザ協会誌   41(2) 20-27   Feb 2017   [Refereed][Invited]
MASAKI Kiyotaka   ISOMURA Naoko   YAMAMOTO Hiromi   HISAMORI Noriyuki   
2016(69) 115-116   Mar 2016
BANG Jaehui   HISAMORI Noriyuki   HONMA Shuhei   WADA Kazuki   FUKASE Yasushi   
2015 "GS0607-427-1"-"GS0607-427-3"   Nov 2015
Barrel, nozzle and screw are plasticization parts of injection molding machines that works under high processing temperature. These parts are also exposed to corrosive gas and acid environment came from molten plastics. These combined factors caus...
MOCHIZUKI Ryota   HISAMORI Noriyuki   GOWA Daisuke   KOBAYASI Yuji   
2015 "OS1313-426-1"-"OS1313-426-3"   Nov 2015
Shot peening (SP) is one of the surface modification technologies to enhance fatigue strength. In this study, the mechanism of enhancement of bending fatigue property of shot peened pure titanium (JIS 2) was investigated. Surface roughness, vicker...
WATANABE Satoshi   HISAMORI Noriyuki   
2015 "OS1314-447-1"-"OS1314-447-3"   Nov 2015
Torsion fatigue tests were conducted for circumferentially notched bars specimens of Ti-6Al-4V alloy to evaluate fatigue strength. The notch sensitivity was studied by using blunt (stress concentration factor Kt=2.0) and sharp (Kt=4.0) notched spe...

Books and Other Publications

久森 紀之(Part:Joint author, 編集/監修)
丸善出版   28 Feb 2019   (ISBN:9784888982993)   
Hisamori Noriyuki(Part:Others, Chapter 7 Adhesive Strength of Bioactive Surface Layer(P143-152))
Springer   2015   (ISBN:9783662468418)   
Hisamori Noriyuki(Part:Joint author, Part 2-5-3)
Japan Institute of Metals and Materials   Oct 2014   (ISBN:9784889030761)   
Hisamori Noriyuki(Part:Joint author, 9-4-1)
Jul 2013   (ISBN:9784890447725)   
Hisamori Noriyuki(Part:Joint author, Part 2-2-1)
NTS   Feb 2012   (ISBN:9784864690010)   

Professional Memberships

European Tissue Engineering Society

Research Projects

日本学術振興会: 科学研究費助成事業 基盤研究(C)
久森 紀之 
Project Year: Apr 2019 - Mar 2022
Construction of integrated creation technology of high fatigue resistance and bone function addition of 3D modeling custom articulator
Japan Society for the Promotion of Science: Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)
hisamori noriyuki 
Project Year: Apr 2016 - Mar 2019
Construction of high strength and bone conduction grant technology of medical titanium alloy by electron beam additive fabrication
Japan Society for the Promotion of Science: Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)
Project Year: Apr 2013 - Mar 2016
Production and bone conduction ability grant technology of medicalTi-6Al-4V shaped by laser sintering
Japan Society for the Promotion of Science: Grants-in-Aid for Scientific Research Grant-in-Aid for Young Scientists (B)
HISAMORI Noriyuki 
Project Year: 2010 - 2012

Social Activities

 『バイオマテリアルの高機能化技術-3D積層造形・表面改質-』に関する技術出展および講演 8 Jul 2015 - 10 Jul 2015
 2015年3月6日(金)にタワーホール船堀 産業振興センターで、コラボ産学官第12回研究成果発表会が開催されます。\n今回は、『3Dをつかったモノづくり』をテーマとして、新商品開発、プロダクトデザイン、3Dプリンタに関する研究成果が発表されます 6 Mar 2015 - 6 Mar 2015
 本教養講座は,丸亀市民への生涯学習として無料で開催されています.現代的な課題・活動に取り組んでいる行政や団体の方が講師となり,特に暮らしの中で役立つものを連載講座として実施しています.材料学会の講師派遣事業を通して行われました.材料に関連する様々な話題について小中高校生から社会人の皆さんまでを対象にした授業を提供しています.材料学会の本事業を丸亀市が活用し,今回の講座に至りました. 5 Jun 2014 - 5 Jun 2014