Researchers Information
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Research Activities

Books, Original Papers & Review Papers
Name
NARITA Fumio
Affiliation
Graduate School of Engineering
Department of Materials Processing
Microsystems Design and Processing
Mechanics and Design of Material Systems
Title
Professor
Academic Degree
Doctor of Engineering
Master of Engineering
Research Fields
  • Machine material/material mechanics(Materials for Mechanics and Strength of Materials)
  • Material processing/treatment(Metallurgy and Material Processing)
  • Structural/functional materials(Structural and Functional Materials)
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Research Subjects
  • Study on Piezoelectric Fracture Mechanics of Electronic Composite Materials(1993-)
  • Study on Cryogenic Fracture and Damage Mechanics of Woven Glass/Epoxy Laminates(1999-)
  • Study on Elastic Wave Propagation and Fracture Dynamics of Composite Materials(1999-)
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Keywords
Electrothermoelasticity, Numerical Fracture Mechanics, Design of Smart Materials and Structures
Academic Society Membership
  • 日本金属学会
  • 日本MRS
  • The Japan Society of Mechanical Engineers
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Activity of Academic Society (Post)
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    Books

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    Original Papers

    Potential of Energy Harvesting in Barium Titanate Based Laminates from Room Temperature to Cryogenic/High Temperatures: Measurements and Linking Phase Field and Finite Element Simulations.[Smart Materials and Structures,26,(2017),115027-]F. Narita, M. Fox, K. Mori, H. Takeuchi, T. Kobayashi and K. Omote


    Inverse Magnetostrictive Effect in Fe29Co71 Wire/Polymer Composites.[Advanced Engineering Materials,19(1),(2017),1600586-]F. Narita


    Electromechanical Response of Multilayer Piezoelectric Actuators for Fuel Injectors at High Temperatures.[Journal of Applied Physics,115(18),(2014),184103-]F. Narita, R. Hasegawa and Y. Shindo


    Dynamic Fatigue Behavior of Cracked Piezoelectric Ceramics in Three-Point Bending under AC Electric Fields.[Journal of the European Ceramic Society,32(14),(2012),3759-3766]F. Narita, Y. Morikawa, Y. Shindo and M. Sato


    Evaluation of Electromechanical Properties and Field Concentrations near Electrodes in Piezoelectric Thick Films for MEMS Mirrors by Simulations and Tests.[Computers and Structures,89(11/12),(2011),1077-1085]F. Narita, Y. Shindo and K. Sato


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    Review Papers

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    Honours, Awards and Prizes
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      Updated on
      2019.06.27
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