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Limin BAO 

Professor Ph.D 
 Applied Textile Mechanics 
 E-mail : baolimi＠shinshu-u.ac.jp 
 Phone  : +81-268-21-5423

( Japanese /English)

Academic Background

Graduated from Doctor's Program, Graduate School,Shinshu University
Assistant since 1994, Faculty of Textile Science and Technology, Shinshu University
Lecturer since 1997,Faculty of Textile Science and Technology, Shinshu University
Associate Professor since 2005,Faculty of Textile Science and Technology, Shinshu University
Research and Educational Interests
Applied textile mechanics. Computational mechanics. Fiber reinforced composites
Key words: Textile, Applied mechanics, FRP
  1. Relationship between the Yarn Hairiness and Fabric Appearance, J.T.R.CHINA Vol.10,pp.235(1989).
  2. Gravitational Effect on the Bending Vibration of Fabrics, Sen'i Gakkaishi Vol.49,pp.383(1993).
  3. An Analysis of the Vibration of Fabrics Considering the Bending Hysteresis, Sen'i Gakkaishi Vol.50,pp.92(1994).
  4. An Analysis of the Large Deflection of Fabrics Considering the Bending Hysteresis, Sen'i Gakkaishi Vol.52,pp.69(1996).
  5. Post-buckling Behavior of Silk Fabrics and the Prediction, J.Seric. Sci. Jpn., Vol.65, pp.477(1996).
  6. Error Evaluation on Measuring the Apparent Poisson's Ratio of Textile Fabrics By Uniaxial Tensile Test, Sen'i Gakkaishi Vol.53,pp.20(1997).
  7. Determining the Apparent Shear Rigidity of Textile Fabrics By Uniaxial Tensile Test, Sen'i Gakkaishi Vol.53,pp.20(1997).
  8. Measurement of Restitution Behavior of Strings and Rigid Body, Nippon Kikai Gakkai Ronbunshu C,Vol.65, 580(1999).
  9. An Analysis of the Restitution Behavior of Strings Considering Mechanical Properties in Diametral Direction,Nippon Kikai Gakkai Ronbunshu C,Vol.65, 1319(1999).
  10. Effect of Mechanical Properties on MIT Drape Behaviors of Fabrics, Sen'i Gakkaishi Vol.58,pp.77(2002).
  11. The Torsional Damping Properties of FRP Laminated Cylinder The Japan Society for Composite Materials, Vol.28,pp.50(2002).
  12. Restitution Characteristic of the Yarns in Axial Direction T.R.J. 72,(8),689-692(2002).
  13. Evaluation of the Strings' Ability to Make the Tennis Ball Spin, Nippon Kikai Gakkai Ronbunshu C,Vol.65, 3486(2003).
  14. Relation Between Frictional Characteristics and the Strings' Ability to Make a Tennis Ball Spin, T.R.J. 73(7),570-574 (2003).
  15. EVALUATION METHOD OF FRP SKI POLES UNDER IMPACT LOAD, Kansei Engineering International,4,No.4,pp.7-12(2004).
  16. Torsional Damping Properties of an FRP Laminated Cylinder, Advanced Composite Materials, Vol.14, No.3, pp.229-238(2005)
  17. Shock Absorbing Characteristic of Laminated FRP Cylinder, Nippon Kikai Gakkai Ronbunshu C, Vol.71, 380-385(2005).
  18. A Study on the Torsional Wave of Fiber Reinforced Composite Materials, Journal of Composite Materials. Vol.40, No.4, 383-391(2006)
  19. Relationship Between Strain and Electrical Resistivity of Vulcanized Rubber Filled with Carbon Nanofiber, The Open Materials Science Journal, 1, 13-17(2007).
  20. Particle Erosion Behavior of Unidirectional CF and GF Hybrid Fiber - Reinforced Plastic Composites, Journal of Textile Engineering, Vol.55, No.2, 39-44(2009)4月
  21. Impact Force when Fabric Inflates at High Speed, Textile Research Journal ,Volume 79 issue9, 837-843(2009).
  22. Fiber-reinforced polymer composite materials with high specific strength and excellent solid particle erosion resistance, Wear, Volume 268, Issues 3-4, 4 February 2010, Pages 637-642
  23. Improvement of the Bending Characteristics of Thin FRP Cylinders by Imitating Nodes of Bamboo, Advanced Composite Materials 19,No.2,157?170(2010).
  24. Dry Sand Erosion Damage Characteristic of　Fibers Induced by Solid Particle Impact, Textile Research Journal ,Volume 80, 1675-1681 (2010).
  25. Electric Capacity Characteristic of of Nanofiber/Vulcanized Rubber, Advanced Composite Materials 20,No.1, 65-78(2011). (2011)
  26. Optimum Decomposition Conditions for Glass Fiber Reinforced Plastic Recycling by Superheated Steam, Jpn. J. Appl. Phys. 50, No.1, 01AJ01-01AJ05 (2011)
  27. Structural Analysis of a Teat Cup Liner, Applied Mechanics and Materials Vol. 43, pp 675-677 (2011)
  28. Friction Characteristics of Fabrics with Air, J. Text. Inst.,102,No.7,598-603(2011)
  29. Research on FRP composite structures with self-healing function, Advanced Materials Research, Vols. 332-334,PP31-34(2011)
  30. Development of Hybrid FRP Materials with Super Fibers for Improving Impact Properties, Advanced Materials Research, Vols. 332-334,PP678-682(2011) 9月
  31. Research in recycling technology of fiber reinforced polymers for reduction of environmental load: Optimum decomposition conditions of carbon fiber reinforced polymers in the purpose of fiber reuse. Advanced Materials Research , Vols.343-344, PP142-149（2012）.
  32. Determination of Creep Life of Glass Fiber/Phenol Composite Filled with Carbon Nanotubes by Four-Point Flexural Creep Test, Japanese Journal of Applied Physics, vol. 51, No. 1, 01AK03-1〜5(2012).
  33. Solid Particle Erosion Characteristics of Composites Filled with Nano Carbon Fibers, Journal of Textile Engineering, Vol.58, No.2, 13-19(2012)
  34. Reusing recycled fibers in high-value fiber-reinforced polymer composites: Improving bending strength by surface cleaning, COMPOSITES SCIENCE AND TECHNOLOGY,72, 1298-1303(2012).
  35. Measurement and Evaluation Methods for Damage from Dry Sand Erosion in a Hot Environment, Textile Research Journal, 82, 1612-1617 (2012).
  36. An FRP erosion prediction system and the effect on mechanical characteristics of FRP by optical fiber, Advanced Composite Materials,21,133-145(2012).
  37. Damage Characteristics of Dry Sand Erosion of Fiber in a Hot Environment, Journal of Textile Engineering, Vol.59, No.1, 1-6(2013)
  38. Molding of PBO fabric reinforced thermoplastic composite to achieve high fiber volume fraction, Polymer Composite,34,953-958(2013)
Selected Publications Professional Societies
Member of The Society of Fiber Science and Technology,Japan
Member of Japan Society of Mechanical Engineers.
Member of Japan Society for Composite Materials .
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