Hirofumi Nishida

Resercher

Research Field

Development of new materials in the composite field
All of the challenges that chemistry can approach in the composite field

Career

Specialty: Chemistry (organic, inorganic, polymer)
Final academic background: Completed doctoral course at Graduate School of Engineering, University of Hyogo
Previous job: Nagase ChemteX Corporation
Activities before ICC: Engaged in research and development on new materials at Nagase ChemteX Corporation's R & D department, and has been involved in all steps of "molecular design-> chemical synthesis-> formulation study-> physical property evaluation-> application development".

Research Theme

Immediate theme:

Development of matrix resin of FRP for construction that has a Tg of 250 °C or higher even when cured at 80 °C
Development of matrix resin consisting of silicon oxide skeleton for non-combustible FRP
Further improvement of in situ polymerizing thermoplastic epoxy resin as matrix resin for CFRTP and development of latent cross-linker
Development of creep-less composites using Tg-less epoxy resin as the matrix
Development of innovative short-time manufacturing process for FRP pressure vessels
Development of ultra-energy-saving adhesives that contribute to the achievement of SDGs

Research Beliefs:

Be sure to innovate in the composite industry with chemistry.

Results

Publications

"Synthesis of Polyurethane with Siloxane Ladder Chain Incorporated in the Main Chain" Japanese Journal of Polymer Science and Technology (1995)
"Effects of Synthesis Conditions of Poly (phenylsilsesquioxane) on Its Chemical Structure" Japanese Journal of Polymer Science and Technology (1996)
"Development of FRP Using Thermo-meltable Epoxy Resin" Reinforced Plastics (2004)
"Tg-less Mechanism of Epoxy Resin" Network Polymer (2004)
"Synthesis of Novel Resin Materials with Silicon Oxide as the Backbone and Their Application to Optical Use" Adhesion (2005)
"Tg-less Epoxy Resin Using Ion-containing Polymer as Curing Catalyst" Journal of Japan Adhesion Society (2006)
"Mechanism of Adhesive Strength Development of Epoxy Resin Containing Highly Polar Monofunctional Monomers" Journal of Japan Adhesive Society (2006)
"Formation of glass transition temperature less (Tg-less) composite with epoxy resin and ionomer" Asia-Pacific Journal of Chemical Engineering（2007）
"High Heat-resistant Composite Material Using Tg-less Epoxy Resin" Journal of Japan Society for Composite Materials (2007)
"Effect of Surface Treatment on Mechanical Properties of CFRTP Using In Situ Polymerizing Polyamide Resin as the Matrix" Reinforced plastics (2009)
"Dynamic Tensile Properties of Carbon Fiber Composite Based on Thermoplastic Epoxy Resin Loaded in Matrix-dominant Direction" Composites Science and Technology（2009）
"Mechanical Properties of CFRP Using Tg-less Epoxy Resin" Journal of Japan Society for Composite Materials (2009)
"Development of VaRTM Method of FRTP Using In Situ Plymerizing Polyamide Resin as the Matrix" Reinforced Plastics (2009)
"Mechanical Properties of FRTP Using In Situ Plymerizing polyamide 6 as the Matrix" Journal of Japan Society for Composite Materials (2009)
"Evaluation of Impact Tensile Properties of Unidirectional Fiber Reinforced Composite Material Using Thermoplastic Epoxy Resin as Matrix" Transactions of the Japan Society of Mechanical Engineers (2009)
"Development of Polymer Alloy Based on Polyamide 6 and Its Application to Composite Materials" Network Polymer (2010)
"Aiming to Create New Composites" Journal of Japan Adhesive Society (2011)
"Effect of Molding Conditions on the Mechanical Properties of GFRTP Using In Situ Polymerizing Polyamide 6 as the Matrix" Journal of Japan Society for Composite Materials (2011)
"Synthesis of epoxy resins from alcohol-liquefied wood and the mechanical properties of the cured resins" Journal of Applied Polymer Science（2011）
"Development of Thermoplastic Epoxy Resin and Continuous Fiber Reinforced Thermoplastic Plastic Using It" Journal of Japan Adhesive Society (2015)
"Effects of CFRTP Molding Conditions Using In Situ Polymerizing Polyamide 6 as the Matrix on Resin Flow Distance and Mechanical properties" Reinforced Plastics (2016)
"Novel Thermosetting Resin with Silicon-based Backbone Having Excellent Thermal Durability" Adhesive Technology (2016)
"Development of GFRTP Sandwich Material Using In Situ Polymerizing Polyamide 6 as the Matrix" Reinforced Plastics (2017)
"Prediction of Statistical Life Time for Unidirectional CFRTP under Creep Loading" Journal of Reinforced Plastics and Composites（2019）
"Mechanical Properties of CFRTP Using High Tg Thermoplastic Epoxy Resin" Reinforced Plastics (2020)
"Evaluation of Mechanical Properties of CFRTP Using In Situ Polymerizing Thermoplastic Urethane Resin as the Matrix" Reinforced Plastics (2020)
"Development for Practical Use of Thermosetting Benzoxazine Resin" Journal of Electrical Materials Technology (2021)
"Preparation of Creep-less FRP Using Tg-less Epoxy Resin and Evaluation of Mechanical Properties" Journal of Japan Society for Composite Materials (2021)
"Development of Ultra-rapidly Curable System Using Micro-coated Isocyanate Particle" Journal of Japan Adhesive Society (2021)

Awards

Reinforced Plastics Association Technology Award (Paper Award) "Development of FRP Using Thermo-meltable Epoxy Resin" (2003)
Kinki Chemical Association Chemical Technology Award "Research and Application Development of Liquid Resins Applicable to New Mounting Methods for Semiconductor Devices" (2004)
Reinforced Plastics Association FRP Technology Award "Research and Technology Development on FRP" (2010)
Japan Society for Composite Materials Hayashi Engineer Award "Polymer Alloy of In Situ Polymerizing Polyamide 6 and Investigation of Applicability to High-cycled RTM" (2011)
JEC-Asia Innovation Awards "Newly Developed Thermoplastic Epoxy Resin and Continuous Fiber-reinforced Composites" (2013)
Japan Adhesive Society Technology Award "Development of Thermoplastic Epoxy Resin and Continuous Fiber Reinforced Thermoplastics Using It" (2015)
Synthetic Resin Industry Association Academic Encouragement Award "Research on Organic-inorganic Hybridization" (2015)

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