Englisg Abstract
| Year(Vol.) No. Pages |
Title | Author(s) | Keywords |
|---|---|---|---|
| 2021(Vol.94) 1 p.3 - 10 | Unified Physical Concept of Friction and Wear of Rubber Part 3: A New Philosophy and Theory for Rubber Friction | Yoshihide FUKAHORI | Classical Theories of Rubber Friction, Adhesion Friction Coefficient, Deformation Friction Coefficient, Crack Formation Friction Coefficient, Velocity Dependence of Friction Coefficient, Normal Load Dependence of Friction Coefficient |
| 2021(Vol.94) 1 p.11 - 17 | Chemistry of Sulfur Chain and Design of Dynamic Soft Materials Using Rotaxane Effect of Rotaxane-Crosslink (1) | Toshikazu TAKATA | Rotaxane-Crosslinked Polymer, Mechanical Property, Toughening, neo-Hookean Equation, Affine Deformation |
| 2021(Vol.94) 2 p.26 - 32 | Development of Spread Carbon Fiber/Epoxy Laminates Encompassing Self-healing | Kazuaki SANADA Yasuka NASSHO | Short Beam Shear Testing, Composite Material, Spread Carbon Fiber, Microcapsule, Fluorescent Dye, Interlaminar Shear Strength, Self-healing |
| 2021(Vol.94) 2 p.33 - 38 | Design of Self-healing Polymers and High Value-added Urethane-containing Rubber Materials Based on Dynamic Covalent Chemistry | Hideyuki OTSUKA Daisuke AOKI Yasuhiro SHODA Katsuhiko TSUNODA | Dynamic Covalent Chemistry, Polymer Reactions, Self-healing, Polybutadiene, Polyurethane, Olefin Metathesis, Diene System Synthetic Rubber, Tire Application |
| 2021(Vol.94) 2 p.39 - 45 | Resent Advances in Self-healing Ion Gels | Ryota TAMATE Masayoshi WATANABE | Ionic Liquids, Ion Gels, Photo-healing, Self-healing, Gel Electrolytes, Wearable Electronics, Stretchable Electronics |
| 2021(Vol.94) 2 p.46 - 51 | Function Design of Polymer Hydrogels Utilizing Precision Radical Polymerization: Self-healing Properties and Thermoresponsive Toughening | Shohei IDA | Hydrogel, Living Radical Polymerization, Self-healing, Thermoresponsive |
| 2021(Vol.94) 2 p.52 - 57 | Synthesis and Properties of Self-healing Polyolefin | Masayoshi NISHIURA Zhaomin HOU | Scandium, Self-healing, Ethylene, Anisylpropylene, Polyolefin, Shape-memory |
| 2021(Vol.94) 2 p.58 - 65 | Tough, Self-recoverable, and Self-healable Elastomers Physically Crosslinked by Hydrogen Bonds | Shintaro NAKAGAWA Naoko YOSHIE | Physical Crosslinks, Hydrogen Bonds, Thermoplastic Elastomers, Mechanical Property, Self-healing, Self-recovery, Toughness |
| 2021(Vol.94) 2 p.66 - 71 | Self-healing Corrosion Protective Coating Using Cellulose Nanofibers | Akihiro YABUKI Ji Ha LEE | Self-healing, Coating, Corrosion, Corrosion Prevention, Nanofiber, Carbon Steel, Network, Electrochemistry |
| 2021(Vol.94) 3 p.87 - 94 | Effect of Strain on the Weathering Resistance of Styrene-butadiene Rubber | Makiko KANO Atsuya HIGUCHI Hirobumi ITO Takeshi KONDO Masaki KAKIAGE Takeshi YAMANOBE Hiroki UEHARA | SBR, Weather Resistance, Strain, Crack, Craze, Carbon Black |
| 2021(Vol.94) 3 p.95 - 102 | Unified Physical Concept of Friction and Wear of Rubber Part 4: Inseparable Relationship between Stick-slip Motion, Abrasionpattern Formation and Wear of Rubber | Yoshihide FUKAHORI | Rubber Wear, Abrasion Pattern Formation, Stick-slip Motion, Micro-vibration of High Frequency, Microcrack, Wear-abrasion Pattern Diagram |
| 2021(Vol.94) 3 p.103 - 114 | Effect of Rotaxane-Cross-link (2) Property of Cross-linked Polymers Synthesized using Low Molecular Weight Rotaxane Cross-linkers | Toshikazu TAKATA | Rotaxane-Cross-linked Polymer, Mechanical Property, Toughening, neo-Hookean Equation, Affine Deformation, Macrocyclic Cross-linker |
| 2021(Vol.94) 4 p.116 - 122 | Fundamental Knowledge for Stress-strain Relation of Cured Rubber | Yoshihiro MORISHITA Katsuhiko TSUNODA | Cured Rubber, Stress-strain Relation, Mullins Effect |
| 2021(Vol.94) 4 p.123 - 129 | Introduction to Linear Dynamic Viscoelasticity of Elastomers | Kenji URAYAMA | Dynamic Viscoelasticity, Dynamic Modulus, Damping Rubber, Damping Elastomers |
| 2021(Vol.94) 4 p.130 - 135 | Basic Knowledge of Wide-angle X-ray Diffraction | Masatoshi TOSAKA | Wavelength, Bragg’s law, Fourier Transform, Structure Factor, Lattice Factor, Scherrer’s Equation |
| 2021(Vol.94) 4 p.136 - 141 | Principle of Small-angle X-ray Scattering and Application to Rubber Materials | Katsuhiro YAMAMOTO | Small-angle X-ray Scattering, Electron Density Fluctuation, Form Factor, Structure Factor, Guinier Law, Unified Guinier, Power-law Approach, Porod Law, Mass- and Surface Fractal Dimension |
| 2021(Vol.94) 4 p.142 - 149 | Fundamental Knowledge for Fracture of Rubber | Katsuhiko TSUNODA Yoshihiro MORISHITA | Strength, Tensile, Elongation, Test Standard, Crack Growth, Fracture Mechanics, Tearing Energy |
| 2021(Vol.94) 5 p.151 - 157 | Mechanical Properties Simulation of Hydrogenated SBR by Coarse-grained Molecular Dynamics Method | Hiroki YAMAMURA Tetsuo TOMINAGA Takumi ADACHI Hirofumi SENGA | Hydrogenated Styrene Butadiene Rubber, Coarse-grained Molecular Dynamics, Entanglement Density, Modified Kremer-Grest Model, Stress-strain Curve, Viscoelastic Property |
| 2021(Vol.94) 5 p.158 - 168 | Unified Physical Concept of Friction and Wear of Rubber Part 5: Dynamics of Initiation and Propagation of Abrasion Pattern in Wear of Rubber | Yoshihide FUKAHORI | Dynamics and Fracture Mechanics of Rubber Wear, Micro Crack, Abrasion Pattern, Initiation and Propagation of Abrasion Pattern, Stick-slip Motion, Wall of Rubber, Rotatory Force |
| 2021(Vol.94) 6 p.170 - 176 | Hygiene Issues in the Field of Rubber | Seiichi KAWAHARA | Hygiene Issue, Rubber, Latex Allergy, Nitrosamine, Positive List |
| 2021(Vol.94) 6 p.177 - 181 | Latest Trends of Skin Sensitization Test Methods | Yosuke MAEDA | Allergy, Chemicals, Rubber Products, Skin Sensitization Test, Non-animal Alternative Test |
| 2021(Vol.94) 6 p.182 - 186 | Deprotenized Natural Rubber Latex and the Quality-control Factor | Atsushi TAKAI | DPNR, Enzyme, Surfactant, Centrifugation |
| 2021(Vol.94) 6 p.187 - 191 | Rubber Components for Medical Devices | Kazuhiro TAKAHARA | Medical Device, Precision Rubber Components, Disposable Syringe Gasket, Resealability, E&L Testing, Infusion System, Vacuum Blood Collection System, Pre-filled Syringe. |
| 2021(Vol.94) 6 p.192 - 197 | Regulations for Rubber Closures for Pharmaceutical Container Usage | Hiroaki NAKANO | Rubber Closures, Pharmaceutical Container, Pharmacopoeia |
| 2021(Vol.94) 7 p.217 - 222 | 3D Printers will Transform Manufacturing World | Taizo SAKAKI | 3Dprinter, Additive Manufacturing, Tooling, Robot Hand, Topology Optimization, Generative Design, Agile Development, IoT |
| 2021(Vol.94) 7 p.223 - 229 | Sustainable Natural Rubber | Hiroshi MOURI | Natural Rubber, Guayule, Russian Dandelion, Para Rubber |
| 2021(Vol.94) 7 p.230 - 236 | Science and Technology as Social Symbols: Promoting Transdisciplinarity through Science Communication and STEAM | Kayoko NOHARA | Science Communication, STEAM, Translation Studies, Semiotics, Dialogue, Transdisciplinarity, Rubber, Latex, Sustainability |
| 2021(Vol.94) 7 p.237 - 244 | Unified Physical Concept of Friction and Wear of Rubber Part 6, Final: A New Theory of Rubber Wear connected with Rubber Friction through Abrasion Pattern Formation | Yoshihide FUKAHORI | Rubber Wear, Abrasion Pattern, Stick-slip Motion, Wear-abrasion Pattern Diagram, Kinetic Consideration, Avrami Theory, Thomas Theory of Rubber Wear, Wear Debris |
| 2021(Vol.94) 7 p.245 - 249 | Technology of Rubber Molding (Part1) –History and Present– | Koichi YAMAGUCHI | Technology of Rubber Molding, Mold Design, Vulcanization Molding, Molding Trouble, Molding Bad, Fluidity, Compounding, Rubber |
| 2021(Vol.94) 8 p.260 - 264 | History of Winter Tires in Japan | Yoshimasa HASHIMOTO | Winter Tire, Studded Tire, Studless Tire, Icy Road Surface, Performance on Ice, Adhesive Friction, Edge Effect, Water Film Removal Effect |
| 2021(Vol.94) 8 p.265 - 270 | Technologies of Materials Development and Compound Development for Winter Tire | Daisuke NOHARA | Studless Tire, Winter Tire, Ice, Materials Development, Compound Development, Friction |
| 2021(Vol.94) 8 p.271 - 275 | Technology of Shape Design for Winter Tyres | Satoshi HIRAI | Studless Tyre, Winter Tyre, Studded Tyre, Tread Pattern Design, Tread Shape Design, Tyre Traction on Ice and Snow, Friction Force |
| 2021(Vol.94) 8 p.276 - 281 | Prediction Technologies for Winter Tire Development | Hiroyuki MINAKI | Finite Element Method (FEM), Finite Volume Method (FVM), Discrete Element Method (DEM), Peridynamics, Moving Particle Simulation (MPS), Phase Change |
| 2021(Vol.94) 8 p.282 - 286 | Indoor Evaluation Technology for Winter Tires | Koji MATSUYAMA | Winter Tire, Indoor Drum Test, Friction Coefficient, Ice Road Temperature, Tire Tread Pattern Block |