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This blog serves as a record for organizing information on tire regulations, materials, design, and operating conditions. It also functions as a work notebook documenting the prerequisites and constraints of mobility.

Xplore Bench-Top Compounder
Lignin and Tires
The community or the state?
FEM Design and Structure of Tires
Impact Structure of the Invention
Transition to 3D-Printed Molds
A Review of the Mechanics of EV Tires
Notes on How ELTRP Works
CS₂ Interface Control Concept
The role of the rCB classification standard
The challenges of a materials start-up
Decomposition of Nylon
Changes in the Distribution of Chemical Information
Tire Material Design for Recycling
RAFT Polymerization and Tire Materials
Tires and Carbon Credits
Design of ZnO Activator Morphology
The Controversy Surrounding 6-PPD and 6-PPD-quinone_2
Chemical Processing of Waste Tires
The Controversy Surrounding 6-PPD and 6-PPD-quinone_1
Marine Biodegradability Assessment and Rubber
Rubber Asphalt Derived from Waste Tires in Japan
Make Dynamic Visual Acuity a Driver’s License Requirement
Hardware of Powerchair Football
Environmental Tire Cord and Adhesives
Application of Self-Healing Materials to Tires
Addition of CNF to Polyurethane
Investigation of Countermeasures for AGV Start-Up Wheel Slip
Overview of Zeon’s Circular Feedstock Concept
AGV Tread Groove Design and Drive Configuration
Measuring the Carbon Footprint of Environmental Tires Across Their Life Cycle (LCA)
Exploring Deep Learning Processes: Using Marine Biodegradability Test Results of Rubber
Biodegradability test results of tire rubber compounds in the ocean
Recent Trends in EU Tire Dust Regulations
Marine Biodegradability Survey of Tires Begins at Shimizu Port
Started a fact-finding survey on the wear of tires for agricultural machinery
Tire Emissions Regulations (Microplastic Emissions from Tires/Tire Wear Regulations)