Rubber That Doesn’t Grow Cracks When Stretched Many Timesby Harvard John A. Paulson School of Engineering and Applied SciencesMulti-scale approach improves the fatigue threshold of particle-reinforced rubber
NewsRenewable Route to Rubber Materialby King Abdullah University of Science & TechnologyNew research finds a more efficient means of producing butadiene using renewable ethanol
NewsConcrete Using Recycled Tire Rubber Hits the Road to a Circular Economyby RMIT UniversityEngineers replace conventional aggregates with rubber from discarded tires
NewsUsing X-ray CT to Discover the Vibration Damping Mechanismby Toyohashi University of TechnologyTowards the development of next-generation functional rubber materials
NewsTiny Tire Particles Inhibit Growth of Organisms in Fresh Waterby Oregon State UniversityThese studies are critical for developing accurate risk assessments and public policy
NewsA New Theory Lets Us Predict When Soft Materials Will Failby University of Massachusetts AmherstResearch has major implications for polymer engineering and provides insight into natural soft materials
NewsBuilding Blocks for 'Green' Constructionby Flinders UniversityA new kind of rubber polymer can be compressed and heated with fillers to create construction materials of the future
NewsChemists Find New Way to Break Down Old Tires into Material for New Onesby McMaster UniversityNew method addresses the enormous environmental burden posed by tires, approximately 3 billion of which were manufactured and purchased worldwide in 2019
NewsPolymers Pave Way for Wider Use of Recycled Tires in Asphaltby American Chemical SocietyBecause rubber is so resilient, scrap tires persist in the environment for a long time
NewsAn Eco-Friendly Way to Improve Rubberby American Chemical SocietyCollecting the gases produced during the composting and combining it with rubber can make optimized electronic sealants and sensors
NewsFlexible 'Skin' Can Help Robots, Prosthetics Perform Everyday Tasks by Sensing Shear Forceby University of WashingtonNew material mimics the way a human finger experiences tension and compression as it slides along a surface or distinguishes among different textures