Marzieh Salehi

After her MSc, Salehi started as a researcher in polymer tribology and rubber engineering at various Institutes for two years. She later worked as a senior researcher in the R&D unit of the Iran Tire Manufacturer Co for four years. Salehi obtained a PhD degree cum laude and graduated with a professional doctorate in engineering (also cum laude). After a one-year post-doc, she worked at VMI group Holland as a compound testing expert and process specialist in the R&D department. Salehi currently leads the department of rubber processing and tire technology in the R&D unit of VMI Group.

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Presentation

Innovative rapid dynamic abrasion test method for tire tread compounds

Predicting tire wear performance on the road within a laboratory environment is paramount in developing tread compounds, as wear testing is one of the most unsustainable, expensive and time-consuming processes in the tire industry. The well-established Grosch abrasion test on the LAT100 was designed to estimate mathematically common daily driving scenarios based on speed and energy dissipation, in accordance with the ISO 23233 standard. This presentation introduces a novel dynamic abrasion test that significantly reduces test time (by at least 12 times) while demonstrating excellent agreement with the Grosch test matrix without requiring intra- and extrapolation mathematical models.