Optimized laboratory prediction of wet grip performance of tires

Kianoush Babazadeh; Anke Blume; Raymond Zeeman; Katarzyna Bandzierz

Optimized laboratory prediction of wet grip performance of tires

Kianoush Babazadeh, Anke Blume (Contributor), Raymond Zeeman (Contributor), Katarzyna Bandzierz (Contributor)

Elastomer Technology and Engineering

Research output: Contribution to conference › Abstract › Academic

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Abstract

There are many intensively studied laboratory-scale testing devices for the wet traction evaluation of rubber compounds such as linear friction tester (LFT), dynamic mechanical analysis (DMA) and Laboratory abrasion tester (LAT100). However, the lab-scale methods fail to provide reliable results which are consistently correlated to the real-world performance of the tire specially when the operating conditions or the material characteristics are changed.
This study aims to optimize the existing laboratory test setups by detecting possible errors and design a new test method with the ability to provide more reliable results which are in good agreement with the actual wet traction performance of the tire.

Original language	English
Number of pages	1
Publication status	Published - 22 Mar 2023
Event	Tire Technology Expo 2023 - Hanover, Germany Duration: 21 Mar 2023 → 23 Mar 2023

Conference

Conference	Tire Technology Expo 2023
Country/Territory	Germany
City	Hanover
Period	21/03/23 → 23/03/23

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title = "Optimized laboratory prediction of wet grip performance of tires",

abstract = "There are many intensively studied laboratory-scale testing devices for the wet traction evaluation of rubber compounds such as linear friction tester (LFT), dynamic mechanical analysis (DMA) and Laboratory abrasion tester (LAT100). However, the lab-scale methods fail to provide reliable results which are consistently correlated to the real-world performance of the tire specially when the operating conditions or the material characteristics are changed.This study aims to optimize the existing laboratory test setups by detecting possible errors and design a new test method with the ability to provide more reliable results which are in good agreement with the actual wet traction performance of the tire.",

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A2 - Zeeman, Raymond

A2 - Bandzierz, Katarzyna

PY - 2023/3/22

Y1 - 2023/3/22

N2 - There are many intensively studied laboratory-scale testing devices for the wet traction evaluation of rubber compounds such as linear friction tester (LFT), dynamic mechanical analysis (DMA) and Laboratory abrasion tester (LAT100). However, the lab-scale methods fail to provide reliable results which are consistently correlated to the real-world performance of the tire specially when the operating conditions or the material characteristics are changed.This study aims to optimize the existing laboratory test setups by detecting possible errors and design a new test method with the ability to provide more reliable results which are in good agreement with the actual wet traction performance of the tire.

AB - There are many intensively studied laboratory-scale testing devices for the wet traction evaluation of rubber compounds such as linear friction tester (LFT), dynamic mechanical analysis (DMA) and Laboratory abrasion tester (LAT100). However, the lab-scale methods fail to provide reliable results which are consistently correlated to the real-world performance of the tire specially when the operating conditions or the material characteristics are changed.This study aims to optimize the existing laboratory test setups by detecting possible errors and design a new test method with the ability to provide more reliable results which are in good agreement with the actual wet traction performance of the tire.

M3 - Abstract

T2 - Tire Technology Expo 2023

Y2 - 21 March 2023 through 23 March 2023

ER -

Optimized laboratory prediction of wet grip performance of tires

Abstract

Conference

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