Paper + Video + Slides
Mrs. Katharina Kolbeck, BMW/ Technical University Ilmenau, GERMANY
Mr. Matthias Bernhard, BMW, GERMANY
Mr. Thomas Schröder, BMW, GERMANY
Dr. David Hesse, Technical University Ilmenau, GERMANY
Prof. Dr.-Ing. Klaus Augsburg, Technical University Ilmenau, GERMANY
The share of exhaust particles of particulate pollution caused by traffic is declining due to electrification and improved exhaust after treatment. Sources like tire, road and the brake are moving into the socio-political focus. For this reason, the UNECE mandated the Particle Measurement Program (PMP) to investigate brake particle emissions. Their task is to develop a methodology, including a cycle, to measure particulate emissions from vehicle brakes. In addition to the emission measurement cycle, a run-in procedure for the brake is also necessary to ensure a stable friction and emission behavior. The PMP proposes to repeat the WLTP-Brake cycle five times, which is time consuming and has not yet been sufficiently evaluated for its suitability as a run-in procedure. Therefore, the aim of this study is to investigate the influence of different run-in procedures on particle emission. This is done by measuring the particle number concentration of new brakes after different run-in procedures at a test stand with an enclosed constant volume sampling system. The results show that the run-in methodology strongly influences the emission behavior in terms of the stability of the following measurements and the reproducibility.
Error message goes here.
Person profile goes here.
Test bench - / method development
Mr. Matthias Bernhard
FISITA Committees & Groups
News on FISITA Spotlight
16 July 2021
Stay up to date with FISITA Spotlight
Excerpt from the blog goes here - this will give the reader a brief snapshot of what the post is about...
16 July 2021