top of page

Country

Mr. John Smith

Job title

Company

People

This study presents the field test results that compares the cooling performance of a new class of ventilated brake discs cored by a wire-woven bulk diamond (WBD) lattice structure against the conventional pin-finned ventilated brake discs. The field tests used a medium sized truck as a test vehicle where a constant brake power was applied and the brake discs were heated up to steady temperature (i.e., extended braking mode) at a constant speed of 40 km/h. The WBD core significantly reduces the average surface temperature of the brake discs by approximately 29%, in comparison to the original equipment manufacturer (OEM)s pin finned discs.



Atkins Michael., Bemath Muhammad, Akoojee Suhail, Kienhӧfer Frank, Kim Tongbeum.; University of the Witwatersrand, South Africa.

Field Testing Of A highly Porous Ventilated Brake Disc.

EB2017-MDS-013 • Paper • EuroBrake 2017 • Modelling & Simulation (MDS)

DOWNLOAD PAPER PDF
DOWNLOAD POSTER PDF
DOWNLOAD SLIDES PDF

Sign up or login to the ICC to download this item and access the entire FISITA library.

Upgrade your ICC subscription to access all Library items.

Congratulations! Your ICC subscription gives you complete access to the FISITA Library.

BUY NOW

Retrieving info...

Available for purchase on the FISITA Store

OR

bottom of page