Three Dimensional Modelling of Indentation Rolling Resistance

- Munzenberger, Paul J., Wheeler, Craig A.

Investigation of the dynamic deflection of conveyor belts via experimental and modelling methods

- Shen, Jiahe, Wheeler, Craig, O'Shea, Jayne, Ilic, Dusan

Dielectric relaxation studies of conveyor belt compounds to determine indentation rolling resistance

- O'Shea, Jayne, Wheeler, Craig A.

Laboratory measurement of the indentation rolling resistance of conveyor belts

- Munzenberger, Paul, Wheeler, Craig

Towards the development of design criteria for reduced wear in iron ore transfers

- Ilic, Dusan, Hicks, Thomas J.

Assessment of the dynamic pressure measurement on a loaded conveyor belt using a tactile pressure sensor

- Liu, Xiangwei, Pang, Yusong, Lodewijks, Gabriel, Wheeler, Craig, Beh, Brendan

How to design energy efficient belt conveyors

- Wheeler, Craig, Munzenberger, Paul, Ausling, Daniel, Beh, Brendan

Mechanical and dielectric relaxation studies of conveyor belt compounds to determine indentation rolling resistance properties

- O'Shea, Jayne Isobel

Quantification of the pressure distribution on a loaded conveyor belt using a tactile pressure sensor

- Liu, Xiangwei, Pang, Yusong, Lodewijks, Gabriel, Wheeler, Craig, Beh, Brendan

Bulk solid interactions in belt conveying systems

- Ilic, Dusan