Your selections:
Understanding wear mechanisms and their implication to service life of pneumatic conveying pipelines
- Cenna, A. A., Biswas, S., Williams, K. C., Jones, M. G.
Investigation of energy consumption and wear in bypass pneumatic conveying of alumina
- Chen, B., Cenna, A. A., Williams, K. C., Jones, M. G., Wang, Y.
Alumina scale formation and build-up mechanisms pneumatic conveying pipelines
- Cenna, A. A., Williams, K. C., Jones, M. G.
Analysis of impact energy factors in ductile materials using single particle impact tests on gas gun
- Cenna, A. A., Williams, K. C., Jones, M. G.
- Cenna, A. A., Page, N. W., Kisi, E., Jones, M. G.
- Cenna, A. A., Pang, Kim, Williams, K. C., Jones, M. G.
- Cenna, A. A., Williams, K. C., Jones, M. G.
Analysis of properties of transfer film generated on alumina conveying pipeline using nano indenter
- Cenna, A. A., Williams, K. C., Page, N. W., Jones, M. G.
- Cenna, A. A., Williams, K. C., Jones, M. G., Page, N. W.
Wear mechanisms in dense phase pneumatic conveying of alumina
- Cenna, A. A., Page, N. W., Williams, K. C., Jones, M. G.
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