Experimental and theoretical advances for innovative bypass pneumatic conveying system design
- Creator: Chen, Bin
- Resource Type: thesis
- Date: 2014
Investigation of energy consumption and wear in bypass pneumatic conveying of alumina
- Creator: Chen, B. , Cenna, A. A. , Williams, K. C. , Jones, M. G. , Wang, Y.
- Resource Type: book chapter
- Date: 2014
Investigation of the effect of bypass configurations on energy consumption in pneumatic conveying of fly ash
- Creator: Chen, Bin , Williams, Kenneth C. , Jones, Mark G. , Wang, Ying
- Resource Type: conference paper
- Date: 2013
Experimental investigation of pressure drop of bypass pneumatic conveying of fly ash
- Creator: Chen, Bin , Williams, Kenneth Charles , Jones, Mark Glynne , Wang, Ying
- Resource Type: conference paper
- Date: 2012
High speed visualization of pneumatic conveying of materials in bypass system
- Creator: Jones, Mark Glynne , Chen, Bin , Williams, Kenneth Charles , Cenna, Ahmed Abu , Wang, Ying
- Resource Type: conference paper
- Date: 2012
Analysis of low velocity dense phase pneumatic conveying system to extend system conveying capability
- Creator: Tan, Shengming , Chen, Bin , Williams, Kenneth Charles , Jones, Mark Glynne
- Resource Type: conference paper
- Date: 2011