Dr Joseph Camm


NameDr Joseph Camm
Job titleLecturer
Research instituteSchool Of Engineering, Technology And Design

Research outputs

Effect of liquid break-up model selection on simulated diesel spray and combustion characteristics

Camm, J. 2021. Effect of liquid break-up model selection on simulated diesel spray and combustion characteristics. SAE Technical Papers.

The effect of droplet temperature model choice on gasoline droplet and spray simulation

Camm, J. 2021. The effect of droplet temperature model choice on gasoline droplet and spray simulation. SAE Technical Papers.

Investigation of fuel volatility on the heat transfer dynamics on piston surface due to the pulsed spray impingement

Zhou, Z-F, Liang, L., Hanis Mohd Murad, S., Camm, J. and Davy, M. 2021. Investigation of fuel volatility on the heat transfer dynamics on piston surface due to the pulsed spray impingement. International Journal of Heat and Mass Transfer. 170, p. 121008. https://doi.org/10.1016/j.ijheatmasstransfer.2021.121008

Predicting pMDI formulation thermophysical properties using activity coefficient models

Camm, J. and Versteeg, H.K. 2020. Predicting pMDI formulation thermophysical properties using activity coefficient models. Drug Delivery to the Lungs. 31.
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