Faculty of Science at the University of Melbourne
Biographical entry
|
||
Boger, David Vernon (1939 - )Prof., FAA, FTSE |
||
|
||
Chemical engineer | ||
Born: 13 November, 1939 | ||
Boger, Laureate Professor at the University of Melbourne, was appointed Professor of Chemical Engineering in 1982, and, Deputy Dean of Engineering 1988-90, Associate Dean (Research) in Engineering 1990-92. He was Deputy Director, Advanced Mineral Products Centre 1991-1999, and the Research Program Leader at the CRC for Industrial Biopolymers 1992-?. His research interests included the properties of viscoelastic fluids including Boger fluids, particulate-suspension non-Newtonian fluids and their processing. |
Career Highlights | |
Born 13 November, 1939. Educated Bucknell University, Lewisburg, Pa (BSChemEng 1961) and University of Illinois (MSChemEng 1964, PhDChemEng 1965). Lecturer, Department of Chemical Engineering, Monash University 1965-71, Senior Lecturer 1971-80, Reader 1980-82; Professor of Chemical Engineering, University of Melbourne 1982-present; Deputy Dean, Faculty of Engineering 1988-90, Associate Dean (Research), Faculty of Engineering 1990-92, Deputy Director, Advanced Mineral Products Centre (An Australian Research Council Special Research Centre) 1991-present, Research Program Leader, CRC for Industrial Biopolymers (An Australian Government Co-operative Research Centre) 1992-present. American Institute of Chemical Engineers Local Section Award 1961; Distinguished Chemical Engineering Graduate, Bucknell University 1976; Annual Award, British Society of Rheology 1983; Royal Society of Victoria Medal for Research 1985; Fellow, Australian Academy of Technological Sciences and Engineering 1989; Esso Award for Excellence in Chemical Engineering 1991; Fellow, Australian Academy of Science 1993; Pol Eureka Prize for Environmental Research 1993; Australian Society of Rheology Medallion 1994; Walter Ahlstorm Prize, Finnish Academies of Technology 1995; CSIRO External Medal 1999; Laureate Professor at the University of Melbourne; Fliners Medal, 2000. Boger, working with the operators of the Moonie pipeline, was able to define an effective method of modifying the flow conditions with a pour-point depressant. This enabled ICI Australia to screen rapidly in their Research Laboratory a range of pour-point depressants to arrive at their RP39G, which is now being used in the pipeline. It was a good example of University-Industry collaboration. | |
| |
Director | |
Top of Page | |
| |
| |
|
| ||
Published by Australian Science and Technology Heritage Centre on AustehcWeb, October 2001 Comments, questions, corrections and additions: http://www.esrc.unimelb.edu.au/about/inquiries.html#comment Prepared by: Acknowledgements Updated: 16 November 2009 http://www.austehc.unimelb.edu.au/umfs/biogs/UMFS171b.htm |