Griffith University

  • Griffith Portal
  • Contact us
  • Current students
    • Ask us (current students)
    • Careers and employment
    • Fees and charges
    • Griffith Portal
    • Learning@Griffith
    • Library
    • New students
    • Programs and courses
    • Student email
    • Timetables
  • Current staff
    • Griffith Portal
    • IT support
    • Learning and teaching
    • Learning@Griffith
    • Library
    • Research
    • Staff resources
    • Staff email
  • Future students
    • Future Students
    • International students
    • Degree finder
    • Scholarships
    • How do I apply
    • Financing your degree
    • Important dates
  • About Griffith
    • About the University
    • Campuses
    • Schools and centres
    • Fast facts
    • Life at Griffith
    • Learning and teaching
    • Employment at Griffith
    • Sustainability
  • Research
    • Griffith research
    • Research centres
    • Research excellence
    • Research expertise
    • Research students
    • Griffith Enterprise
    • Research services
  • Alumni
    • Benefits and services
    • Giving to Griffith
    • Inspiring alumni
    • Online donations
    • Staff Alumni
Home > Environment, Planning and Architecture > Atmospheric Environment Research Centre > Dr Ben Mullins

Dr Ben Mullins

  • Popular links
      • Learning@Griffith
      • Degree Finder
      • Student Email
      • Timetables
      • IT Helpdesk
      • Ask Us a question
      • Summer semester
      • Admissions
       
      With over 50,000 students, 5 campuses and research that's solving the problems of the world, there's a lot going on at our university. If you can't find the answer you're looking for at these popular links, we can answer your question at Ask us.
 
  • Atmospheric Environment Research Centre
  • Research
  • Events
  • Partnerships and collaboration
  • Staff
  • RHD students
  • Student opportunities
  • Services
  • Contact us

BEng (Hons), PhDDr Ben Mullins

Research Member, Atmospheric Environment Research Centre

Contact Details for Dr Mullins

Research Interests

Computational Fluid Dynamics (CFD) simulation using open source software; Diesel Particulate Matter Measurement, control and simulation; Biofuels - and wastewater treatment using algae; Improvement of the efficiency of industrial gas/oil separation devices through (physical/empirical) process modelling (CFD) simulation using open source software.

Recent Publications

  • Mead-Hunter, R., Mullins, B.J., Becker, T., Braddock, R.D., (2010). Evaluation of the force required to move a coalesced liquid droplet along a fiber. Langmuir. In Press.
  • Mead-Hunter, R., Mullins, B.J., Merkel, N., Braddock, R.D., Kampa, D., Kasper, G.K., (2010). The relationship between pressure drop and liquid saturation in oil-mist filters – predicting saturation using a capillary-based model. Chemical Engineering Research and Design. In Press.
  • Mullins, B. J., Braddock, R. D. and Agranovski, I. E. (2010). Modelling     droplet motion and interfacial tension in filters collecting liquid aerosols.  Mathematics and Computers in Simulation. In Press

First peoples.

Aboriginal and Torres Strait Islander

  • Feedback
  • Privacy policy
  • Copyright matters
  • CRICOS Provider - 00233E
Gold Coast • Logan • Brisbane | Australia

Explore Griffith

Current students

  • Ask us (current students)
  • Griffith Portal
  • Learning@Griffith
  • New students
  • Programs and courses
  • Student email
  • Library

Current staff

  • Computing
  • Griffith Portal
  • IT support
  • Learning and teaching
  • Library
  • New staff
  • Staff email

Future students

  • Future students
  • International students
  • Degree finder
  • Scholarships
  • How do I apply
  • Financing your degree
  • Important dates

About Griffith

  • About the University
  • Campuses
  • Schools and centres
  • Fast facts
  • Life at Griffith
  • Learning and teaching
  • Employment at Griffith
  • Sustainability

Research

  • Griffith research
  • Research centres
  • Research excellence
  • Research expertise
  • Research students
  • Griffith Enterprise
  • Research services

Alumni

  • Benefits and services
  • Giving to Griffith
  • Inspiring alumni
  • Staff Alumni

Study areas

  • Business and commerce
  • Criminology and law
  • Education
  • Engineering and IT
  • Environment, planning and architecture
  • Health
  • Humanities and languages
  • Music
  • Science and aviation
  • Visual and creative arts

Information for

  • Guidance Officers
  • Higher degree by research
  • Indigenous students
  • International students
  • Media
  • Non-school leavers
  • Parents and guardians
  • Postgraduate students
  • School students
  • TAFE and tertiary pathways
view mode Standard :: Mobile