Research School of Physics
Research School of Physics
Contacts
Intranet
College of Science
Menu
Search
About
School structure
Equity and diversity
History
Annual reports
Contact us
Engage
ANU MakerSpace
Physics outreach
Research facilities
Electronics Workshop
Mechanical Workshop
Physics endowments
Study
Undergraduate
Honours
MSc
PhD and MPhil
Intensive courses
Find a research project
Scholarships
Our student profiles
Physics Education Centre
Education outreach
Summer Research Scholarships
Project market day
Research
Facilities
Publications
Innovation
Physics data portal
Explore Physics
Themes
Find a project
Do your PhD here
News & Events
Physics news
Public events
Videos
Meet our people
Contacts
Intranet
Main navigation
About
School structure
Equity and diversity
History
Annual reports
Contact us
Engage
ANU MakerSpace
Physics outreach
Research facilities
Electronics Workshop
Mechanical Workshop
Physics endowments
Study
Undergraduate
Honours
MSc
PhD and MPhil
Intensive courses
Find a research project
Scholarships
Our student profiles
Physics Education Centre
Education outreach
Summer Research Scholarships
Project market day
Research
Facilities
Publications
Innovation
Physics data portal
Explore Physics
Themes
Find a project
Do your PhD here
Our departments
Electronic Materials Engineering
Fundamental and Theoretical Physics
Materials Physics
Nuclear Physics and Accelerator Applications
Quantum Science and Technology
Centre for Gravitational Astrophysics
News & Events
Physics news
Public events
Videos
Meet our people
Search
Search
clear
»
Contacts
» Prof Adrian Sheppard
Prof
Adrian
Sheppard
Position
Professor
Department
Physics Education Centre
Materials Physics
Research group
X-ray tomography and applications group
Office phone
(02) 612 58516
Email
Javascript Required
Office
Cockcroft 4 62
About
Publications
Current research projects
Available student projects
Research interests
Parallel algorithms and improved techniques for 3D image processing, segmentation and morphological analysis
Characterisation of complex structures, particularly by skeletonisation, partitioning and network representations
Disordered networks and granular materials
Network modelling of drainage and imbibition in porous media
Improved techniques in X-ray microtomography