
Effect of partial drainage on plate anchor capacity in sand
This research project will study how the phenomenon of partial drainage affects the capacity of plate anchors in sand.
Humans have been using libraries since ancient times, but have librarians always classified and organised books the same way? This study will observe how library classification has changed over time using computational analysis.
The goal of this project is to:
Library classification refers to the way a library organises its books and resources. A well-classified library will allow its patrons to find quickly and easily what they are looking for. Libraries have been around for thousands of years, and this project will examine how library classification has changed over time as human history has progressed. Taking advantage of the capabilities of large-scale computational analysis, we will draw on data from thousands of libraries to explore how book classifications have emerged over time.
The first part of the project will explore the extent to which existing models of categorization and cultural evolution can account for library classification. The second part will focus on classification bias and will use computational methods to identify ways in which classification systems such as the Dewey Decimal system can be adjusted to better represent the diversity of materials in library collections worldwide.
The graduate researcher on this project is: Katie Warburton
The University of Melbourne: Professor Charles Kemp
The University of Toronto: Assistant Professor Yang Xu
This research project will study how the phenomenon of partial drainage affects the capacity of plate anchors in sand.
This research project aims to improve mining waste storage through researching the cone penetration test (CPT).
This funded project will study the effects of actinomycete compounds on various invertebrates.
This research project will examine how the effectors of the Coxiella burnetii bacterium interact with each other and how they facilitate disease.