X-ray tomographic analysis and modelling of metallurgical coke. This project will apply 3D X-ray micro-tomography and model-based computational analysis to develop innovative approaches to the micro-structural characterisation of metallurgical coke. This has significant ramifications for the iron industry since coke characterisation is of primary importance to improved blast furnace productivity. The project will deliver new quantitative indices of coke microstructure, develop models for simulat ....X-ray tomographic analysis and modelling of metallurgical coke. This project will apply 3D X-ray micro-tomography and model-based computational analysis to develop innovative approaches to the micro-structural characterisation of metallurgical coke. This has significant ramifications for the iron industry since coke characterisation is of primary importance to improved blast furnace productivity. The project will deliver new quantitative indices of coke microstructure, develop models for simulation of micro-structural properties and coke transport properties, and examine coke reactivity in 3D contexts. This project will also be the first study to use multi-scale 3D X-ray tomographic analysis to examine the structural dynamics of coke during both its production and its use in the blast furnace.Read moreRead less
Application of 3D Modelling to Mineral Exploration Under Cover: an Example from the Woods Point Region, Victoria. This project aims to develop and test cost-effective tools in understanding and exploring for buried mineral deposits. We will apply our research via a) constructing three-dimensional models to analyse, characterise and compare ore system geometries, b) constraining structural controls that lead to mineralisation in a variety of settings, c) development and testing of fluid properti ....Application of 3D Modelling to Mineral Exploration Under Cover: an Example from the Woods Point Region, Victoria. This project aims to develop and test cost-effective tools in understanding and exploring for buried mineral deposits. We will apply our research via a) constructing three-dimensional models to analyse, characterise and compare ore system geometries, b) constraining structural controls that lead to mineralisation in a variety of settings, c) development and testing of fluid properties, and d) integration of geological, structural and geochemical datasets to predict favourable sites for gold mineralisation. This project will result in a greatly improved understanding of the formation of a range of gold deposit styles, and further strategic alliances between Monash University, the Geological Survey of Victoria and exploration companies.Read moreRead less