There is substantial need in mineral exploration to understand the structural controls on ore deposition for these types of deposits in order to predict the localities of new ones. Application of basic principles of rock mechanics, and numerical simulations of deformation and fluid flow processes provide fundamental insights to Proterozoic hydrothermal mineralization atMount Isa, Australia. The rheology of layered meta-sedimentary rocks, and the orientation and position of these layered rocks relative to major fault systems were the key controls on ore deposition...conferenc
The Mt Isa-McArthur region is renowned for a range of commodities and deposit types of world-class p...
Deformation and focused fluid flow within a mineralized system are critical in the genesis of hydrot...
Fluid circulation within low-permeability basement rocks has been proposed to occur beneath many sed...
The rheology of layered meta-sedimentary rocks, and their orientation and position relative to major...
Geomechanical processes involved in mineralisation of several Australian deposits were tested using ...
Geomechanical processes involved in mineralisation of several Australian deposits were tested using ...
Copper mineralisation in the Mt Isa Inlier is typically associated with brittle deformation that has...
The 3000 and 3500 orebodies form part of the world class copper deposit at Mount Isa. The Deep Copp...
Current understanding of the critical processes in the formation of iron oxide copper-gold (IOCG) de...
Deformation and focused fluid flow within a mineralized system are critical in the genesis of hydrot...
AbstractThis paper presents the results of a set of numerical models focussing on structural control...
Fluid flow leading to mineralization can occur on both newly formed faults, and on faults that are r...
The Mt Isa–McArthur region is renowned for a range of commodities and deposit types of world-class p...
Numerical modelling of deformation and fluid flow on a regional scale was utilised to test recent mo...
Fluid flow leading to mineralization can occur both on newly formed faults and on faults that are re...
The Mt Isa-McArthur region is renowned for a range of commodities and deposit types of world-class p...
Deformation and focused fluid flow within a mineralized system are critical in the genesis of hydrot...
Fluid circulation within low-permeability basement rocks has been proposed to occur beneath many sed...
The rheology of layered meta-sedimentary rocks, and their orientation and position relative to major...
Geomechanical processes involved in mineralisation of several Australian deposits were tested using ...
Geomechanical processes involved in mineralisation of several Australian deposits were tested using ...
Copper mineralisation in the Mt Isa Inlier is typically associated with brittle deformation that has...
The 3000 and 3500 orebodies form part of the world class copper deposit at Mount Isa. The Deep Copp...
Current understanding of the critical processes in the formation of iron oxide copper-gold (IOCG) de...
Deformation and focused fluid flow within a mineralized system are critical in the genesis of hydrot...
AbstractThis paper presents the results of a set of numerical models focussing on structural control...
Fluid flow leading to mineralization can occur on both newly formed faults, and on faults that are r...
The Mt Isa–McArthur region is renowned for a range of commodities and deposit types of world-class p...
Numerical modelling of deformation and fluid flow on a regional scale was utilised to test recent mo...
Fluid flow leading to mineralization can occur both on newly formed faults and on faults that are re...
The Mt Isa-McArthur region is renowned for a range of commodities and deposit types of world-class p...
Deformation and focused fluid flow within a mineralized system are critical in the genesis of hydrot...
Fluid circulation within low-permeability basement rocks has been proposed to occur beneath many sed...