Itasca International Inc. | Date: 2014-08-12
Computer Software for Generating, Evaluating, Analyzing, Planning and Optimizing All Stages of Oil and Gas, Mining, Hydraulic Fracturing, and Geothermal Exploration and Production Processes; Software for Use in the Oil and Gas, Mining, Geothermal Energy, and Civil, Geotechnical, Mining, Petroleum, and Hydraulic Fracturing Engineering Industries, Namely, a Computer Program Using 3D Visualization and Interpretation, Combining Microseismic, Geomechanical, Tiltmeter, and Treatment Data into an Interactive Platform; Software for Use in the Oil and Gas, Mining, and Geothermal Energy Industries, Namely Computer Modeling Software for Simulating Drilling Processes and Operation of Facilities Used in Oil and Gas, Mining, and Geothermal Energy Exploration and Production; Computer Software for Data Processing, Seismic Imaging, Visualizing, Interpreting, Earth Modeling, Mapping, Hydraulic Fracturing Modeling, Reservoir Characterizing and Well Planning and Drilling in the Fields of Oil and Gas, Mining, and Geothermal Exploration and Production Processes; Software for Use in the Oil and Gas Industry, Namely, a Computer Program for Obtaining the Reservoir Characterization of Oil and Gas Fields and Hydraulic Fracture Interpretation; Software for Performing Geomechanical Evaluation and Geotechnical Evaluation and Analysis in the Fields of Oil and Gas Exploration and Production, Geothermal Energy Recovery, Mining Exploration and Production, and Civil Engineering Applications; Computer Hardware for Use in the Acquisition, Sensing, Transmission, and Analysis of Data; Data Acquisition, Sensing, Transmission, and Analysis Devices, Hardware, Equipment, Machines, and Accessories.
Lorig L.J.,Itasca International Inc. |
Darcel C.,Itasca International Inc. |
Damjanac B.,Itasca International Inc. |
Pierce M.,Itasca International Inc. |
Billaux D.,Itasca International Inc.
Transactions of the Institutions of Mining and Metallurgy, Section A: Mining Technology | Year: 2015
Discrete Fracture Networks (DFNs) appear to be used differently in mining and civil applications. In mining, DFNs are used primarily within the context of Synthetic Rock Mass (SRM) models to estimate rock mass strength and deformation characteristics for use in mine-scale analysis of mass mining, i.e., cave mines and large open pits. Discrete Fracture Networks are also used in mining to estimate fragmentation distributions, kinematic block stability and groundwater flow into mines. Applications of DFNs in traditional civil engineering are perhaps less common than those in mining. However, more DFN-related research has been performed in support of nuclear waste repositories than for mining. This is because hydraulic properties of fractured rock and the associated flow prediction are of crucial importance for nuclear waste repositories. This paper attempts to highlight some of the developments of DFN applications in both mining and civil engineering. No attempt is made to delve into the details of DFN generation (e.g., scaling laws), but attention is given to some challenges faced in mining and civil geomechanics when trying to use DFNs. © 2015 Institute of Materials, Minerals and Mining and The AusIMM. Source