Computer Applications in the Mineral Industries
, by Xie- ISBN: 9789058091741 | 9058091740
- Cover: Hardcover
- Copyright: 1/1/2001
Preface | p. XVII |
Organization Comittee and Advisory Board | p. XIX |
APCOM International Council | p. XXI |
Geostatistics, resource estimation and ore body modeling | |
Valuation of recoverable resources by Kriging, direct condition or simulation | p. 3 |
A wireline property index | p. 9 |
Restricted Kriging as a combination of OK and IK | p. 15 |
Evolution of computerized resource estimation at Bingham Canyon, Utah | p. 25 |
Correlation of material property and quality variables in a gravel deposit | p. 31 |
A new calculation of mineral reserves and examination of mineral reserves method--SD method | p. 35 |
The SAMREC Code seen in a global context | p. 39 |
Maximum profitability with minimum risk and effort | p. 45 |
Three dimensional variogram modeling and Kriging | p. 51 |
Predicting ore grades in cave rock for large scale sublevel caving | p. 57 |
Computation of global estimation variance in mineral deposits | p. 61 |
Geostatistics application for environmental modelling of coal mining area in Vietnam | p. 67 |
Interpolation incorporating both spatial association and singularity | p. 71 |
Comparing of 3D reconstructed ore bodies | p. 75 |
Risk in stripping ratio estimation | p. 81 |
Open pit mining risk measured by stochastic simulation | p. 87 |
Yongping Copper Mine geological modeling with Mine-Sight | p. 93 |
Approaching resource classification: General practices and the integration of geostatistics | p. 97 |
Exploration | |
Development of integrated exploration methods: An inspiration derived from the study of palaeodrainage on the Gawler Craton, South Australia | p. 107 |
Identification system of fault with seismic data and its application | p. 111 |
Computational modelling of hydrothermal ore-forming fluid migration in complex earth structures | p. 115 |
Technology of coal field 3D high-resolution exploration and its application | p. 121 |
A technological survey management of modern mine industry | p. 125 |
A configuration software of observation system on mine water flow | p. 129 |
New technologies in geology and engineer-geology processing in mine producing | p. 133 |
Application of computer in the coal mine drilling engineering | p. 137 |
MAP: A method of multiattributive prognostication of mineral resources estimation | p. 141 |
High resolution detecting of the small faults on the thick coal seam face based on electromagnetic wave computerized tomography | p. 145 |
Estimation of mining width for a platinum mine | p. 149 |
Coal resource evaluation and management information system in underground mines | p. 155 |
Fuzzy evaluation on geological conditions of coal seam in China | p. 159 |
Fault recognition based on improved BP neural network | p. 163 |
Application of GIS to water-filling in Xiaotun coal mine, Fengfeng Mine Bureau, China | p. 167 |
Visual MODFLOW and prevention and cure of mine-water | p. 171 |
Development of analytical system of coal quality and coal species | p. 175 |
Computerized mine modeling and planning at Jiangxi Copper Company Limited mines | p. 179 |
The computer monitor-control and collection-processing system in UCG | p. 183 |
Planning and design for surface and underground mine | |
A Windows program for incorporating slope design in open pit optimisation | p. 189 |
AI-based comprehensive optimization technology for mining systems analysis | p. 197 |
Integrating conditional simulation and stochastic programming: An application in production scheduling | p. 203 |
Genetic algorithm for the determination of development system in mine | p. 209 |
Establishment of productive blasthole model and its application in open pit | p. 213 |
Design of open-pit phases with consideration of schedule constraints | p. 217 |
The mathematical model of optimal processing of ore bloc with components structure | p. 223 |
The optimal dispath from the faces for stablization of ore-stream quality | p. 229 |
Two-level mineralogical and technological modeling of deposits for planning of open mining operations | p. 235 |
Integrating fault uncertainty into longwall design and planning | p. 239 |
Suboptimal solutions in practical operations-research applications | p. 245 |
Optimization of pit limit designs by the newly developed BPITC approach | p. 249 |
Optimization of grouped open pits | p. 257 |
Optimizing ultimate open pit limits with quality constraints | p. 261 |
Analysis of maximum flow algorithms for ultimate pit contour problems | p. 267 |
Production planning for underground mining operation under uncertainty | p. 273 |
Water quality prediction model in open limestone systems | p. 279 |
DEM study of the drawing law in longwall top-coal caving mining | p. 283 |
The module of CAD software system in mining and its application | p. 287 |
Decision support system of coal mine exploitation disposition | p. 291 |
A theorem on open-pit planning optimization and its application | p. 295 |
A criteria to optimize mine production rate | p. 299 |
Development and application of optimum open-pit limits software for the combined mining of surface and underground | p. 303 |
Mining systems simulation, computer visualization and virtual reality | |
System modeling and simulation of processes for visualization | p. 309 |
A regional 3D, computer based sedimentological model of the Permian, Witbank Coalfield, South Africa | p. 315 |
Visualisation of opencast mine planning | p. 319 |
Stereoscopic 3D-display for mine planning and geological modeling | p. 323 |
4-Dimensional computer visualisation as an aid in mining education | p. 329 |
A decision support system of open pit mining and its application | p. 333 |
Computer aided blast design and information management applied to open pit narrow vein mining at Cerro Vanguardia | p. 337 |
Simulative analysis for deep-sea nodule lifting systems | p. 343 |
Achievement of mining-excavation plan in computer simulation system | p. 347 |
Integration of numerical codes and mine planning software in visualization of 2D bench blasting | p. 351 |
Computer simulation of ore pass | p. 355 |
Variabilized technology's application in mine-machine CAD | p. 359 |
Interactive landscape design modeling tool in the three-dimensional visualization environment | p. 363 |
The development of an information management system for the improvement of drilling and blasting in mining operations | p. 367 |
The evolution of an integrated data-visualization environment for mining with the VTK open-source library | p. 373 |
Automatic truck/shovel status distinguishing and real-time optimized dispatching system for surface mine operations | p. 379 |
A composite ore-drawing intelligent system for sublevel caving | p. 383 |
Virtual reality of integrated mechanized top coal caving machine in longwall | p. 387 |
Research and development in SIMBERG supporting platform | p. 391 |
Mine transport and equipment | |
Data mining VIMS data for information on truck condition | p. 397 |
Databases optimization and comparison in mining equipment database development | p. 403 |
A closed loop control concept for the correction of the conveyor belt position | p. 407 |
Computer-aided determination of dynamic loads in a longwall shearer's cutting system | p. 413 |
Computer applications in engineering, operation and control of high performance shearer or plow longwall systems | p. 417 |
Simulation on the starting of belt conveyor | p. 423 |
Numerical study on explosive welding for urgent pipe repair | p. 427 |
The trend of computer's application in shearer viewed from usage of FEM in the gear | p. 431 |
A computer-integrated system for remote monitoring, management and spatial navigation of machines at the 'Majdan III' open pit | p. 435 |
Automation of monitoring of technological process of excavator-dragline | p. 441 |
Full digital computer automatic implement of fault inspection and intelligent monitoring for mine hoist | p. 445 |
The research of Enterprise Information System intelligence structure based on Purvey-chain | p. 449 |
The computer system of monitoring parameters of coal mine substation | p. 453 |
Mineral processing application | |
Bubble column measurement and control using electrical tomography | p. 459 |
The application of CAD to AI software's exploitation in dry coal plant | p. 465 |
Research on making formed coke with old lignite in general temperature | p. 469 |
Ion exchange resins in the gold beneficiation | p. 473 |
The detection and computer identification of moving speed of working face of UCG | p. 477 |
Online measurement technologies for the rapid quality determination of coal | p. 481 |
Predicting the performance of coal flotation by using the features of froth image | p. 487 |
Geological data analysis for mineral processing: Dragging metallurgy into the twenty-first century | p. 491 |
Study on quality management performance assessment of coal preparation plant | p. 495 |
Prediction of reflectance spectrum for kaolin ores | p. 499 |
Flotation optimizing control system in Huaibei Coal Preparation Plant | p. 503 |
Criterion for efficacy of separation of a pourable material into N components | p. 507 |
Algorithms for optimization of classification of a pourable material into N components | p. 509 |
The mechanism for selecting mining-metallurgical waste refining investment projects | p. 511 |
Research on CAPP system of coal preparation plant | p. 517 |
Automatic control of flotation based on the multi-stream measurement | p. 521 |
An optimizing control system for coal slurry floatation based on ash on-line measurement | p. 525 |
Ventilation and safety | |
An application of classification technique to heart rates of miners in escapeways | p. 531 |
Real-time information acquisition and communication technology during mine rescue | p. 535 |
Computer simulation on flow reversal during ascensionally ventilated fire | p. 539 |
Selection of fan or fan location in ventilation of long drivages | p. 543 |
Firedamp drainage optimization using geotechnical and CFD modelling techniques | p. 549 |
Study of the economic head-on velocity of shell-tube-air-cooler for mine | p. 555 |
Productivity and occupational safety in the Greek lignite mining | p. 559 |
Computer simulation of spontaneous combustion process of crushed coals around the tailgate close to gob at fully mechanized LTCC faces | p. 565 |
Numerical analysis on rules of dynamic gas emission during boring process | p. 569 |
Research on the KJ52 multimedia safety monitoring system in coal mine | p. 573 |
GIS-based study on mine safety decision support system | p. 577 |
Computer applications in rock mechanics, ground control and slope stability | |
Modern features of the DEM software system--BLOCK | p. 583 |
Discrete element modeling of geomechanical properties of oil sands | p. 587 |
Changes of the state of stress around the connection of dog headings in relation to in situ measurements | p. 593 |
Computer application to geothermal resources in Tianjin City | p. 597 |
Estimation of in-situ stress in the Latrobe Valley Coal mines with special reference to Loy Yang Mine, Australia | p. 601 |
Analysis of optimum extraction sequence for 4180N rib pillar | p. 607 |
A numerical study of methane production from multi-layered coal seams | p. 613 |
Support of soft rock tunnel at great depth designed by numerical modeling--A case study | p. 619 |
A new model and back analysis of initial geostress | p. 623 |
Numerical simulation on grouting material injection into soil | p. 627 |
The measurement of in-situ stress with cores from directional well | p. 631 |
Stochastic FEM analysis of grouting in fractured rock mass | p. 635 |
Chaotic features simulation for rock block slip process by DEM | p. 639 |
Analysis of seepage behavior of the grout into roadway floor | p. 643 |
Progress on 3D triangular boundary element method for Hot Dry Rock geothermal reservoir | p. 647 |
Prediction of the stability and supporting decision in underground engineering based on non-linear rock intelligence system thinking | p. 651 |
Numerical modelling and microseismic monitoring to improve strata behaviour | p. 655 |
Numerical simulation of mining subsidence used large deformation theory | p. 661 |
Numerical analysis of burst of soft rock and the rate criterion | p. 665 |
Numerical simulation of truss-bolt reinforcing jointed rock and its application | p. 669 |
Numerical simulation of destressing maintenance for a tailentry along gob area | p. 673 |
Mechanical analysis of the rheological fracture extension in rock | p. 677 |
Risk evaluation of rock burst by use of a numerical simulation method | p. 681 |
Automatic image-processing system of directional broken with dynamic caustic | p. 685 |
Quantitative analysis between infrared temperature field and photoelastic stress field | p. 689 |
Determination of in-situ stresses by Kaiser Effect under confining pressures | p. 693 |
Computer numeric simulation of soft rock in China | p. 697 |
Neural network application to prediction for borehole stability before drilling | p. 701 |
Some nonlinear numerical models to simulate the coal and coal-methane outburst | p. 705 |
Quick assessment method for the slope stability factor of waste deposit dams | p. 709 |
Environmental engineering, mine closure and restoration | |
The role of landscape metrics in environmental planning and management of mining activities | p. 713 |
Integral system research of prediction of mining subsidence | p. 719 |
Computer simulation of mining subsidence by using fractal interpolation | p. 723 |
A packet of programs for the evaluation of the atmospheric air quality in the areas of coal power plants | p. 727 |
A new method for mining influence based on fine geologic model | p. 731 |
Identification algorithms of world countries mineral resources production and consumption dynamics models | p. 735 |
The prediction of mining induced subsidence profile by MAP3D--A case study | p. 741 |
HgEx: Assessing the risk of mercury pollution from artisanal gold mines | p. 745 |
Theory and method of predicting the residual surface subsidence | p. 751 |
Project management, economic analysis and other aspects (such as AI, IT, GPS) of computer applications | |
Improving safety of off-highway trucks through GPS | p. 757 |
Data mining uses in mining | p. 763 |
Mineral education delivery via the Internet | p. 767 |
Using GIS to model stream water quality and acid loading in West Virginia | p. 773 |
The realization of coal mine spatial management information system | p. 779 |
Design of an internet-based geotech-information system for coal mines | p. 783 |
Intranet-based multimedia intellectual dispatching system in coal mine | p. 789 |
Technical Managers need talents to cope with the electronic age business | p. 793 |
ARISTOTELES--Comprehensive controlling and accounting software for a Czech construction company | p. 797 |
How historical costing causes mine inefficiency | p. 803 |
The research about the architecture of CIMS on the basis of product-supply-line | p. 809 |
Application of grey system theory in mineral economics research | p. 813 |
ANN-based combination optimization model and application in mineral industry | p. 817 |
Implementation of high performance network computation paradigm based on the HP high-end server | p. 821 |
Development and application of mine geographical information system | p. 825 |
Analysis and study of CIMS database system of coal preparation plant | p. 829 |
Evaluation of the sustainable development for mining area by use of ANN approach | p. 833 |
The application of WebGIS technology in coal mine | p. 837 |
Dynamic alerting beforehand of the financial crisis of coal enterprises based on system fuzzy selection and artificial neural network | p. 841 |
Operations research and the art of war by Sun Tsu | p. 845 |
The application of computer simulated technology in coal price forecasting | p. 847 |
Mine GIS 3D data model | p. 851 |
Study of remote staff and employees training network solution based on computer internet | p. 855 |
GIS-applications in the mineral resources management | p. 859 |
Author index | p. 863 |
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