Geological Page 72

Upgrade to Engage3D Pro for unsurpassed, integrated 3D power for MapInfo Professional. Move your 2D objects into 3D or drag and drop in data from external sources. Create 3D projects containing voxel models (3D grids), 3D points and lines, 3D vector objects, 3D building models and gridded surfaces. Digitize directly into the 3D window and create your own triangulated surfaces and solids.Features * Extrude 2D objects to 3D solids or planes * Display 3D points and lines * Load gridded surfaces * Drag-and-drop capability for all supported 3D object types * Create, display and manipulate voxel models * Digitize directly into 3D * Create trianglated surfaces and solids from input 3D vector data * Drop in 3D vector data of...

LogPlot has been used by geoscientists since 1983 to display their geotechnical, environmental, geophysical, mud/gas, and mining data as a graphic boring log. LogPlot offers almost unlimited flexibility for log layout via its easy-to-use, built-in Log Designer. With a WYSIWYG, point-and-click interface, LogPlot s Log Designer makes it easy to customize logs for different clients and projects. Field data can be entered into LogPlot s Data Editor using the keyboard, copy/paste, data collection, and/or import tools (LAS, RockWorks, Excel, ASCII, DBF). Multiple libraries of soil and rock types are included with LogPlot, and you can easily customize them to suit your company s needs. Compile the data in to the design at any vertical scale for singe-page, multi-page, or continuous...

A key foundation of scientific discovery is complex numerical data. If making discoveries is a fundamental part of your work, you need a tool to help you understand what your data means, and how to apply that knowledge effectively; a tool to help you discover what’s in your data. Using a powerful, modern programming language lets you transform numbers into dynamic visual representations, so you can interpret your data, expedite discoveries, and deliver powerful applications to market. Create Visualizations Easily & Quickly IDL is the trusted scientific programming language used across disciplines to create meaningful visualizations out of complex numerical data. From small scale analysis programs to widely deployed applications, IDL provides the comprehensive computing environment you need to effectively...

Gemcom Surpac™ is the world’s most popular geology and mine planning software, supporting open pit and underground operations and exploration projects in more than 90 countries. The software delivers efficiency and accuracy through ease-of-use, powerful 3-D graphics and workflow automation that can be aligned to company-specific processes and data flows. Surpac addresses all the requirements of geologists, surveyors, and mining engineers in the resource sector and is flexible enough to be suitable for every commodity, orebody and mining method. Its multilingual capabilities allow global companies to support a common solution across their operations.Surpac Benefits * Comprehensive tools include: drillhole data management, geological modelling, block modelling, geostatistics, mine design, mine planning, resource estimation, and more * Increased efficiencies within teams result...

· Settlement is calculated using a profile of Young\’s modulus with depth. The modulus can beconstant or vary linearly with depth for each soil layer. Non-linear stress/strain curves mayalso be specified.· Displacements and stresses can be calculated at several levels and at any location in plan.The location of the displacement/stress points is defined by means of displacement grids.These may be two-dimensional orthogonal grids, lines or points. The results from the gridscan be displayed graphically as contours .· Loaded areas can be defined as rectangles or circles. Pressures are applied uniformly.Areas can be superimposed and placed at any level. All loads are completely flexible i.e. noallowance is made for stiffness of the structures.· The base of the model is defined by...

General Program Description Pdisp Pressure Induced Displacement Analysis Pdisp calculates the displacements (and stresses if required) within a linear elastic or non-linearsoil mass, arising from uniform normal or tangential pressure, applied to rectangular and circularloaded planes. The program is ideal for predicting the displacements that may arise due to the action of severalloads in a soil mass. Pdisp is a development of (and replacement for) Vdisp. Vdisp predicted displacements inducedby vertical loads on horizontal loaded areas only. Pdisp is capable of predicting displacements dueto both vertical and horizontal loads. Components of the User Interface The principal components of Pdisp\’s user interface are the Gateway, Table Views, Graphical Input,Plan View, Cross Sectional View, 3D Graphical Output, Tabular Output, toolbars, menus and...

Slope performs two-dimensional slope stability analysis to study circular or non-circular slip surfaces. The program uses the method of slices and offers a variety of established methods for calculating interslice forces. These methods include Fellenius or Swedish slip circle analysis, the Bishop horizontal or constant inclined inter-slice forces method, and for non-circular slip surfaces the equivalent Janbu methods are available. Also available is a variably inclined interslice force method which ensures that each slice is in equilibrium both vertically and horizontally.Program features include: * analysis of reinforcing elements – soil nails, rock bolts, ground anchors and geotextiles – to BS8007/BS8081 * a variety of means of specifying water pressure including hydrostatic below a phreatic surface, piezometric or Ru values *...

This episode will explore the new Map Service Publishing toolbar in ArcMap, and how it will help users author well-designed map documents that will form the basis for fast map services. Along with optimized map services, ArcGIS 9.3.1 also provides tools for evaluating the performance of your maps, while allowing you to analyze and preview your maps as you prepare them for publishing.product:ESRI ArcMAP 10 Lanaguage:english Platform:Winxp/Win7 Size:8 GB

RockWorks RockWorks15 is the latest version of RockWare\’s flagship software program. RockWorks has long been the standard in the petroleum, environmental, geotechnical and mining industries for subsurface data visualization because of popular tools such as maps, logs, cross sections, fence diagrams, solid models and volumetrics.RockWorks in the environmental industryRockWorks contains numerous tools that will help the environmental professional along the path from site characterization to remediation planning and execution. Whether you\’re in the beginning, middle or ending phase of a project, you\’ll find that RockWorks will save you and your clients both time and money. RockWorks features applicable to the environmental industryThe Borehole Manager allows you to bring soil boring, sampling, well screening and other information into the program via...

RockWorks RockWorks15 is the latest version of RockWare\’s flagship software program. RockWorks has long been the standard in the petroleum, environmental, geotechnical and mining industries for subsurface data visualization because of popular tools such as maps, logs, cross sections, fence diagrams, solid models and volumetrics.RockWorks in the environmental industryRockWorks contains numerous tools that will help the environmental professional along the path from site characterization to remediation planning and execution. Whether you\’re in the beginning, middle or ending phase of a project, you\’ll find that RockWorks will save you and your clients both time and money. RockWorks features applicable to the environmental industryThe Borehole Manager allows you to bring soil boring, sampling, well screening and other information into the program via...