Student Edition The GeoStudio Student Edition is a free product designed as an aid to learning A DVD containing the Student Edition of GeoStudio is included with this book external loads, tension. GEOSLOPE GeoStudio 2018 got Rigorous analytical capability. Sophisticated product integration. Broad application to diverse geo-engineering and earth science problems.

GEO-SLOPE GeoStudio 2018 R2 version 9.1.1.16749 351.6 mb GEO-SLOPE International Ltd. Is pleased to announce the availability of GeoStudio 2018 R2 is an integrated software suite for modeling slope stability, ground deformation, and heat and mass transfer in soil and rock. GeoStudio 2018 R2 builds on GeoStudio 2018, extending features added to previous releases. The major new features include: - Combine full and basic analyses in one file: Unlock the power of integration by combining analyses created with a basic license and a full license in the same file. For example, combining a full SLOPE/W analysis with a basic SEEP/W analysis allows the stability analysis to use pore-water pressure conditions computed from a steady-state finite element seepage analysis. - User-defined reinforcements: Model a wide range of reinforcements by defining them as a function of force vs. - Analysis tree: Clone or delete an entire branch of analyses.

- Dimensions: Sketch aligned, linear, and angular dimensions. - SLOPE/W graphs: Additional graphs for probabilistic analyses and for optimized slip surfaces. - Tables: Easily add material and boundary condition tables to your drawing.

- Sketching: Streamlined workflow when working with sketch objects. - Performance: Improved performance and memory consumption when working with large projects.

- AutoCAD 2018 files: Import files created in AutoCAD 2018 or 2019. All Products Feature: A GeoStudio project can now contain analyses with full licenses as well as other analyses using basic licenses. For example, a full-featured SLOPE/W analysis can obtain pore-water pressures from a basic SEEP/W analysis in a single project. Feature: The new 'Clone Branch' command will clone an analysis and all analyses beneath it.

Feature: The new 'Delete Branch' command will delete an analysis and all analyses beneath it. Feature: Sketch aligned dimensions (parallel to the object being dimensioned), linear dimensions (showing the horizontal or vertical dimensions of a slope), or angular dimensions. Feature: Dimensions connected to points will resize as points are moved. Feature: Orthogonal snapping: Holding the Shift key while drawing restricts cursor movement to the X or Y axes.

Without the Shift key, lines that are nearly horizontal or vertical will snap to horizontal or vertical. Feature: The new Sketch Materials Table and Sketch Boundary Conditions Table commands quickly add a table of materials or boundary conditions to the drawing. Feature: Sketch commands allow changing properties or typing exact coordinates while sketching. Feature: Sketch Arc now allows editing of the arc's center coordinates, radius, start angle and end angle. Feature: Move text while sketching it (no need to use Modify Objects).

Feature: Sketch Text and Modify Sketch Text have been combined. To edit existing text, use the Sketch Text command and click an existing text block.

Feature: The Modify Sketch Objects command has been removed. Sketch objects can be edited in their respective Sketch commands. To edit the properties of a line, for example, use the Sketch Lines command and click an existing line.

Survey Program B (pink) delivers higher accuracy than Survey Program A (blue). Had Wells 1 and 2 been drilled from adjacent surface locations using Survey Directional drillers now place wellbores within increasingly demanding targets by relying on real-time wellbore surveys and small EOUs. The first intentionally drilled directional wells provided remedial solu-tions to drilling problems: straightening crooked wellbores, sidetracking around stuck pipe and drilling relief wells to kill blowouts (below). Directional drillers used rudimentary survey instruments to orient the wellbore. Directional drilling survey tool. Survey Survey on directional drilling is to compare the planned trajectory to the path is formed are: tangential, Average Angle, Balance tangential, Mercury, Radius of curvature, Minimum of curvature although the current calculation of the survey will be done using a computer program but the basic.

Feature: Improved memory consumption when contour results. Feature: Improved memory consumption viewing results. Feature: Improved performance of displaying vectors. Feature: Import files created in AutoCAD 2018 or 2019. Feature: Font sizes can be set independently for dimensions, axis numbers, and axis labels. Feature: Errors during the calculation of a spatial function will now be displayed in the Define Spatial Function dialog. Feature: A notification is now displayed on the start page if a license's maintenance will be expiring soon.