Global area design

It allows you to take what you do well at location A and replicate in location B. Moreover, it could make expansion more likely and efficient.

Global area design

Rock slope stability analysis[ edit ] Rock slope stability analysis based on limit equilibrium techniques may consider following modes of failures: Searching of the critical slip surface is realized with the help of a grid or as a slope search in user-defined area.

Program includes also probabilistic analysis using Monte Carlo or Latin Hypercube simulation techniques where any input parameter can be defined as a random variable.

Probabilistic analysis determine the probability of failure and reliability index, which gives better representation of the level of safety. Back analysis serves for calculation of a reinforcement load with a given required factor of safety. Program enables finite element groundwater seepage analysis.

This program allows integration with other applications. Then a local stability factor for each slice is obtained. Using a Monte Carlo approach, program computes the probability of failure in addition to the conventional factor of safety. It allows analysis using Bishop's, Spencer's and Janbu's method.

Regular slopes as well as slopes with various types Global area design inclusions may be analyzed. HYDRUS [37] add-on modules can check the stability of embankments, dams, earth cuts and anchored sheeting structures with the influence of the water.

The values of the pore pressure in transport domain are imported automatically for the selected time to Stability module. The analysis can be repeated for all time shots of the water movement simulated by basic program. SVSlope [38] is formulated in terms of moment and force equilibrium factor of safety equations.

Limit equilibrium methods include Morgenstern-Price, General limit equilibrium, Spencer, Bishop, Ordinary, Kulhawy and others This program allows integration with other applications in the geotechnical software suite.

For example, finite element computed stresses from SVSolid [39] or pore-water pressures from SVFlux [40] can be used to calculate the factor of safety by computing total shear resistance and mobilized shear stress along the entire slip surface.

Spatial variability through random fields computations may also be included in the analysis. The slope can have multiple soils, impenetrable layers, cuts and embankments, multiple groundwater conditions, ponded water, dry and water filled tension cracks, soil reinforcements anchors, nails, piles and geo-synthetics.

Slip surfaces can be defined through six surface generators in order to find the critical case. Bishop simplified, Janbu simplified, Spencer and Morgenstern-Price. Problem configurations can involve rotational or non-rotational sliding surfaces, ellipsoids, wedges, compound surfaces, fully specified surfaces and searches.

It allows importing arbitrarily complex terrain surfaces which have been digitized beforehand using a topographic map.

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These surfaces are then extruded to a 3D solid which may be intersected by various sets of discontinuities. By combining all possible locations of all discontinuities potentially unstable blocks are determined.

For each block, the factor of safety against sliding is computed using the limit equilibrium method. AutoBlock is an add-on to the popular program "AutoCAD" and exploits its possibilities and its power e.

Slope stability A more rigorous approach to slope stability analysis is limit analysis. Unlike limit equilibrium analysis which makes ad-hoc though often reasonable assumptions, limit analysis is based on rigorous plasticity theory. This enables, among other things, the computation of upper and lower bounds on the true factor of safety.

Programs based on limit analysis include: OptumG2 General purpose software for geotechnical applications including slope stability. GEO General purpose geotechnical software application based on Discontinuity layout optimization for plane strain problems including slope stability.

GEO5 Slope Stability Program is used to perform slope stability analysis of embankments, earth cuts, anchored retaining structures and MSE walls.Discover our range of design support & engineering tools which can allow you to solve problems by utilizing some of the knowledge that Trelleborg has developed and accumulated in decades of working with a broad range of industries.

What is the global area design?

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Global area design

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Global Area Design

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