Analyzestability of slopes for roads, railways, river training works, canal emba

Earth embankments are widely used for roads, railways, river training works, canal embankments, dams, etc. The main economy and safety of these works can be accomplished by adopting proper and economical methods of design. Failure of these structures is likely to result in loss of life and damages to property. It may also result in damage and/or washout of the structure fully or partially.

AEC Slope is used for analyzing stability of slopes for the above structures and reporting safety factors.

The failure of these structures is likely to result in loss of life and damages to property. AEC Slope is used for analyzing stability of slopes for the above structures and reporting safety factors.

Normally most of the computer programs available on this solution provide direct end output of safety factors without any element or slice wise supported calculation/proof check as required by the methods specified in standard codes and manuals. But the AEC Slope provides an accurate solution what is required for a designer to assess adequacy of safety factor and its proof of arriving such values so as to enable him to modify suitably the required section directly on the output drawing itself.

Requirements:
.Net Framework 2.0, AutoCAD 2004 through AutoCAD 2010 Intel Pentium-based or AMD AthlonTM-based PC

Tags: • AutoCAD analyzer • Embankments • Swedish Slip Circle method • Slope Analyzer on AutoCAD drawings • Graphical Output • FOS • critical slip circle for roads • railways • river training works • canals • dams • AEC

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