ANALYSIS METHODS IN DEEPEX
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About
LIMIT EQUILIBRIUM - NON-LINEAR - FINITE ELEMENT ANALYSIS METHODS IN DEEPEX
DeepEX is the ultimate software program for deep excavation design and analysis. It can perform both geotechnical and structural design for many wall types that include soldier pile walls, sheet pile walls, and diaphragm walls with multiple sections of reinforcement. DeepEX can also perform slope stability analysis with soil nailing.
All DeepEX versions implement both the classical Limit Equilibrium Analysis methods and a non-linear engine with the use of elastoplastic Winkler springs. Since DeepEX 2019, our Finite Element Alalysis method (DeepFEM) is released and can be used as an additional optional module to any software version, allowing us to examine full soil-structure interaction. Review below information about the Limit Equilibrium, Nonlinear analysis and Finite Element Analysis methods, as well as, how they are implemented in DeepEX.
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Resources
CURIOUS TO LEARN MORE? DISCOVER OUR RESOURCES
Limit Equilibrium Analysis Methods
Review information about all implemented classical limit equilibrium methods.
Non-Linear Analysis Method
Review information about the implemented non-linear analysis engine (Elastoplastic Winkler springs).
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Methods
ANALYSIS METHODS IN OUR SOFTWARE PROGRAM
DeepEX Features
All software features and capabilities! Review all available design methods and analysis standards!
Resources
Review our project library, extensive theory, analysis and design methods and learn about our software programs!
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Experties
DISCOVER MORE ABOUT DEEPEX
Wall Types in DeepEX
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Soldier pile and lagging walls
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Secant and tangent pile walls
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Sheet pile and box sheet pile walls
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Diaphragm (slurry) walls
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Soldier pile and tremied concrete (SPTC) walls
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Combined sheet pile walls
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Create unlimited wall sections in each project
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Check quickly different options
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Extensive international databases of steel beams and
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steel sheets
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Simple wall section assignment procedure
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Manage all properties througn user-friendly dialogs
Support Types in DeepEX
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Ground anchors (Tieback supports)
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Struts
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Slabs
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Rakers
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Fixed supports
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Springs
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Walers
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Add waler beams to supports
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Add passive heelblocks to rakers
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Graphically add supports
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Manage support properties through user-friendly
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dialogs
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Select support steel sections from implemented lists
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Optimize supports
External Loads in DeepEX
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Linear loads and surcharges on ground surface
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Linear loads and surcharges on the walls
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Prescribed conditions on the walls
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External moments on the walls
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3D loads (3D surface loads, buildings, footings)
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Graphically add loads
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Manage load properties from user-friendly dialogs
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Elastic load equation
