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Materials
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Materials are defined by their physical and mechanical properties.
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Physical and mechanical properties can be entered manually by the user or estimated through correlation methods.
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The software can calculate key parameters such as void ratio (e), porosity (n), degree of saturation (Sr), saturated unit weight (γsat), dry unit weight (γd), and submerged unit weight (γ'), based on basic inputs like natural unit weight (γn), natural water content (wn), and particle unit weight (γs).
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Using effective stress and physical input data, the program can estimate mechanical soil parameters—such as shear strength, consolidation coefficients, and stiffness moduli—based on established correlations from the literature.
The physical and mechanical properties of soil layers are entered by the user. These inputs can be filtered based on the type of analysis to be performed.
Using correlations based on physical properties and SPT-N values, the software can automatically determine soil shear strength, consolidation characteristics, earth pressure coefficient at rest, and stiffness parameters.
Deep Mixing and Jet Grouting Column Properties
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The material properties of columns constructed using deep mixing and jet grouting methods can be defined within the software.
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For deep mixing, the mix design can be performed using the method recommended by the FHWA (Federal Highway Administration).
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Within this framework, the unit weight of the mixture and the required slurry quantity are calculated automatically.
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The strength and physical properties of deep mixing columns can be estimated using correlations provided by FHWA.
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Similarly, for jet grouting, relevant correlations are available for calculating column properties.
