MalcolmWoodruff/TerraLapsus | Paclet Repository

MalcolmWoodruff`TerraLapsus`BishopSimplified`

SliceTable

	SliceTable [model,{xc,yc,R},opts] returns the per-slice quantities for one circle as a Dataset: x, base elevation, height, weight, pore pressure, base angle and the c' and phi' actually used. This is the audit trail for a layered model - use it to confirm the slip surface is picking up the strengths you expect.
	The circle may be given in any of three ways:
	SliceTable [model,{xc,yc,R}]
	SliceTable [model,{xc,yc},R] (centre and radius separately)
	SliceTable [model,result] (the association from a search)

Details and Options

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The symbol lives in the context MalcolmWoodruff`TerraLapsus`BishopSimplified`. Load the whole library with Needs["MalcolmWoodruff`TerraLapsus`"]; every context is put on $ContextPath, so SliceTable is reached by its plain name.

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TerraLapsusHelp[] prints a summary of the package. TerraLapsusFunctions[] lists every documented function and is searchable, e.g. TerraLapsusFunctions["*Crack*"]. TerraLapsusManual[] opens the quick-start manual and TerraLapsusExample[] the five worked examples.

Examples

(1)

Basic Examples

(1)

The same slices, readably:

In[1]:=

model = SlopeModel[
<|"Height" -> 10., "SlopeAngle" -> 26.57 Degree,
"FoundationDepth" -> 10., "CrestLength" -> 22.,
"ToeLength" -> 22., "XStart" -> -12.|>,
<|"Regions" -> {<|"Name" -> "Clay", "Base" -> 0.,
"UnitWeight" -> 20., "Cohesion" -> 10.,
"FrictionAngle" -> 20. Degree|>}|>];
res = BishopCriticalCircle[model, "Grid" -> 12];
SliceTable[model, Append[res["Center"], res["Radius"]]]

RelatedGuides

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TerraLapsus

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