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NEW: Analysis of cantilever footings,
centering of strip footings by bend-proof wall or foundation slab.
Fixed pylon footings acc. to Steckner:
see page DC-Footing/Pylon.
Version française: DC-Fondation
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DC-Footing for Windows
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Analysis and design of
single, block and sleeve footings,
rectangular, strip and circular footings
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Any type of footing
Automatic load case superposition acc. to
DIN 1055-100 for the design
Load cases acc. to DIN 1054:2005
for the foundation engineering checks
Design of reinforced concrete acc. to DIN 1045-1,
ÖNORM B 4700, SIA 262 and
British Standard BS 8110
Punching, shear force and sleeve design
Check of the highest-loaded quarter for the
punching check !
Different excavation and construction stages,
ground and base inclination
Foundation engineering checks: overturning,
sliding, soil pressure and settlement acc. to
DIN 1054 (1976), DIN 1054:2005 and SIA 267
Automatic optimization of the footing´s
geometry (width and depth)
Extensive overview for all load case combinations
or short output
Selection of the desired graphics: views,
plan view and/or 3D view
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See also: bearing capacity, settlement, pylon footings, slope stability, geosynthetics, gabions, cantilever wall, soil nailing, foundation pits with dimensioning, underpinning, integrated foundation engineering, pile analysis, vibrocompaction, dewatering, infiltration.
Soil exploration: Bore hole log, layer specification, well graphics, dynamic probing, geologic sections, cone penetration, sieve analysis, load plate test, compression test, proctor test, consistency limits, shear strength test, density test, permeability test, pump test, lime content, glow loss, old load survey, GIS.
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