DC-Pit

Foundation pit wall analysis acc. to Eurocode 7 (DIN EN 1997-1 with DIN 1054:2010, OENORM B 1997-1-1, NF EN 1997-1, BS EN 1997-1, UNI EN 1997-1 with NTC 2008, UNE EN 1997-1 with DB SE-C and free settings) / DIN 1054:2005 / DIN 4085 / SIA 267 / British Standard BS 8002 / EAU 2004 / EAB 2006

• Support of all the 3 Design Approaches acc. to Eurocode 7
• adjustable for any country
• Bore pile walls, diaphragm walls, sheet pilings, girder plank walls, MIP (Mixed In Place)
• Wall types may be combined
• Inclined walls with earth pressure on the incline
• Active, increased active earth pressure or at rest
• Earth pressure acc. to DIN 4085:2007 incl. spatial earth pressure 
• Different redistribution figures
• Dead and live loads, block loads
• Different layers and slopes
• Any water levels in front of and behind the wall
• Excavation and dismantling stages
• Up to 20 anchor positions and props
• Inactive anchors in order to analyze variants
• Anchor analysis in the deep sliding plane
• with prestressed anchors as well as design of anchors with proof loads
• NEW: Verification of the transfer of vertical loads by end bearing and skin friction acc. to EAB R 84 and 85, evtl. additional length of the wall
• NEW: Verification of the vertical component of the mobilized passive earth pressure acc. to EAB R 9
• NEW: application of the earth pressure on the subst. anchor wall with delta = beta in the verification of anchor lengths acc. to EAB R 44
• NEW: reduction of the possible anchor force acc. to EAB R 44, if the hor. distance < half of the fixed length
• Extensive result output
• Graphic of system, earth and water pressures, section forces and displacements
• Activation of load cases and excavation conditions
• Simple changes with double click
• Copy and paste of elements
• Export graphic in JPG format (e.g. for Word)
• English, German, French, Romanian, Russian language

Option Dimensioning for the design of all parts: girders, sheet pilings, reinforced concrete, anchors, booms:
Design acc. to EC 2 and 3, DIN EN 1992 and 1993, DIN 1045, DIN 1045-1, DIN 18 800, SIA 262 and 263, OENORM B 1992 and 1993, OENORM B 4700, British Standard BS 8110 and 5950, Indian Standard IS 456 and 800

New recommendations EAU 2004 and EAB 2006 available incl. separate section forces from dead/live/water loads, new approach for elastic bedding (modulus of subgrade reaction) acc. to EAB R 102

Version française: DC-Fouille

Versiunea romana

Integrated foundation engineering with interface to DC-Pit see program DC-Integra