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Home Webinar Building Site Preparation
WEBINARNU22W

Building Site Preparation (English Language)
Free webinar

Date: Wednesday, 6 March 2019, 5 p.m. EET (UTC +2)

Speaker: Dipl. Eng. Ioana Dimitrova, Product Specialist

Content:

Ground water lowering (Multi-well installations) with DC-Dewatering
  • Analysis with vertical wells / vacuum wells or with sump drainage and rubble drains
  • Application of a fixed water level by a river or the sea possible
  • Arbitrary layer system / Different permeabilities
  • Ground water situation: free, half-stressed or stressed
  • Different construction pit sections: arbitrary polygons with different depths
  • Any number of wells at different positions: different depths and diameters. Several well series, different lowering aims.
  • Defined lowering depth or adapted to pits
  • Calculation of the required pumping quantity / capacity of all wells
  • Results in graphic quality
Slope stability analysis with DC-Slope
  • Slope stability 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 4084 / SIA 267
  • Approach acc. to Krey-Bishop (sliding circles) and Janbu (arbitrary sliding planes)
  • Support of all the 3 Design Approaches acc. to Eurocode 7/ earthquake analysis acc. to Eurocode 8-5 and SIA 267
  • Free surface and layer course
  • Different load cases, dead and live loads / earth quake loads
  • Consideration of anchors
  • Buildings (weight) and components (shear force)
  • Pore water pressure and excess pressure / Impermeable layers
  • Iteration of centre and/or radius and automatic determination of the minimum safety
  • Extensive result output
Foundation pit wall analysis with 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 / EAB
  • Support of all the 3 Design Approaches acc. to Eurocode 7 / earthquake analysis acc. to Eurocode 8-5 and SIA 267
  • 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
  • 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 analyse variants. Anchor analysis in the deep sliding plane with prestressed anchors as well as design of anchors with proof loads
  • Automatic slope stability analysis, if DC-Slope is available
  • Extensive result output
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