The Foundation Engineering & Soil Mechanics portfolio includes programs that provide structural engineers, civil engineers, and geotechnical engineers with a wealth of analysis and verification methods for shallow and deep foundations, construction pit walls, retaining structures, slopes secured with nails, building underpinning, and gravity walls. In addition, construction pits can be drawn in 2D or modeled in 3D, taking into account the position of pipeworks, anchors, and booms. It is also possible to determine the hydraulic characteristics of soil and rock stratum under the influence of water, to record geotechnical parameters of the subsoil in a variety of ways, and to graphically display and evaluate the results of subsoil investigations.
Analysis and design of basement walls made of reinforced concrete
Analysis and design of elastically supported beams and one-way slabs with reinforcement layout
Analysis and design of building underpinning and gravity walls made of reinforced concrete
Stability verifications and the reinforced concrete design for cantilevered retaining walls
Analysis and design of combined pile-raft foundations (CPRF)
Analysis of the stability of diaphragm wall lamellae in accordance with DIN 4126
Analysis of the horizontal earth pressure coordinates on a hypothetical earth pressure wall
Analysis and design of strip, pad, mast, raft and isolated foundations as well as bearing resistance failure
Analysis of groundwater lowering for several adjacent construction pits
Analysis of different types of infiltrations and infiltration installations
Analysis and design of bored, micro-drilled, reinforced concrete or steel prefabricated, ductile cast iron piles
Modeling of construction pits and analysis, design, and reinforcement of various types of construction pit walls
Analysis and design of gabions and constructions of reinforced soil with geosynthetics
Determination of the safety against slope and base failure
Presentation of borehole profiles, field and laboratory testing, geological sections, contaminated sites, and GIS
Analysis and design of slopes secured with nails following the block sliding approach
Analysis of the magnitude and the progression over time of the settlements and foundation tilting
Analysis of the settlements of foundations with the consideration of soil improvement by vibro-compaction
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