Foundation Suite

The Foundation Suite offers a comprehensive package of geotechnical modules essential for foundation design. These modules cover various aspects, ranging from accurately determining the bearing capacity and pile lengths to assessing the influence area of vibrations resulting from pile installation.

In CEMS's Foundation Suite, the following tools are available:

Gef-Model

soil classification based on machine learning

NEN-Table

defines soil properties according to NEN9997-1 table 2b

Pile Calculation

calculation bearing capacity according to NEN9997-1

Pile Group

generate valid group configurations for compression piles

Pile Prop

defines pile properties

Pile Settlement

calculation settlement of piles according to NEN9997-1

PyGef

reads GEF-files and interpret cpts with Robertson / Been & Jefferies + plot

Report Gen

generates report

Soil Stress

calculates soil stress in a soil profile

SoilpropPrepal

determines elastic modulus of the soil according to Prepal

BAGreader

gets building info from BAG viewer

Buildings

gets building info from BAG viewer Buildings

Vibration prediction

prediction according to CUR166-1997

Impact force

calculates import force according to CUR166-1997

ValidationSBR

validation according to SBR-A and export results to a GIS file

Load

defines foundation loads

Slope

defines geometry of the slope

Foundation

defines geometry foundation

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VibraCore Lazy Tool

Easy check of the vibration risks; Simply select your building and installation location, VibraCore LT assesses the risk of damage to the building.

PileCore Lazy Tool

Fast pile design with PileCore LT. Want an indicative pile design for your construction project in just 5 seconds? Get to know PileCore LT – Lazy Tool.

PileCore

Bearing capacity calculations of compression and tension piles. Finish with our unique Grouper for a complete pile design.

VibraCore

Risk assessment of building damage during vibration-intensive construction activities.

CPT Core

Seven fully automated soil classification models, such as the CEMS machine learning model, Robertson and Been & Jefferies.

ShallowCore

Examines all essential failure mechanisms for shallow foundation design.

GridCore

Stability checks on reinforced embankments.

WaterCore

Understanding the groundwater characteristics in your project area will help reduce risk in your project design.

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