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CEMS - Foundation Suite - Comprehensive Geotechnical Software Package
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:
- PileCore: This tool calculates bearing, tension, and anchor piles in accordance with NEN9997-1 and CUR236, 3rd edition (2023). Additionally, it features the unique Grouper functionality, enabling automatic grouping of CPTs to optimize the pile plan.
- ShallowCore: Designed for calculating shallow foundations as per NEN9997-1.
- VibraCore: Assessing and mitigating the risk of building damage during vibration-intensive construction activities by determining the centrifugal force of the vibratory hammer required for sheet pile installation and predicting the maximum failure vibration velocity of buildings.
- CPTCore: Automatically interprets CPT data. Interpretation can be performed using any of the seven different interpretation models available, including a Machine Learning model.
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
