Soil Nailing
The “Soil Nailing” program is used to analyze and design embankments secured with nails in accordance with the block sliding approach. The internal and external stability verifications as well as the design of the nails and the shotcrete wall are performed.
Only available in FRILO Geotechnic Ultimate
Performance characteristics
Structural system
- The graduation of the wall is possible
- Any number of excavations stages
- For the accurate internal modelling of the foundation dimensions, it is possible to import DXF graphics as a background
Ground surface
- Any slope shape and stratification can be defined
Groundwater
- Any course of the groundwater can be defined
Loads
- Several load cases with:
- vertical and horizontal concentrated loads and line loads can be defined
- earthquake loads can be considered
Geotechnical verifications
- Analysis according to the general block sliding approach
- Verifications of the internal and external stability: sliding mass investigation, overturning, sliding, ground failure and base failure
- Verification of the nails: determination of the nail forces, steel tension, transfer of the nail forces into the soil, calculation of the nail lengths and diameters
Reinforced concrete design
- Design of the shotcrete wall:
- as a slab or a continuous girder
- determination of the reinforcement
- punching shear analysis at the nail head plate
Results
- Detailed output of the individual load cases as text and graphics
File formats
- Printer
Export options
- RTF export to MS Word
- Graphic export in JPG format
- DXF export
Foundation engineering
- EN 1997-1
- DIN EN 1997-1
- ÖNORM B 1997-1-1
- NF EN 1997-1
- BS EN 1997-1
- UNI EN 1997-1 with NTC 2018
- EN 1998-5
- DIN 1054
- SIA 267
- additional approvals
Reinforced Concrete
- EN 1992
- DIN EN 1992
- ÖNORM B 1992
- NF EN 1992
- BS EN 1992
- UNI EN 1992
- DIN 1045
- SIA 262
- ÖNORM B 4700
- BS 8110
Support resources
News
16.05.2024
FRILO launches version 2024-2 with powerful updates for structural analysis and design
Highlights include the optimised design of Schöck Isokörbe®, the advanced integration of DC foundation engineering programs into the FRILO environment and new RSX interfaces for detail verifications in steel construction.
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24.04.2024
Load determination for eight-floor perimeter block development with FRILO Building Model
Find out how the structural engineers at bauart Konstruktions GmbH determined the loads for an eight-floor perimeter block development in Frankfurt’s Europaviertel district using the GEO from FRILO.
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