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Rock Stability
Verification according to the factor of safety
When performing verification according to the factor of safety the program directly determines the value of the factor of safety FS. Verification condition has the form:
| where: | Tpos | - | shear forces along the slip surface |
| Tvzd | - | passive forces along the slip surface | |
| Fs | - | required factor of safety |
When analyzing the polygonal slip surface the program directly determines the value of the factor of safety FS.
Verification condition has the form:
| where: | FS | - | calculated factor of safety |
| SB | - | required factor of safety |
Typical values for most cases when studying stability of rock slopes are, e.g. for walls of foundation pits F =1,1 to 1,25, for rock cuts of highways F =1,2 to 1,5, etc.
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Company Fine develops structural engineering software with main focus on geotechnical software and structural engineering analyses.
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A Fine építőmérnöki szoftvereket fejleszt, elsősorban statikai és geotechnikai programokat.
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Společnost Fine se zabývá vývojem stavebního software, zejména programů na statické výpočty, zakládání staveb a geotechniku.
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Η εταιρεία Fine αναπτύσσει λογισμικό για πολιτικούς μηχανικούς και ειδικά για γεωτεχνικά θέματα και δομοστατικά θέματα.
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Компания Fine занимается разработкой строительного программного обеспечения, особенно программ для расчета статики и геотехнических программ.
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