On-line contextual Help
/
Piles
Piles
- Using help
- User defined environment
- Common input
-
Input regimes and analysis
- Project
- Analysis methods
- Profile
- Modulus of subsoil reaction
- Soils
- Assign
- Load
- Geometry
- Material
- Water, incompressible subsoil
- Negative skin friction
- Settings
- Settings - EN
- Vertical bearing capacity – analysis based on classical theory
- Vertical bearing cap. - Spring method
- Settlement – linear loading curve (Poulos)
- Settlement – nonlinear loading curve (Masopust)
- Horizontal bearing capacity
- Outputs
-
Theory
- Verification methodology
- Stress in a soil body
- Parameters of rocks
-
Pile analysis
-
Vertical bearing capacity
- Conventional theories
-
Vertical bearing capacity - Spring method
- Limit loading curve
- Shear strength of skin
- Coefficient of increase of limit skin friction
- Depth of deformation zone
- Incompressible subsoil
- Negative skin friction
- Influence of technology
- Shear resistance on skin
- Stiffness of subsoil below the pile heel
- Increments of vertical loading
- Distributions of forces acting on pile
- Dependence of shear on deformation
-
Pile settlement
- Nonlinear theory (Masopust)
-
Linear theory (Poulos)
- Piles resting on stiff subsoil
- Piles floating in compressible subsoil
- Corrective factor for Poisson’s number Rv
- Corrective factor for stiffness soil layer Rb
- Tip load proportion for incompressible pile BETAo
- Corrective coefficient for pile compressibility Ck
- Corrective coefficient for influence of Poisson´s number of soil Cv
- Corrective coefficient for stiffness soil stratum Cb
- Pile stiffness factor K
- Basic settlement influence coefficient Io
- Corrective factor for pile compressibility Rk
- Corrective factor for finite depth of layer on a rigid base Rh
- Horizontal bearing capacity
-
Vertical bearing capacity
- Analysis using the oedometric modulus
- Dimensioning of concrete structures
Download
Language: english
-
english
Company Fine develops structural engineering software with main focus on geotechnical software and structural engineering analyses.
-
magyar
A Fine építőmérnöki szoftvereket fejleszt, elsősorban statikai és geotechnikai programokat.
-
česky
Společnost Fine se zabývá vývojem stavebního software, zejména programů na statické výpočty, zakládání staveb a geotechniku.
-
ελληνικά
Η εταιρεία Fine αναπτύσσει λογισμικό για πολιτικούς μηχανικούς και ειδικά για γεωτεχνικά θέματα και δομοστατικά θέματα.
-
по-русски
Компания Fine занимается разработкой строительного программного обеспечения, особенно программ для расчета статики и геотехнических программ.
-
فارسی
شرکت Fine توسعه دهنده نرم افزار های مهندسی عمران با نگاه ویژه به نرم افزار های ژئوتکنیک و تحلیل های سازه ای مهندسی می باشد.
-
español
Fine es una compañía que desarrolla y suministra programas de ingeniería civil especializada en programas geotécnicos y de estructuras.
-
hrvatski
Fine je Češko podužeće koje razvija i dobavlja konstrukcijske i geotehničke programe. Trenutno tvrtka nudi više od 50 pojedinačnih programa za rješavanje zadataka za statiku, dizajn konstrukcija, temeljenja i geotehnike.