geolib.models.dfoundations.profiles

Classes

CPT(**data)	TODO To be expanded/generalized in GEOLib+
Excavation(**data)	Excavation class.
Profile(**data)	Generic profile class.

class geolib.models.dfoundations.profiles.CPT(**data)

TODO To be expanded/generalized in GEOLib+

measure_data need to be provided as a list of dicts:

[{
    "z": float,  # negative
    "qc": float,
}]

Note that timeorder_type will force all other CPTs in the same model to the same timeorder_type.

Parameters:

data (Any) –

cptname: str

depthrange: float

excavation_type: ExcavationType

groundlevel: float

interpretation_model: InterpretationType

interpretation_model_stressdependent: Bool

measured_data: List[Dict[str, float]]

pre_excavation: float

timeorder_type: TimeOrderType

to_profile(method, **kwargs)

TODO GEOLib+ Interpret CPT by method to generate a Profile.

Return type:

Profile

void_value_cone_resistance: float

void_value_depth: float

void_value_equivalent_electronic_qc: float

void_value_friction_number: float

void_value_pore_water_pressure: float

void_value_sleeve_friction: float

class geolib.models.dfoundations.profiles.Excavation(**data)

Excavation class.

Note that using an excavation level will override all previous set excavation levels in the same model.

Parameters:

data (Any) –

distance_edge_pile_to_excavation_boundary: float

excavation_length_infinite: Bool

excavation_level: float

excavation_width_infinite: Bool

reduction_of_core_resistance: ReductionCoreResistanceEnum

class geolib.models.dfoundations.profiles.Profile(**data)

Generic profile class.

Layers need to be provided as a list of dicts:

[{
    "name": str,
    "material": str,
    "top_level": float  # [m]
    "excess_pore_pressure_top": float = 0.0  # [kN/m3]
    "excess_pore_pressure_bottom": float = 0.0  # [kN/m3]
    "ocr_value": float = 1.0  # [-]
    "reduction_core_resistance": float = 0.0  # [%]
},]

Parameters:

data (Any) –

bottom_of_negative_skin_friction: float

concentration_value_frohlich: int

cpt: CPT

excavation: Optional[Excavation]

expected_ground_level_settlement: float

layers: List[Dict[str, Any]]

location: Point

name: str

overconsolidation_ratio: float

phreatic_level: float

pile_tip_level: float

placement_depth_of_foundation: float

top_of_positive_skin_friction: float

top_tension_zone: float