KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
Public Member Functions | Public Attributes | List of all members
DEM_material_test_script_mpi.MaterialTest Class Reference
Inheritance diagram for DEM_material_test_script_mpi.MaterialTest:
Collaboration diagram for DEM_material_test_script_mpi.MaterialTest:

Public Member Functions

def __init__ (self, DEM_parameters, procedures, solver, graphs_path, post_path, spheres_model_part, rigid_face_model_part)
 
def Initialize (self)
 
def Flush (self, a)
 
def PrepareTests (self)
 
def PrepareDataForGraph (self)
 
def MeasureForcesAndPressure (self)
 
def PrintGraph (self, step)
 
def PrintChart (self)
 
def FinalizeGraphs (self)
 
def MeasureRadialStrain (self)
 
- Public Member Functions inherited from DEM_material_test_script.MaterialTest
def BreakBondUtility (self, spheres_model_part)
 
def PrepareTestOedometric (self)
 
def PrepareTestTriaxialHydro (self)
 
def ComputeLoadingVelocity (self)
 
def ComputeMeasuringSurface (self)
 
def CylinderSkinDetermination (self)
 
def BtsSkinDetermination (self)
 
def OrientationStudy (self, contact_model_part, step)
 
def ApplyLateralPressure (self, Pressure, XLAT, XBOT, XTOP, XBOTCORNER, XTOPCORNER, alpha_top, alpha_bot, alpha_lat)
 
def PoissonMeasure (self)
 
def GenerateGraphics (self)
 POISSON##################################. More...
 

Public Attributes

 bts_export
 Fixing horizontally top and bot. More...
 
 graph_export
 
 graph_export_1
 
 graph_export_2
 
 graph_export_volumetric
 
 length_correction_factor
 
 total_check
 
 top_mesh_nodes
 
 bot_mesh_nodes
 
 total_stress_bts
 
 volumetric_strain
 
 total_stress_top
 
 total_stress_bot
 
 total_stress_mean
 
 Pressure
 
- Public Attributes inherited from DEM_material_test_script.MaterialTest
 parameters
 
 graphs_path
 
 post_path
 
 spheres_model_part
 
 rigid_face_model_part
 
 Procedures
 
 solver
 
 top_mesh_nodes
 
 bot_mesh_nodes
 
 top_mesh_fem_nodes
 
 bot_mesh_fem_nodes
 
 xtop_area
 
 xbot_area
 
 xlat_area
 
 xtopcorner_area
 
 xbotcorner_area
 
 SKIN
 
 LAT
 
 BOT
 
 TOP
 
 XLAT
 
 XTOP
 
 XBOT
 
 XTOPCORNER
 
 XBOTCORNER
 
 bond_00_05
 
 bond_05_10
 
 bond_10_15
 
 bond_15_20
 
 bond_20_25
 
 bond_25_30
 
 bond_30_35
 
 bond_35_40
 
 bond_40_45
 
 bond_45_50
 
 bond_50_55
 
 bond_55_60
 
 bond_60_65
 
 bond_65_70
 
 bond_70_75
 
 bond_75_80
 
 bond_80_85
 
 bond_85_90
 
 sizes
 
 sigma_mean_table
 
 tau_mean_table
 
 sigma_rel_std_dev_table
 
 tau_rel_std_dev_table
 
 sigma_ratio_table
 
 graph_counter
 
 renew_pressure
 
 Pressure
 
 pressure_to_apply
 
 CN_graph_counter
 
 length_correction_factor
 
 graph_frequency
 
 strain
 
 strain_bts
 
 volumetric_strain
 
 radial_strain
 
 first_time_entry
 
 first_time_entry_2
 
 total_stress_top
 
 total_stress_bot
 
 total_stress_mean
 
 LoadingVelocity
 
 MeasuringSurface
 
 height
 
 diameter
 
 ConfinementPressure
 
 test_type
 Fixing horizontally top and bot. More...
 
 y_coordinate_of_cylinder_bottom_base
 
 z_coordinate_of_cylinder_bottom_base
 
 problem_name
 
 initial_time
 
 chart
 
 aux
 
 PreUtilities
 
 alpha_top
 Correction Coefs TODO 0.25* for cylinder section EXXON. More...
 
 alpha_bot
 
 alpha_lat
 
 bts_export
 
 graph_export_1
 
 graph_export_2
 
 graph_export_3
 
 graph_export_4
 
 graph_export_volumetric
 
 CN_export
 
 total_check
 
 total_stress_bts
 

Constructor & Destructor Documentation

◆ __init__()

def DEM_material_test_script_mpi.MaterialTest.__init__ (   self,
  DEM_parameters,
  procedures,
  solver,
  graphs_path,
  post_path,
  spheres_model_part,
  rigid_face_model_part 
)

Member Function Documentation

◆ FinalizeGraphs()

def DEM_material_test_script_mpi.MaterialTest.FinalizeGraphs (   self)

◆ Flush()

def DEM_material_test_script_mpi.MaterialTest.Flush (   self,
  a 
)

◆ Initialize()

def DEM_material_test_script_mpi.MaterialTest.Initialize (   self)

◆ MeasureForcesAndPressure()

def DEM_material_test_script_mpi.MaterialTest.MeasureForcesAndPressure (   self)

◆ MeasureRadialStrain()

def DEM_material_test_script_mpi.MaterialTest.MeasureRadialStrain (   self)

◆ PrepareDataForGraph()

def DEM_material_test_script_mpi.MaterialTest.PrepareDataForGraph (   self)

◆ PrepareTests()

def DEM_material_test_script_mpi.MaterialTest.PrepareTests (   self)

◆ PrintChart()

def DEM_material_test_script_mpi.MaterialTest.PrintChart (   self)

◆ PrintGraph()

def DEM_material_test_script_mpi.MaterialTest.PrintGraph (   self,
  step 
)

Member Data Documentation

◆ bot_mesh_nodes

DEM_material_test_script_mpi.MaterialTest.bot_mesh_nodes

◆ bts_export

DEM_material_test_script_mpi.MaterialTest.bts_export

Fixing horizontally top and bot.

◆ graph_export

DEM_material_test_script_mpi.MaterialTest.graph_export

◆ graph_export_1

DEM_material_test_script_mpi.MaterialTest.graph_export_1

◆ graph_export_2

DEM_material_test_script_mpi.MaterialTest.graph_export_2

◆ graph_export_volumetric

DEM_material_test_script_mpi.MaterialTest.graph_export_volumetric

◆ length_correction_factor

DEM_material_test_script_mpi.MaterialTest.length_correction_factor

◆ Pressure

DEM_material_test_script_mpi.MaterialTest.Pressure

◆ top_mesh_nodes

DEM_material_test_script_mpi.MaterialTest.top_mesh_nodes

◆ total_check

DEM_material_test_script_mpi.MaterialTest.total_check

◆ total_stress_bot

DEM_material_test_script_mpi.MaterialTest.total_stress_bot

◆ total_stress_bts

DEM_material_test_script_mpi.MaterialTest.total_stress_bts

◆ total_stress_mean

DEM_material_test_script_mpi.MaterialTest.total_stress_mean

◆ total_stress_top

DEM_material_test_script_mpi.MaterialTest.total_stress_top

◆ volumetric_strain

DEM_material_test_script_mpi.MaterialTest.volumetric_strain

The documentation for this class was generated from the following file: