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_benchmarks_class.Benchmark40 Class Reference
Collaboration diagram for DEM_benchmarks_class.Benchmark40:

Public Member Functions

def __init__ (self)
 
def ApplyNodalRotation (self, time, dt, modelpart)
 
def set_initial_data (self, modelpart, rigid_face_model_part, iteration, number_of_points_in_the_graphic, coeff_of_restitution_iteration)
 
def get_final_data (self, modelpart, rigid_face_model_part, cluster_model_part)
 
def generate_graph_points (self, modelpart, rigid_face_model_part, cluster_model_part, time, graph_print_interval, dt)
 
def print_results (self, number_of_points_in_the_graphic, dt=0, elapsed_time=0.0)
 
def compute_errors (self)
 
def compute_rigid_errors (self)
 
def create_gnuplot_scripts (self, output_filename, dt)
 

Public Attributes

 generated_data
 
 balls_graph_counter
 
 rigid_graph_counter
 stage 0 - simple dem More...
 
 number_of_DEM_benchmarks
 
 number_of_FEM_benchmarks
 
 graph_frequency
 

Constructor & Destructor Documentation

◆ __init__()

def DEM_benchmarks_class.Benchmark40.__init__ (   self)

Member Function Documentation

◆ ApplyNodalRotation()

def DEM_benchmarks_class.Benchmark40.ApplyNodalRotation (   self,
  time,
  dt,
  modelpart 
)

◆ compute_errors()

def DEM_benchmarks_class.Benchmark40.compute_errors (   self)

◆ compute_rigid_errors()

def DEM_benchmarks_class.Benchmark40.compute_rigid_errors (   self)

◆ create_gnuplot_scripts()

def DEM_benchmarks_class.Benchmark40.create_gnuplot_scripts (   self,
  output_filename,
  dt 
)

◆ generate_graph_points()

def DEM_benchmarks_class.Benchmark40.generate_graph_points (   self,
  modelpart,
  rigid_face_model_part,
  cluster_model_part,
  time,
  graph_print_interval,
  dt 
)

◆ get_final_data()

def DEM_benchmarks_class.Benchmark40.get_final_data (   self,
  modelpart,
  rigid_face_model_part,
  cluster_model_part 
)

◆ print_results()

def DEM_benchmarks_class.Benchmark40.print_results (   self,
  number_of_points_in_the_graphic,
  dt = 0,
  elapsed_time = 0.0 
)

◆ set_initial_data()

def DEM_benchmarks_class.Benchmark40.set_initial_data (   self,
  modelpart,
  rigid_face_model_part,
  iteration,
  number_of_points_in_the_graphic,
  coeff_of_restitution_iteration 
)

Member Data Documentation

◆ balls_graph_counter

DEM_benchmarks_class.Benchmark40.balls_graph_counter

◆ generated_data

DEM_benchmarks_class.Benchmark40.generated_data

◆ graph_frequency

DEM_benchmarks_class.Benchmark40.graph_frequency

◆ number_of_DEM_benchmarks

DEM_benchmarks_class.Benchmark40.number_of_DEM_benchmarks

◆ number_of_FEM_benchmarks

DEM_benchmarks_class.Benchmark40.number_of_FEM_benchmarks

◆ rigid_graph_counter

DEM_benchmarks_class.Benchmark40.rigid_graph_counter

stage 0 - simple dem

stage 1

stage 2

stage 3

stage 4 - particle injected by inlet

stage 5 - inlet movement

stage 6 - dem with initial velocity

stage 7 - gravity on sphere of spheres

stage 8 - dem with reduced degrees of freedom

stage 9 - dem falling pink

stage 10 - dem falling green fem

stage 11 - dem falling orange

stage 12 - dem imposed period

stage 13 - dem initial

stage 14 - dem contra fem rotatori force


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