If you intend to use it in a script, you should read the file and then store the contents in a tuple-type variable.

To load this type of information, use the abaqus command with this type of variable.

Here's an example of how to use experimentally obtained uniaxial behavior data.

# ------------------------------------------------------------------------------------

from abaqus import *

from abaqusConstants import *

import __main__

import section

import regionToolset

import displayGroupMdbToolset as dgm

import part

import material

import assembly

import step

import interaction

import load

import mesh

import optimization

import job

import sketch

import visualization

import xyPlot

import displayGroupOdbToolset as dgo

import connectorBehavior

import sys

def readMaterialData(fileMaterialNamePath):

fullPath = os.path.realpath(fileMaterialNamePath)

theFile = open(fullPath, 'r')

fileContentLines = theFile.read().split('\n')

print fileContentLines

return fileContentLines

filePath =

fileName =

# read and store file content in a variable

fileContentLines = readMaterialData(fileMaterialNamePath)

linesNumber = len(fileContentLines)

# check and remove last empty line

if not fileContentLines[-1]:

linesNumber = linesNumber - 1

# Assign material properties to specific part in the model

mdb.models[].materials[].hyperelastic.setValues(table=())

mdb.models[].materials[].hyperelastic.uniaxialTestData.setValues(

table=(materialDataString))

# ------------------------------------------------------------------------------------

Hi Md Ibrahim Kholil

You can read the data by a text file;

import numpy as np

x = np.loadtxt(x.txt, dtype = float)

The text file can include a vector (write the numbers then enter).

Then, you can extract value from the x and insert it into your materials properties.

Example -----------------------------------------------------------------------------------------------------

For instance, for an isotropic and linearly elastic material, you may use this function:

def MaterialIsotropic(MaterialName, E, v):

mdb.models['Model-1'].Material(name=MaterialName)

mdb.models['Model-1'].materials[MaterialName].Elastic(table=((E, v), ))

# Then execute it:

E=x[0];

v=x[1];

MaterialName = AmazingMetal

MaterialIsotropic(MaterialName, E, v)

# It is assumed that you have already imported all Abaqus modulus in your code