Select the Material Model and Add Non-linear Data

1. Click Home > Material Model > Elastic Plastic.

   

2. Click Material > Add > Add non-linear Material.
3. Copy and paste the data below [1] into the Add Non-Linear Material dialog.

   Stress (MPa)	Strain (mm/mm)	Angle (°)	Temp (°C)
   0	0	0	23
   11.7945	0.001064	0	23
   21.99841	0.001993	0	23
   28.92476	0.002614	0	23
   35.32054	0.003215	0	23
   42.08288	0.00386	0	23
   47.8012	0.004422	0	23
   52.97319	0.004923	0	23
   57.68847	0.005393	0	23
   62.89662	0.005915	0	23
   68.09287	0.006454	0	23
   73.18886	0.006993	0	23
   78.25729	0.00754	0	23
   83.31084	0.008099	0	23
   88.35387	0.008671	0	23
   93.36761	0.009255	0	23
   98.34512	0.009853	0	23
   103.3201	0.010469	0	23
   108.225	0.011098	0	23
   113.0714	0.011742	0	23
   117.8402	0.012401	0	23
   122.2841	0.013043	0	23
   126.9724	0.013746	0	23
   131.4255	0.014451	0	23
   135.5258	0.015149	0	23
   139.8948	0.015912	0	23
   143.684	0.016654	0	23
   147.7255	0.017437	0	23
   152.5762	0.018432	0	23
   154.6777	0.019134	0	23
   158.5864	0.020048	0	23
   162.7148	0.021149	0	23
   165.4935	0.022157	0	23
   0	0	90	23
   7.579338	0.001347	90	23
   15.73027	0.002852	90	23
   23.09458	0.004233	90	23
   28.86905	0.00534	90	23
   33.84159	0.006318	90	23
   38.72688	0.007302	90	23
   43.52814	0.008281	90	23
   48.12393	0.009248	90	23
   52.5562	0.010217	90	23
   56.98764	0.011227	90	23
   61.1457	0.012229	90	23
   65.3673	0.013311	90	23
   73.38244	0.015615	90	23
   77.26465	0.016885	90	23
   80.99502	0.018215	90	23
   84.51849	0.019595	90	23
   87.8606	0.021032	90	23
   90.93739	0.022525	90	23
   93.7159	0.024077	90	23
   96.14697	0.025705	90	23
   98.17173	0.027405	90	23
   0	0	45	23
   10.12003	0.001778	45	23
   19.39352	0.003451	45	23
   26.6503	0.004805	45	23
   32.52005	0.005917	45	23
   38.24984	0.007064	45	23
   44.60503	0.008373	45	23
   50.33386	0.00963	45	23
   55.86263	0.010939	45	23
   61.19571	0.012314	45	23
   66.37415	0.013788	45	23
   71.13265	0.015326	45	23
   75.74393	0.017093	45	23
   83.50243	0.021532	45	23
   86.71873	0.024462	45	23
   89.52131	0.027721	45	23

4. Make sure the appropriate units are selected and click Plot Profile to view the non-linear stress-strain data.

   

5. Click Close and click Done.
6. Review the mechanical properties of the material by clicking Material > Review > Material Data.
7. Navigate to the Mechanical Models tab to review the calculated Ramberg-Osgood parameters. Click OK.

Note: Now that you have learned to use Advanced Material Exchange to add non-linear stress-strain data to your model, you may wish to use a personal database file to store the Ramberg-Osgood parameters for future use.

To create a personal database file after you have added the non-linear stress and strain data:

1. Click Material > Export > Export Material Data.
2. Save the file to your Moldflow Synergy materials directory (usually C:\Program Files\Autodesk\Simulation Moldflow Synergy 2015\data\udb).
3. Open a Moldflow Insight model and select the material (Home > Molding Process Setup > Select Material).
4. Locate the Ultramid B3EG6 manufacturer and choose the appropriate trade name for the .udb file you just saved.

Now this material has the Ramberg-Osgood parameters stored, so when you import your next model into Advanced Material Exchange you won't need to add the non-linear stress-strain data.