Dear Jorgen,
I received your approval to use Mcalibration for the purpose of my thesis, which I am very grateful for.
I did run into a little problem and hope you can help me to identify and solve it:
Here is some additional information that may help:
Load Case: Lancker Tensile Up to 0,3
Time: max=4.5e-05
Engineering strain: min=0, ave=0.117391, max=0.3
Engineering stress: min=0, ave=0.260989, max=0.4938
Young's modulus: 4.88 (average engineering modulus for the first 1% of strain.)
Engineering strain rate: min=5000, ave=6956.52, max=20000
Average engineering strain rate magnitude: 6956.52
Median engineering strain rate: 5000
Â
Load Case: Lancker Biaxial(Compression) Up to 0,3
Time: max=0
Engineering strain: min=0, ave=0.15, max=0.3
Engineering stress: min=0, ave=0.401342, max=0.9058
Engineering strain rate: min=0, ave=0, max=0
Average engineering strain rate magnitude: 0
Median engineering strain rate: 0
Â
Load Case: Lancker Shear Up to 0,3
Time: max=0
Engineering strain: min=0, ave=0.15, max=0.3
Engineering stress: min=0, ave=0.087851, max=0.1688
Engineering strain rate: min=0, ave=0, max=0
Average engineering strain rate magnitude: 0
Median engineering strain rate: 0
Â
I was able to figure it out:
I did not have data for the time, bur only for the stress and strain.
Fabricating some values for the time did help me to solve my problem.
Good to hear that you were able to solve the problem.
/Jorgen