Dear ANSYS Experts,
I have been asked to do some primary (transient) creep modeling using
ANSYS. The creep model is Bailey-Norton model (strain =
C0stress^C1time^C2*exp(-C4/Temp)) please note that this equation obtains
the strain - reference: Table 1 of Mukhrejee et al., (2016), “Creep
Constitutive Models Suitable for Solder Alloys in Electronic Assemblies”,
Journal of Electronic Packaging, Vol 138, 3.
When I read TFM, I noticed that this model is given for the strain rate
(strain rate = C0stress^C1time^C2*exp(-C4/Temp)), in Mechanical APDL
Material Reference R19.0.
This has been scratching my mind in the last few days.
Is it just a typo somewhere or am I missing something? I would love some
inputs from ANSYS guys of this list.
Best,
Mohammad
—
Guest Professor
IMTEK
University of Freiburg
--
---====
Mohammad A Gharaibeh, Ph.D.
Associate Professor
Department of Mechanical Engineering
The Hashemite University
P.O. Box 330127
Zarqa, 13133, Jordan
Tel: +962 - 5 - 390 3333 Ext. 4771
Fax: +962 - 5 - 382 6348
---====
Dear ANSYS Experts,
I have been asked to do some primary (transient) creep modeling using
ANSYS. The creep model is Bailey-Norton model (strain =
C0*stress^C1*time^C2*exp(-C4/Temp)) please note that this equation obtains
the strain - reference: Table 1 of Mukhrejee et al., (2016), “Creep
Constitutive Models Suitable for Solder Alloys in Electronic Assemblies”,
Journal of Electronic Packaging, Vol 138, 3.
When I read TFM, I noticed that this model is given for the strain rate
(strain rate = C0*stress^C1*time^C2*exp(-C4/Temp)), in Mechanical APDL
Material Reference R19.0.
This has been scratching my mind in the last few days.
Is it just a typo somewhere or am I missing something? I would love some
inputs from ANSYS guys of this list.
Best,
Mohammad
—
Guest Professor
IMTEK
University of Freiburg
--
=====================================
Mohammad A Gharaibeh, Ph.D.
Associate Professor
Department of Mechanical Engineering
The Hashemite University
P.O. Box 330127
Zarqa, 13133, Jordan
Tel: +962 - 5 - 390 3333 Ext. 4771
Fax: +962 - 5 - 382 6348
=====================================