Exploring the Low Cycle Fatigue Performance of FFF Steel 316L [Talk at AM Industry Summit]
[Talk at AM Industry Summit, 03 August 2021]
Exploring the Low Cycle Fatigue Performance of FFF Steel 316L
ultra low cycle fatigue
ABAQUS (6.8, 6.9 EF) - Effect of the number of back stresses
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Since ABAQUS 6.8, a new feature has been added to the combined hardening
material input.
Let's assume a combined Kinematic and Isotropic hardening case, such as
those happen in metals.
"Half cycle" uni-axial test results has been utilized to model the yield
stress-plastic strain behavior as well as the Kinematic behavior of the
metals.
In the same user interface, there is an option to choose the number of
back stresses.
Is the number of 1 back stress is equivalen to the case of linear
kinematic hardening (Ziegler's)?
ABAQUS (6.8, 6.9 EF) - Effect of the number of back stresses
Since ABAQUS 6.8, a new feature has been added to the combined hardening material input.
Let's assume a combined Kinematic and Isotropic hardening case, such as those happen in metals.
"Half cycle" uni-axial test results has been utilized to model the yield stress-plastic strain behavior as well as the Kinematic behavior of the metals.
In the same user interface, there is an option to choose the number of back stresses.
Is the number of 1 back stress is equivalen to the case of linear kinematic hardening (Ziegler's)?