Changes in Abaqus output variable identifiers

Element integration point variables

BINDERVF: Binder volume fraction. First available in the Abaqus 2022 FD02 (FP.2214) release.
CAVG_i: Absolute average concentration of particle type $i$ ( $1 \leq i \leq 3$ ) for the swelling computation. First available in the Abaqus 2022 FD02 (FP.2214) release.
CSURFAVG: Average normalized surface concentration in the particles on microscale. First available in the Abaqus 2022 FD02 (FP.2214) release.
CSURF_i: Absolute surface concentration of particle type $i$ ( $1 \leq i \leq 3$ ) for Butler-Volmer current density computation. First available in the Abaqus 2022 FD02 (FP.2214) release.
ECDBV: Butler-Volmer electrical current density. First available in the Abaqus 2022 FD02 (FP.2214) release.
ECDBV_i: Butler-Volmer current density of particle type $i$ ( $1 \leq i \leq 3$ ). First available in the Abaqus 2022 FD02 (FP.2214) release.
ECHEMQ: Sum of available heat generation terms. First available in the Abaqus 2022 FD02 (FP.2214) release.
ECHEMQ12: Sum of heat generation terms 1 and 2. First available in the Abaqus 2022 FD02 (FP.2214) release.
ECHEMQ1_i: Heat generation term 1 of particle type $i$ ( $1 \leq i \leq 3$ ). First available in the Abaqus 2022 FD02 (FP.2214) release.
ECHEMQ2_i: Heat generation term 2 of particle type $i$ ( $1 \leq i \leq 3$ ). First available in the Abaqus 2022 FD02 (FP.2214) release.
ECHEMQ3: Heat generation term 3. First available in the Abaqus 2022 FD02 (FP.2214) release.
ECHEMQ4: Heat generation term 4. First available in the Abaqus 2022 FD02 (FP.2214) release.
ECHEMQ5: Heat generation term 5. First available in the Abaqus 2022 FD02 (FP.2214) release.
FLUIDVF: Fluid volume fraction. First available in the Abaqus 2022 FD02 (FP.2214) release.
GKEEQ: Glinka equivalent strain. First available in the Abaqus 2022 FD01 (FP.2205) release.
GKPEEQ: Glinka equivalent plastic strain. First available in the Abaqus 2022 FD01 (FP.2205) release.
GKSEQ: Glinka equivalent stress. First available in the Abaqus 2022 FD01 (FP.2205) release.
NBEEQ: Neuber equivalent strain. First available in the Abaqus 2022 FD01 (FP.2205) release.
NBPEEQ: Neuber equivalent plastic strain. First available in the Abaqus 2022 FD01 (FP.2205) release.
NBSEQ: Neuber equivalent stress. First available in the Abaqus 2022 FD01 (FP.2205) release.
OCP_i: Open circuit potential of particle type $i$ ( $1 \leq i \leq 3$ ) for Butler-Volmer current density computation. First available in the Abaqus 2022 FD02 (FP.2214) release.
ORITENS: All orientation tensor components. Available only for elements with multiscale material or linear orthotropic elastic material with fiber dispersion and only if the orientation tensor is specified with a distribution. Only written to the output database (.odb) file for the original field output frame at zero time. First available in the Abaqus 2022 FD01 (FP.2205) release.
OVERPOT_i: Overpotential of particle type $i$ ( $1 \leq i \leq 3$ ) for Butler-Volmer current density computation. First available in the Abaqus 2022 FD02 (FP.2214) release.
S_MISES: Signed von Mises equivalent stress. First available in the Abaqus 2022 FD01 (FP.2205) release.
SOLIDVF: Solid volume fraction. First available in the Abaqus 2022 FD02 (FP.2214) release.
TOTALC_i: Total lithium amount of particle type $i$ ( $1 \leq i \leq 3$ ). First available in the Abaqus 2022 FD02 (FP.2214) release.
VOLE_i: Swelling Jacobian of particle type $i$ ( $1 \leq i \leq 3$ ). First available in the Abaqus 2022 FD02 (FP.2214) release.

Element Face Variables

TRVEC: Traction load vector on element faces. First available in the Abaqus 2022 FD02 (FP.2214) release.

Nodal variables

J: Averaged value of the contour integral evaluated based on the conventional finite element method. First available in the Abaqus 2022 FD01 (FP.2205) release.
K: Averaged values of the stress intensity factors evaluated based on the conventional finite element method. First available in the Abaqus 2022 FD01 (FP.2205) release.
TSTRESS: Averaged value of the T-stress evaluated based on the conventional finite element method. First available in the Abaqus 2022 FD01 (FP.2205) release.

Surface variables

CNMSF: Nodal contact mass scaling factor. First available in the Abaqus 2022 FD04 (FP.2232) release.
ECDE: Electrical current in electrolyte per unit area. First available in the Abaqus 2022 FD02 (FP.2214) release.
ECDEA: ECDE multiplied by the nodal area. First available in the Abaqus 2022 FD02 (FP.2214) release.
ECDET: Time integrated ECDE. First available in the Abaqus 2022 FD02 (FP.2214) release.
ECDETA: Time integrated ECDEA. First available in the Abaqus 2022 FD02 (FP.2214) release.
MFLE: Ionic flux per unit area leaving the secondary surface. First available in the Abaqus 2022 FD02 (FP.2214) release.
MFLEA: MFLE multiplied by the nodal area. First available in the Abaqus 2022 FD02 (FP.2214) release.
MFLET: Time integrated MFLE. First available in the Abaqus 2022 FD02 (FP.2214) release.
MFLETA: Time integrated MFLEA. First available in the Abaqus 2022 FD02 (FP.2214) release.
NDTTOTAL: Stable time increment over contact surfaces with effects of element and contact mass scaling. First available in the Abaqus 2022 FD04 (FP.2232) release.
SJDE: Heat flux per unit area due to electrical current in electrolyte. First available in the Abaqus 2022 FD02 (FP.2214) release.
SJDEA: SJDE multiplied by the nodal area. First available in the Abaqus 2022 FD02 (FP.2214) release.
SJDET: Time integrated SJDE. First available in the Abaqus 2022 FD02 (FP.2214) release.
SJDETA: Time integrated SJDEA. First available in the Abaqus 2022 FD02 (FP.2214) release.

Whole and Partial Model Variables

AMOUNT: Amount of lithium in moles in solid particles and the electrolyte. First available in the Abaqus 2022 FD02 (FP.2214) release.
AMOUNTE: Amount of lithium in moles in the electrolyte. First available in the Abaqus 2022 FD02 (FP.2214) release.
AMOUNTS: Amount of lithium in moles in solid particles. Available only at electrodes. First available in the Abaqus 2022 FD02 (FP.2214) release.
CDMASS: Percent change in mass of the model due to contact mass scaling. First available in the Abaqus 2022 FD04 (FP.2232) release.