DEFORM-3D Keyword Documentation Part 4 doc

DVOLF DVOLF Iobj, Numel, Nphase 1 f1, f2, f3, fn OPERAND DESCRIPTION DEFAULT Iobj Object number NONE Numel Number of Element NONE Nphase Number of Materials NONE DEFINITION DVOLF specifies the change in volume fraction of all the different phases that resulted from the transformation during each time step. DVOLF of each phase is initially set to zero in a simulation. REMARKS DVOLF is determined by for each step where f is the volume fraction of a particular phase. DVOLF is used in calculating the latent heat due to transformation and the change in volume of the object. DVOLF can be invaluable in determining the progress of a transformation and aid the user in deciding whether to increase or decrease the time step for a particular transformation. Applicable Simulation Modules: Microstructure Applicable Simulation Modes: Transformation Applicable Object Types: ALL except rigid ECAFLX ECAFLX Object1, Ndata, Default Num(1), node1(1) node2(1) node3(1) node4(1) Flux(1) : : : Num(Ndata), node1(Ndata) node2(Ndata) node3(Ndata) node4(Ndata) Flux(Ndata) OPERAND DESCRIPTION DEFAULT Object Object number None Ndata Number of face data sets None Default Default value for edge based atom flux 0.0 Num(i) ith data pair None node1(i) 1 st node defining face i node2(i) 2 nd node defining face i node3(i) 3 rd node defining face i node4(i) 4 th node defining face i Flux(i) Distributed atom flux of ith data pair 0.0 DEFINITION ECAFLX specifies the distributed atom heat flux to be applied to individual faces. REMARKS Distributed atom flux is defined as atom per unit time per unit area. The atom flux is assumed to be constant over the edge it is defined over. In order to activate atom flux, the faces must be specified using the keyword ECCATM with a boundary condition code of 3. Atom flux may be specified as a function of time with keyword ECATFN. Applicable object types: Rigid, Elastic, Plastic, Elastoplastic, Porous ECATFN ECATFN Object, Ndata, Default Num(1), node1(1) node2(1) node3(1) node4(1) BCfuncNum(1) : : : Num(Ndata), node1(Ndata) node2(Ndata) node3(Ndata) node4(Ndata) BCfuncNum(Ndata) OPERAND DESCRIPTION DEFAULT Object Object Number None Ndata Number of face constraint data sets None Default Default value for function number 0 Num(i) ith data set None node1(i) 1 st node defining face i None node2(i) 2 nd node defining face i None node3(i) 3 rd node defining face i node4(i) 4 th node defining face i BCfuncNum(i) Function type for diffusion boundary constraint in ith data None set DEFINITION ECATFN specifies whether a atom face boundary condition function is defined as a function or through a user subroutine. REMARKS The function type (Ftype) options are: < 0 user routine number > 0 function number (specified in BCCFNC) The user should be aware that the face definition function shares the function structure with the nodal boundary condition function keyword (BCCFNC). Applicable object types: Elastic, Plastic, Elastoplastic, Porous ECCATM ECCATM Object, Ndata, DefBCAtom Num(1), node1(1) node2(1) node3(1) node4(1) BCAtom(1) : : Num(Ndata), node1(Ndata) node2(Ndata) node3(Ndata) node4(Ndata) BCAtom(Ndata) OPERAND DESCRIPTION DEFAULT Object Object number None Ndata Number of node/boundary constraint data pairs None DefBCAtom Default carbon boundary constraint code of 0 all faces not listed in node/boundary constraint data pairs Num(i) ith data pair None node1(i) 1 st node defining face i node2(i) 2 nd node defining face i node3(i) 3 rd node defining face i node4(i) 4 th node defining face i BCAtom(i) Carbon boundary constraint code of ith data None pair DEFINITION ECCATM specifies the diffusion boundary condition code for individual faces. REMARKS The boundary constraint code (bcc) options for DefBCAtom and BCAtom(i) are 1. faces are absorbing carbon from the environment 3 atom flux 4 local definition For bcc = 2, carbon absorption from environment calculations will be performed at the specified face. For bcc = 3, the value of the atom flux should be specified with ECAFLX . For bcc = 4, the value of the face atom flux should be specified with LOCATM or in a user routine. The user specifies both an atom flux and environmental atom diffusion in this boundary condition. Applicable object types: Elastic, Plastic, Elastoplastic, Porous RELATED TOPICS Boundary constraints, Inter-object contact Keywords: ECTMFN, BCCFNC, LOCTMP, NDTMP, ECHFLX ECCDEF ECCDEF Object, Ndata, Default Num(1), Node1(1), Node2(1) node3(1) node4(1) NCode(1) : : : Num(Ndata), Node1(Ndata), Node2(Ndata) node3(Ndata) node4(Ndata) NCode(Ndata) OPERAND DESCRIPTION DEFAULT Object Object Number None Ndata Number of face constraint data sets None Default Default boundary constraint None Num(i) Node of ith data set None node1(i) 1 st node defining face i node2(i) 2 nd node defining face i node3(i) 3 rd node defining face i node4(i) 4 th node defining face i NCode(i) Deformation boundary constraint code of ith data set None DEFINITION ECCDEF specifies the deformation boundary constraint on a specified face. REMARKS The face boundary constraint code (bcc) options are 2: face pressure 9: local definition For ecc = 2, the value of the nodal traction should be specified with keyword ECPRES. Only normal pressure can only be applied to faces. The keyword ECDEFN is used to specify if the face values are specified as a constant, a function of time or by a user routine (Note: The user routine option is not available in the NT versions of 2D). For ecc = 9, the local boundary conditions are specified with LOCDEF . Applicable object types: Elastic, Plastic, Elastoplastic, Porous RELATED TOPICS Boundary constraints, Inter-object contact ECCTMP ECCTMP Object, Ndata, DefBCHeat Num(1), node1(1) node2(1) node3(1) node4(1) BCHeat(1) : : Num(Ndata), node1(Ndata) node2(Ndata) node3(Ndata) node4(Ndata) BCHeat(Ndata) OPERAND DESCRIPTION DEFAULT Object Object number None Ndata Number of face constraint data sets None DefBCHeat Default heat transfer boundary constraint code of None all faces not listed in face constraint data pairs Num(i) ith data pair None node1(i) 1 st node defining face i node2(i) 2 nd node defining face i node3(i) 3 rd node defining face i node4(i) 4 th node defining face i BCHeat(i) Heat transfer boundary constraint code of ith data None pair DEFINITION ECCTMP specifies the heat transfer boundary constraint code for individual faces. [...]... node1(i) 1st node defining face i node2(i) 2nd node defining face i node3(i) 3rd node defining face i node4(i) 4th node defining face i Flux(i) Distributed heat flux of ith data pair 0.0 DEFINITION ECHFLX specifies the distributed heat flux to be applied to individual faces This keyword will replace the keyword NDFLUX in versions after 2D 7.0 REMARKS Distributed heat flux is defined as heat per unit time... be specified using the keyword ECCTMP with a boundary condition code of 3 Nodal heat flux may be specified as a function of time with keyword ECTMFN Applicable object types: Rigid, Elastic, Plastic, Elastoplastic, Porous ECPRES ECPRES Object, Ndata, DefPressure Num(1), node1(i) node2(i) node3(1) node4(1) NorPressure(1) ::: Num(Ndata), node1(NData) node2(NData) node3(Ndata) node4(Ndata) NorPressure(NData)... definition function shares the function structure with the nodal boundary condition function keyword (BCCFNC) Applicable object types: Elastic, Plastic, Elastoplastic, Porous ECHFLX ECHFLX Object1, Ndata, Default Num(1), node1(1) node2(1) node3(1) node4(1) Flux(1) ::: Num(Ndata), node1(Ndata) node2(Ndata) node3(Ndata) node4(Ndata) Flux(Ndata) OPERAND DESCRIPTION DEFAULT Object Object number None Ndata Number... types: Elastic, Plastic, Elastoplastic, Porous RELATED TOPICS Boundary constraints, Inter-object contact Keywords: ECTMFN, BCCFNC, LOCTMP, NDTMP, ECHFLX ECDEFN ECDEFN Object, Ndata, Default Num(1), node1(1) node2(1) node3(1) node4(1) BCfuncNum(1) ::: Num(Ndata), node1(Ndata) node2(Ndata) node3(Ndata) node4(Ndata) BCfuncNum(Ndata) OPERAND DESCRIPTION DEFAULT Object Object Number None Ndata Number of face... defining face i None node2(i) 2nd node defining face i None node3(i) 3rd node defining face i node4(i) 4th node defining face i BCfuncNum(i) Function type for deformation boundary constraint in ith data None set DEFINITION ECDEFN specifies if the value of a deformation boundary (pressure) associated with a particular face to be specified as a set of time/pressure data or as a user routine REMARKS The... value is specified for DefPressure, it is assumed to be zero Nodal pressure may be specified as a function of time with keyword ECDEFN ECTMFN ECTMFN Object, Ndata, Default Num(1), node1(1) node2(1) node3(1) node4(1) BCfuncNum(1) ::: Num(Ndata), node1(Ndata) node2(Ndata) node3(Ndata) node4(Ndata) BCfuncNum(Ndata) OPERAND DESCRIPTION DEFAULT Object Object Number None Ndata Number of face constraint data... simulation Other keywords which effect simulation termination include: LMAX, NSTEP, SMAX, TMAX, VMIN The simulation will terminate when the criteria specified in any of these keywords has been satisfied If MaxStrain = 0, EMAX will not be used as a termination condition Applicable simulation types: Isothermal Deformation Non-Isothermal Deformation RELATED TOPICS Termination parameters Keywords: SMAX,... BCHeat(i) are 2: Heat exchanging with the environment via convection and radiatio 3: heat flux 4: local definition For bcc = 2, convection and radiation heat transfer calculations will be performed at the specified face For bcc = 3, the value of the nodal heat flux should be specified with ECHFLX or ECTMFN For bcc = 4, the value of the nodal heat flux should be specified with LOCTMP or in a user routine... sets None Default Default value for temperature function 0 Num(i) ith data set None node1(i) 1st node defining face i None node2(i) 2nd node defining face i None node3(i) 3rd node defining face i node4(i) 4th node defining face i BCfuncNum(i) Function type for deformation boundary constraint in ith data None set DEFINITION ECTMFN specifies whether a temperature face boundary condition function is defined... 3): Temp/Density/Atom(1), ElRst(1) Temp/Density/Atom(Ndata), ElRst(Ndata) else if (Ftype = 4) : Temp(1) Temp (N1) Atom(1) Atom (N2) ElRst(1) ElRst(Ndata) OPERAND DESCRIPTION DEFAULT Material Material number None Ftype Function type None 0 = Constant 1 = Temperature dependent 2= Density dependent 3= Atom dependent 4= Temperature and Atom dependent ElRst Electric resistanc None Ndata Number of data pairs . node4(i) 4 th node defining face i Flux(i) Distributed heat flux of ith data pair 0.0 DEFINITION ECHFLX specifies the distributed heat flux to be applied to individual faces. This keyword. with keyword ECDEFN. ECTMFN ECTMFN Object, Ndata, Default Num(1), node1(1) node2(1) node3(1) node4(1) BCfuncNum(1) : : : Num(Ndata), node1(Ndata) node2(Ndata) node3(Ndata) node4(Ndata). flux, the faces must be specified using the keyword ECCATM with a boundary condition code of 3. Atom flux may be specified as a function of time with keyword ECATFN. Applicable object types: