VOLFS VOLFN 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 VOLFN specifies the volume fraction limit of a phase in an element of an object. VOLFN is only stored in the database at the beginning of a new phase transformation, ex. Austenite  Pearlite or Austenite  Martensite. The intent of VOLFN is to assure that the volume fraction amount transformed from Austenite  Pearlite does not exceed the volume fraction of Austenite prior to transformation. REMARKS Example of implementation of VOLFN A: Austenite P: Pearlite B: Bainite M: Martensite Step 1 A: 1 P:0 B:0 M:0 (VOLFN stored into database) A  P Step 2 A: 0.9 P:0.1 B:0 M:0 Step 3 A:0.8 P:0.2 B:0 M:0 (VOLFN stored into database) A  B (phase P complete) Step 4 A:0.7 P:0.2 B:0.1 M:0 It should be noted that VOLFC is different than VOLFN in that VOLFC stores the volume fraction of the phases every step. Typically, the user will only be concerned with inputting volume fractions for VOLFN at the beginning of the simulation. Applicable Simulation Modules: Microstructure Applicable Simulation Modes: Transformation Applicable Object Types: ALL except rigid VOTAGE VOTAGE Object1, Ndata, DefVtg Node(1), Vtg(1) : : Node(Ndata), Vtg(Ndata) OPERAND DESCRIPTION DEFAULT Object1 Object number None Ndata Number of node/votage pairs None DefVtg Default nodal votage of all nodes not 0.0 listed in the node/votage pairs Node(i) Node number of ith data pair None Vtg(i) Nodal votage of ith data pair 0.0 DEFINITION NDTMP specifies the nodal votage to be applied to individual nodes. REMARKS Applicable object types: Rigid, Elastic, Plastic, Elastoplastic, Porous WINATM WINATM Object, WinNo, WindowShape, AtmType, SRCtype Velx, Vely, Velz window corrdinate data : { if WindowShape = 1 (box defined by 8 corners) Point(1), X(1), Y(1), Z(1) : : : Point(8), X(8), Y(8), Z(8) If WindowShape = 2 (Cylinder) OriginA_X, OriginA_Y, OriginA_Z OriginB_X, OriginB_Y, OriginB_Z inner radius, outer radius } Atom content data : { If AtmType = 0: AtmValue If AtmType = 1: Ndata Time(1) Atom(1) : : Time(Ndata) Atom(Ndata) } Surface reaction coefficient data : { If SRCtype=0 SRCvalue If SRCtype=1 or 2 Ndata Time/Atom(1) SRC(1) : : Time/Atom(Ndata) SRC(Ndata) If SRCtype = 3 NumTim NumAtm Time(1) Time(NumTim) Atom(1) Atom(NumAtm) SRC(1) SRC(NumTim*NumAtm) } OPERAND DESCRIPTION DEFAULT Object Object number None WinNo Window number WindowShape Shape of window definition = 1 rectangular = 2 cylindrical AtmType Type of atom content definition None =0 constant =1 function of time SRCtype Type of surface reaction coefficient definition =0 constant =1 function of time =2 function of atom content =3 function of time and atom content DEFINITION WINATM specifies the diffusion window and window parameters for an object. REMARKS Applicable Simulation Modules: Microstructure Applicable Simulation Mode: Transformation WINTMP WINTMP Object, WinNo, WindowShape, Ttype, Ctype, Rtype Velx, Vely , Velz window corrdinate data : { if WindowShape = 1 (box defined by 8 corners) Point(1), X(1), Y(1), Z(1) : : : Point(8), X(8), Y(8), Z(8) If WindowShape = 2 (Cylinder) OriginA_X, OriginA_Y, OriginA_Z OriginB_X, OriginB_Y, OriginB_Z inner radius, outer radius } Temperture data : { If Ttype=0 SRCvalue If Ttype=1 Ndata Time Temp(1) : : Time Temp(Ndata) } Convection coefficient data : { If Ctype=0 ConvValue If Ctype=1 or 2 Ndata Time/Temp(1) Conv(1) : : Time/Temp(Ndata) Conv(Ndata) If Ctype = 3 NumTim NumTemp Time(1) Time(NumTim) Temp(1) Temp(NumTemp) Conv(1) Conv(NumTim*NumTemp) } Radiation emmisivity data : { If Rtype=0 EmsValue If Rtype=1 or 2 Ndata Time/Temp(1) Ems(1) : : Time/Temp(Ndata) Ems(Ndata) } OPERAND DESCRIPTION DEFAULT Object Object number None WinNo Window number WindowShape Shape of the heat exhange window = 1 rectangular = 2 cylindrical. Ttype Type of temperature definition None =0 constant =1 function of time Ctype Type of convection coefficient definition =0 constant =1 function of time =2 function of temperature =3 function of time and temperature Rtype Type of Radiation emmisivity =0 constant =1 function of time =2 function of temperature DEFINITION WINTMP specifies the heat exchange window for an object. The keyword should be used if the boundary condition of heat exchange is different at a specific region than the rest of the object. REMARKS The keyword defines the heat exchange information such as temperature, convection coefficient, and the radiation view factor. Applicable Simulation Modules: Thermal Applicable Simulation Modes: Heat Transfer Applicable Object Types: ALL except rigid WMODEL WMODEL Object1, Object2, Model, NumCoef Coef(1), Coef(2), OPERAND DESCRIPTION DEFAULT Object1 Object number of first object None Object2 Object number of second object None Model Tool wear model 0 = 0 None = 1 Generalized Archard's = 2 Usui's NumCoef Number of coefficients in the model (4 for Archard's and 2 for Usui's) Coef(i) Coefficients DEFINITION WMODEL specifies the tool wear model. REMARKS Applicable object types: Rigid, Elastic, Plastic, Elastoplastic, Porous WPAXIS (1) WPAXIS Object, AxisNo, AxisType(=0,2), RotType CenterX, CenterY, CenterZ AxisX, AxisY, AxisZ Radius, AngVel, Spd1, Spd2 WPAXIS (2) WPAXIS Object, AxisNo, AxisType(=1), RotType StartX, StartY, StartZ EndX, EndY, EndZ Radius, AngVel, Spd1, Spd2 OPERAND DESCRIPTION DEFAULT Object Object Number None AxisNo Axis No. None AxisType Axis type 0 =0: Revolving (Ring rolling, spinning, etc.) =1: Extruding (extrusion, shaping rolling, cogging, etc.) =2: Rotational sweeping RotType (when AxiType = 0) Rotation type 0 =0: Controlled angular velocity ; =1: free rotation CenterX, CenterY, CenterZ Center point of rotation None [...]... DefZEFI None None Default elemental ZEFI of all elements not listed 0.0 in the element/ZEFI pairs Element(i) ZEFI(i) Element number of ith data pair None Real part of elemental electric field intensity of ith data pair ZEFI_i(i) 0.0 Imaginary part of elemental electric field intensity of ith data pair DEFINITION ZEFI specifies the electric field intensity at each element REMARKS The electric field intensity... ith data pair None Atom(i) Atom concentration of ith data None Density(i) Density of ith data (*) indicates type used in MICROSTRUCTURE module only DEFINITION YOUNG specifies the Young's modulus for a particular material The Young's modulus is a measure of the stiffness of a material It is defined as is the stress and , where is the strain It should be noted that the Young's Modulus is only valid in... modulus are needed to obtain the Lame's constants  and  where Young Young's modulus Poisson Poisson's ratio Applicable simulation Modules: Deformation Microstructure Thermal RELATED TOPICS Elastic object Keywords: POISON YLDS YLDS Object, Ndata, DefYLDS Element(1), YLDS(1)(1), , YLDS(1)(6) :: Element(Ndata), YLDS(Ndata)(1), , YLDS(Ndata)(6) OPERAND DESCRIPTION DEFAULT Object Object number Ndata Number... rolling Also some parameters are meaningful only in certain applications Axis #1 will be also used by Automatic Mesh Generator, if brick mesh is to be generated as specified in MGNELM REMARKS Related Keywords: Axis for rotational symmetry is defined in ROTSYM Axis for rotational movement control is defined in CNTRAX Applicable object types: Elastic, Plastic, Elastoplastic, Porous WRTOBJ WRTOBJ Obj, . window for an object. The keyword should be used if the boundary condition of heat exchange is different at a specific region than the rest of the object. REMARKS The keyword defines the heat. Element(i) Element number of ith data pair None ZEFI(i) Real part of elemental electric field intensity of ith data pair 0.0 ZEFI_i(i) Imaginary part of elemental electric field intensity of ith data. used in MICROSTRUCTURE module only DEFINITION YOUNG specifies the Young's modulus for a particular material. The Young's modulus is a measure of the stiffness of a material. It is