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LS-DYNA KEYWORD USER'S MANUALVOLUME IIIMulti-Physics Solvers07/15/20 (r:13106)LS-DYNA R12LIVERMORE SOFTWARE TECHNOLOGY (LST), AN ANSYS COMPANY
Support AddressesLivermore Software Technology7374 Las Positas RoadLivermore, California 94551Tel: 925-449-2500Fax: 925-449-2507Website: www.lstc.comLivermore Software Technology1740 West Big Beaver RoadSuite 100Troy, Michigan 48084Tel: 248-649-4728Fax: 248-649-6328DisclaimerCopyright 1992-2020 Livermore Software Technology. All Rights Reserved.LS-DYNA , LS-OPT and LS-PrePost are registered trademarks of Livermore SoftwareTechnology, an Ansys company in the United States. All other trademarks, productnames and brand names belong to their respective owners.LST reserves the right to modify the material contained within this manual withoutprior notice.The information and examples included herein are for illustrative purposes only andare not intended to be exhaustive or all-inclusive. LST assumes no liability orresponsibility whatsoever for any direct or indirect damages or inaccuracies of any typeor nature that could be deemed to have resulted from the use of this manual.Any reproduction, in whole or in part, of this manual is prohibited without the priorwritten approval of LST. All requests to reproduce the contents hereof should be sentto Ansys legal.
TABLE OF CONTENTSTABLE OF CONTENTSTABLE OF CONTENTS . iiiINTRODUCTION . 1-i*BATTERY . 2-4*BATTERY ECHEM CELL GEOMETRY . 2-5*BATTERY ECHEM CONTROL SOLVER . 2-7*BATTERY ECHEM INITIAL . 2-9*BATTERY ECHEM MAT ANODE . 2-10*BATTERY ECHEM MAT CATHODE . 2-12*BATTERY ECHEM MAT ELECTROLYTE . 2-14*BATTERY ECHEM PART . 2-16*BATTERY ECHEM THERMAL . 2-17*CESE . 3-20*CESE BOUNDARY AXISYMMETRIC OPTION . 3-1*CESE BOUNDARY BLAST LOAD. 3-3*CESE BOUNDARY CONJ HEAT . 3-5*CESE BOUNDARY CYCLIC . 3-7*CESE BOUNDARY FSI. 3-11*CESE BOUNDARY NON REFLECTIVE . 3-14*CESE BOUNDARY PRESCRIBED . 3-17*CESE BOUNDARY PRESCRIBED VN . 3-21*CESE BOUNDARY REFLECTIVE . 3-25*CESE BOUNDARY SLIDING . 3-27*CESE BOUNDARY SOLID WALL . 3-29*CESE CHEMISTRY D3PLOT . 3-33*CESE CONTROL LIMITER . 3-34*CESE CONTROL MESH MOV. 3-35*CESE CONTROL SOLVER . 3-36*CESE CONTROL TIMESTEP . 3-38*CESE DATABASE ELOUT . 3-39*CESE DATABASE FLUXAVG . 3-40*CESE DATABASE FSIDRAG . 3-41*CESE DATABASE POINTOUT . 3-42LS-DYNA R120-3 (TABLE OF CONTENTS)
TABLE OF CONTENTS*CESE DATABASE SSETDRAG . 3-44*CESE DEFINE NONINERTIAL . 3-46*CESE DEFINE POINT . 3-48*CESE DRAG . 3-49*CESE EOS CAV HOMOG EQUILIB . 3-50*CESE EOS IDEAL GAS . 3-51*CESE EOS INFLATOR1 . 3-52*CESE EOS INFLATOR2 . 3-54*CESE FSI EXCLUDE . 3-57*CESE INITIAL . 3-58*CESE INITIAL . 3-59*CESE INITIAL CHEMISTRY . 3-60*CESE INITIAL CHEMISTRY ELEMENT . 3-62*CESE INITIAL CHEMISTRY PART . 3-64*CESE INITIAL CHEMISTRY SET . 3-66*CESE MAT 000 . 3-68*CESE MAT 001( GAS) . 3-69*CESE MAT 002 . 3-70*CESE PART . 3-72*CESE SURFACE MECHSSID D3PLOT . 3-73*CESE SURFACE MECHVARS D3PLOT . 3-74*CHEMISTRY . 4-1*CHEMISTRY COMPOSITION . 4-3*CHEMISTRY CONTROL 0D . 4-4*CHEMISTRY CONTROL 1D . 4-6*CHEMISTRY CONTROL CSP . 4-8*CHEMISTRY CONTROL FULL . 4-9*CHEMISTRY CONTROL INFLATOR . 4-10*CHEMISTRY CONTROL TBX . 4-13*CHEMISTRY CONTROL ZND . 4-14*CHEMISTRY DET INITIATION . 4-15*CHEMISTRY INFLATOR PROPERTIES . 4-17*CHEMISTRY MODEL . 4-22*CHEMISTRY PATH . 4-24*DUALCESE . 5-25*DUALCESE BOUNDARY AXISYMMETRIC OPTION . 5-10-4 (TABLE OF CONTENTS)LS-DYNA R12
TABLE OF CONTENTS*DUALCESE BOUNDARY FSI . 5-3*DUALCESE BOUNDARY NON REFLECTIVE. 5-5*DUALCESE BOUNDARY PRESCRIBED . 5-7*DUALCESE BOUNDARY PRESCRIBED VN . 5-10*DUALCESE BOUNDARY REFLECTIVE . 5-13*DUALCESE BOUNDARY SOLID WALL . 5-15*DUALCESE CONTROL LIMITER . 5-18*DUALCESE CONTROL MESH MOV . 5-19*DUALCESE CONTROL SOLVER . 5-20*DUALCESE CONTROL TIMESTEP . 5-22*DUALCESE D3PLOT. 5-23*DUALCESE D3PLOT FLUID SSID . 5-24*DUALCESE ELE2D . 5-26*DUALCESE ELE3D . 5-27*DUALCESE ELEMENTSET . 5-29*DUALCESE EOS COOLPROP . 5-30*DUALCESE EOS IDEAL GAS . 5-34*DUALCESE EOS INFLATOR1 . 5-35*DUALCESE EOS INFLATOR2 . 5-37*DUALCESE EOS REFPROP. 5-40*DUALCESE EOS REFPROP PATH . 5-44*DUALCESE FSI EXCLUDE . 5-45*DUALCESE INCLUDE MODEL . 5-46*DUALCESE INITIAL. 5-47*DUALCESE INITIAL. 5-48*DUALCESE MAT GAS. 5-50*DUALCESE MAT GAS 0 . 5-52*DUALCESE MAT GAS 2 . 5-53*DUALCESE MODEL . 5-55*DUALCESE NODE2D . 5-56*DUALCESE NODE3D . 5-57*DUALCESE NODESET . 5-58*DUALCESE PART . 5-59*DUALCESE SEGMENTSET . 5-60*EM . 6-1*EM 2DAXI . 6-4LS-DYNA R120-5 (TABLE OF CONTENTS)
TABLE OF CONTENTS*EM BOUNDARY . 6-5*EM BOUNDARY PRESCRIBED . 6-6*EM CIRCUIT . 6-8*EM CIRCUIT CONNECT . 6-13*EM CIRCUIT ROGO . 6-14*EM CONTACT . 6-15*EM CONTACT RESISTANCE . 6-17*EM CONTACT SUBDOM . 6-19*EM CONTROL . 6-21*EM CONTROL CONTACT . 6-23*EM CONTROL COUPLING . 6-25*EM CONTROL EROSION . 6-27*EM CONTROL SOLUTION . 6-28*EM CONTROL SWITCH . 6-30*EM CONTROL SWITCH CONTACT . 6-31*EM CONTROL TIMESTEP . 6-32*EM DATABASE CIRCUIT . 6-34*EM DATABASE CIRCUIT0D. 6-36*EM DATABASE ELOUT . 6-37*EM DATABASE FIELDLINE . 6-38*EM DATABASE GLOBALENERGY . 6-41*EM DATABASE NODOUT . 6-42*EM DATABASE PARTDATA . 6-43*EM DATABASE POINTOUT . 6-44*EM DATABASE ROGO . 6-45*EM DATABASE TIMESTEP . 6-46*EM EP CELLMODEL DEFINEFUNCTION . 6-47*EM EP CELLMODEL FENTONKARMA . 6-50*EM EP CELLMODEL FITZHUGHNAGUMO . 6-53*EM EP CELLMODEL TENTUSSCHER . 6-55*EM EOS BURGESS . 6-64*EM EOS MEADON . 6-68*EM EOS PERMEABILITY . 6-71*EM EOS TABULATED1 . 6-72*EM EOS TABULATED2 . 6-73*EM EXTERNAL FIELD . 6-74*EM ISOPOTENTIAL. 6-750-6 (TABLE OF CONTENTS)LS-DYNA R12
TABLE OF CONTENTS*EM ISOPOTENTIAL CONNECT . 6-76*EM ISOPOTENTIAL ROGO . 6-78*EM MAT 001 . 6-79*EM MAT 002 . 6-81*EM MAT 003 . 6-83*EM MAT 004 . 6-86*EM MAT 005 . 6-87*EM MAT 006 . 6-91*EM OUTPUT . 6-93*EM POINT SET . 6-95*EM RANDLES BATMAC. 6-97*EM RANDLES EXOTHERMIC REACTION . 6-104*EM RANDLES MESHLESS . 6-107*EM RANDLES TSHELL . 6-114*EM RANDLES SHORT . 6-122*EM RANDLES SOLID . 6-126*EM ROTATION AXIS . 6-134*EM SOLVER BEM . 6-135*EM SOLVER BEMMAT . 6-137*EM SOLVER FEM . 6-138*EM SOLVER FEMBEM . 6-140*ICFD . 7-1*ICFD BOUNDARY CONJ HEAT . 7-5*ICFD BOUNDARY CONVECTION TEMP . 7-6*ICFD BOUNDARY FLUX TEMP . 7-7*ICFD BOUNDARY FREESLIP . 7-8*ICFD BOUNDARY FSI . 7-9*ICFD BOUNDARY FSI EXCLUDE. 7-10*ICFD BOUNDARY FSWAVE . 7-11*ICFD BOUNDARY GROUND . 7-13*ICFD BOUNDARY NONSLIP . 7-14*ICFD BOUNDARY PERIODIC. 7-15*ICFD BOUNDARY PRESCRIBED MOVEMESH . 7-17*ICFD BOUNDARY PRESCRIBED PRE . 7-18*ICFD BOUNDARY PRESCRIBED TEMP . 7-19*ICFD BOUNDARY PRESCRIBED TURBULENCE . 7-20LS-DYNA R120-7 (TABLE OF CONTENTS)
TABLE OF CONTENTS*ICFD BOUNDARY PRESCRIBED VEL . 7-23*ICFD BOUNDARY WINDKESSEL . 7-25*ICFD CONTROL ADAPT . 7-27*ICFD CONTROL ADAPT SIZE . 7-29*ICFD CONTROL CONJ . 7-30*ICFD CONTROL DEM COUPLING . 7-31*ICFD CONTROL EMBEDSHELL . 7-33*ICFD CONTROL FSI. 7-34*ICFD CONTROL GENERAL . 7-37*ICFD CONTROL IMPOSED MOVE. 7-38*ICFD CONTROL LOAD . 7-41*ICFD CONTROL MESH . 7-42*ICFD CONTROL MESH MOV . 7-44*ICFD CONTROL MONOLITHIC . 7-45*ICFD CONTROL OUTPUT . 7-46*ICFD CONTROL OUTPUT SUBDOM . 7-48*ICFD CONTROL OUTPUT VAR . 7-50*ICFD CONTROL PARTITION . 7-52*ICFD CONTROL POROUS . 7-53*ICFD CONTROL STEADY . 7-54*ICFD CONTROL SURFMESH . 7-55*ICFD CONTROL TAVERAGE . 7-56*ICFD CONTROL TIME . 7-57*ICFD CONTROL TRANSIENT . 7-59*ICFD CONTROL TURBULENCE . 7-60*ICFD CONTROL TURB SYNTHESIS . 7-70*ICFD DATABASE AVERAGE . 7-71*ICFD DATABASE DRAG {OPTION} . 7-72*ICFD DATABASE FLUX . 7-74*ICFD DATABASE HTC . 7-75*ICFD DATABASE NODEAVG . 7-77*ICFD DATABASE NODOUT . 7-78*ICFD DATABASE POINTAVG . 7-79*ICFD DATABASE POINTOUT . 7-80*ICFD DATABASE RESIDUALS . 7-82*ICFD DATABASE TEMP. 7-83*ICFD DATABASE TIMESTEP . 7-840-8 (TABLE OF CONTENTS)LS-DYNA R12
TABLE OF CONTENTS*ICFD DATABASE UINDEX . 7-85*ICFD DEFINE HEATSOURCE. 7-86*ICFD DEFINE SOURCE . 7-87*ICFD DEFINE TURBSOURCE . 7-88*ICFD DEFINE POINT . 7-90*ICFD DEFINE NONINERTIAL .
ls-dyna keyword user's manual volume iii multi-physics solvers 07/15/20 (r:13106) ls-dyna r12 livermore software technology (lst), an ansys company
