ansys连接方式对比

1、3m3m2m节点1，2，3，4的坐标分别为(0,0,0),(3000,0,0),(6000,0,0),(8000,0,0)两种连接顺序其节点约束都一样：约束节点1：UX=UY=UZ=0ROTX=ROTZ=0,ROTY=FREE约束节点3：UY=UZ=0,UX=FREEROTX=ROTZ=0,ROTY=FREE本分析的主要目的是：分析连接节点的顺序对分析结果的影响,连接顺序为1：1234连接顺序2为：12341结果对比分析：MY：大小和方向相同，只是显示在不同的侧边LINESTRESSSTEP-1SOB-1TIlM：mrr-VM2Mrr-YMIN=-.401E+08ELEM=110MAXELEM

2、-140MZ/7Z/7/,/LINESTOESSSTEP-1SUB-1TIHElKMOT-YMMNT-YMIN.401E+08ELEM-110hRX.12罰ELEH-140/InTHTTr人X、08-.343D+O8-284B*08-2251X18-l67E+O8l(e+1MAXELEM-&1LINESTRESSSIEP-1-.5*138-03.-3UD-03_la5E_o3-MOC-04门趣.2028-03332ErQ3.461E-03TorsionManentDiagramMX.590E-03-g3_.43小3_33n2S门”15.590-03TorsicnMjnentDlaqratnMX

3、MX:大小相同，方向相反，显示在相同的侧边连接方式2连接方式1FY：大小相同，方向相反，显示在相同的侧边连接方式2连接方式1FZ：大小相同，方向相反，显示在相同的侧边351.3374433&97-13831-6740-10286-3194:ShearForceDiagramFZ1D9381453418080109881453418080LINESTOESS5IEF=1SOB-1TIME=1SHEAR-EZSHEAR-FZMIN13831ELEM-814MAX=180351,333897-13831-10286-3怏ShearForceDiagramFZ7443LJNSTRESSSTEP-1SU

4、B=1TIlSHEAR-FZSHEAR-FZMIN13831ELEM-814MAX-180连接方式1连接方式2Table:*GETPostprocessingItems,Entity=NODEEntity=NODE,ENTNUM=N(nodenumber)fornodaldegreeoffreedomresults:*GET,Par,NODE,N,Item1,IT1NUM,Item2,IT2NUMItem1IT1NUMDescriptionUX,Y,Z,SUMX,Y,orZstructuraldisplacementorvectorsum.Alternativegetfunctions:UX(

5、N),UY(N),UZ(N).ROTX,Y,Z,SUMX,Y,orZstructuralrotationorvectorsum.Alternativegetfunctions:ROTX(N),ROTY(N),ROTZ(N).TEMPTemperature.ForSHELL131andSHELL132elementswithKEYOPT(3)=0or1,useTBOT,TE2,TE3,.,TTOPinsteadofTEMP.Alternativegetfunctions:TEMP(N),TBOT(N),TE2(N),etc.PRESPressure.Alternativegetfunction:

6、PRES(N).VOLTElectriepotential.Alternativegetfunction:VOLT(N).MAGMagneticscalarpotential.Alternativegetfunction:MAG(N).VX,Y,Z,SUMX,Y,orZfluidvelocityorvectorsuminafluidanalysis.X,Y,orZnodalvelocityorvectorsumiastructuraltransientanalysis(LS-DYNAanalysisorANSYSanalysiswithANTYPE,TRANS).Alternativegetf

7、unctions:VX(N),VY(N),VZ(N).AX,Y,Z,SUMX,Y,orZmagneticvectorpotentialorvectorsuminanelectromagneticanalysis.X,Y,orZnodalaccelerationorvectorsuminastructuraltransientanalysis(LS-DYNAanalysisorANSYSanalysiswithANTYPE,TRANS).Alternativegetfunctions:AX(N),AY(N),AZ(N).CURRCurrent.EMFElectromotiveforcedrop.ENKETurbulentkineticenergy(FLOTRAN).Alternativegetfunction:ENKE(N).ENDSTurbulentenergydi