The node 109 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 11 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 108 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 109 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 107 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 108 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 106 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 107 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 105 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 106 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 104 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 105 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 103 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 104 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 102 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 103 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 10 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 102 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 92 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 10 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 91 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 92 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 90 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 91 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 9 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 90 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 9 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 195 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 195 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 21 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 119 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 11 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 120 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 119 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 121 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 120 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 122 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 121 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 123 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 122 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 124 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 123 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 12 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 124 instance part-1-1 of surface assembly__pickedsurf38 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 5 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 65 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 65 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 66 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 66 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 67 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 67 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 68 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 68 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 69 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 69 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 70 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 70 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 7 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 5 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 52 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 52 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 51 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 51 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 50 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 50 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 49 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 49 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 48 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 48 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 47 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 47 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 46 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 46 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 45 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 45 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 3 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 3 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 37 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 37 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 36 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 36 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 35 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 35 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 2 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 2 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 229 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 27 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
The node 229 instance part-1-1 of surface assembly__pickedsurf42 has underlying shell elements with spos and sneg face identifiers. A mismatch in temperature or field variable at this node may yield wrong results.
For *tie pair (assembly__pickedsurf52-assembly__pickedsurf51), not all the nodes that have been adjusted were printed. Specify *preprint,model=yes for complete printout.
For *tie pair (assembly__pickedsurf54-assembly__pickedsurf53), not all the nodes that have been adjusted were printed. Specify *preprint,model=yes for complete printout.
For *tie pair (assembly__pickedsurf54-assembly__pickedsurf53), adjusted nodes with very small adjustments were not printed. Specify *preprint,model=yes for complete printout.
57 nodes have dof on which incorrect boundary conditions may have been specified. The nodes have been identified in node set WarnNodeBCIncorrectDof.
The system matrix has 76 negative eigenvalues.
Solver problem. Zero pivot when processing D.O.F. 1 of 3 nodes. The nodes have been identified in node set WarnNodeSolvProbZeroPiv_1_1_1_1_1.
Solver problem. Zero pivot when processing D.O.F. 2 of 5 nodes. The nodes have been identified in node set WarnNodeSolvProbZeroPiv_2_1_1_1_1.
Solver problem. Zero pivot when processing D.O.F. 5 of 41 nodes. The nodes have been identified in node set WarnNodeSolvProbZeroPiv_5_1_1_1_1.
The plasticity/creep/connector friction algorithm did not converge at 79 points
The system matrix has 40 negative eigenvalues.
The plasticity/creep/connector friction algorithm did not converge at 49 points
The system matrix has 182 negative eigenvalues.
The strain increment is so large that the program will not attempt the plasticity calculation at 15 points
The plasticity/creep/connector friction algorithm did not converge at 107 points
Excessive distortion at a total of 534 integration points in solid (continuum) elements
The system matrix has 184 negative eigenvalues.
The strain increment is so large that the program will not attempt the plasticity calculation at 12 points
The plasticity/creep/connector friction algorithm did not converge at 64 points
Excessive distortion at a total of 218 integration points in solid (continuum) elements
The system matrix has 38 negative eigenvalues.
The plasticity/creep/connector friction algorithm did not converge at 122 points
IP卡
狗仔卡
发表于 2011-4-10 09:52:25
提升卡
沉默卡
喧嚣卡
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抢沙发
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发表于 2011-4-10 09:53:24
