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Copyright moldflow Corporation and Moldflow Pty. Ltd. All Rights Reserved.
( q0 k& n, n1 p' n/ O9 F- K(C)1993 1994 1995 1996 1997 1998 1999 2000
8 a1 T/ k" o" i7 N8 U0 o; @(C)2001 2002 2003 2004
; g% H' v3 h+ v5 k% \" QThis product may be covered by, X3 _ t( P2 r- V; c1 E, \# T
US patent 6,096,088 ,
+ V. H& b4 I0 j. v9 ^1 r1 m( b3 S Australian Patent No. 721978 ,
" |3 N$ n1 S0 o5 Y% r& L' Aand foreign patents and pending applications
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5 a$ u( v: j& y. mCool Analysis, A3 Q! A* [& S: `
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Version: mpi500 (Build 04305). w4 @3 @7 w! Z* K3 ^+ C6 |& u
; J, g0 o0 O( t( n0 C) t. \1 l& gAnalysis running on host: % P, J# Q F. k
Operating System: Windows 2000 Service Pack 4% k+ I) t. c) v: `- k* w
Processor type: AuthenticAMD x86 Family 15 Model 12 Stepping 2 ~1602 MHz& D: {5 X9 K, E: [9 g8 P( o
Number of Processors: 1
0 W4 T; ^$ ]5 Y( A5 u Total Physical Memory: 511 MBytes2 [1 {" J+ M* |, n2 ^
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Analysis commenced at Mon Feb 20 11:22:25 2006 R, q: V% E# Z/ e! \
Executed: Mon Feb 20 11:22:25 2006
& ^( ?; h2 X0 u Mesh Type = Fusion$ F, ~- G- b& ]
Number of nodes = 4691 - f! \2 M# z* _/ H- \; ~
Number of beam elements = 87 5 F3 Y' x/ Z! X; q
Number of triangular elements = 9254
b# b% M9 n0 y& R8 ?/ h! @ Number of tetrahedral elements = 0
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8 l3 O$ [) w+ o! E. C$ DReading nodal data..., T0 ^ r: M! H% Y
Reading beam element data...
0 S: E W; {$ t9 kReading triangular element data...
6 v! X$ e$ z7 R/ p Method of calculating geometrical influence = Automatic
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Cooling analysis type = Manual
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( a* b1 d& h' c; u Total number of part elements = 9259
9 B0 I4 _' R* i. f3 U5 T1 B Total number of runner elements = 5 . s* n% ~5 v4 M5 a8 N
Total number of mold elements = 82 3 J) `. ?2 }( N
Total number of circuit elements = 82 # D/ F* K6 B, n- Z0 F$ z. t
Co-ordinates of part extremity:
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. w9 ?& G: k+ A- x% P Maximum 36.55000 mm 36.55000 mm 71.52000 mm
3 U3 A7 H1 R$ s" L Minimum -36.54970 mm -36.55000 mm 0.00000 mm
0 s+ o8 q: a' y8 I! @* `0 D+ j, |% f Orientation 109.65000 mm 109.65000 mm 143.04000 mm# N1 ^2 i9 I z2 x; _# K5 z
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** ERROR 701580 ** Orientation of two adjacent elements is inconsistent.
Z5 } ^) W! v/ ~4 r Angle between normals = 1.79844E+02 deg degrees.
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** ERROR 701590 ** Check the orientation of element 438
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+ y# w3 w( U1 u* E$ C; _7 Y** ERROR 701590 ** Check the orientation of element 442
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** ERROR 701580 ** Orientation of two adjacent elements is inconsistent.2 h+ p# j2 ]( ]
Angle between normals = 1.79841E+02 deg degrees.
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** ERROR 701590 ** Check the orientation of element 438
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** ERROR 701590 ** Check the orientation of element 1868
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6 e# P; D# }: y8 j% w% w** ERROR 701580 ** Orientation of two adjacent elements is inconsistent.
u7 a A; M8 z; b: t# p$ Y( V Angle between normals = 1.79729E+02 deg degrees. 9 O. A. d0 B. s" s
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** ERROR 701590 ** Check the orientation of element 438
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** ERROR 701590 ** Check the orientation of element 1880 ' n* V7 |# |# G- V& S5 {8 d3 T; Z
我用Moldflow5.1做的冷却分析,但是分析失败,请各位高手指点一下分析失败的原因.万分感谢! |
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