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Copyright moldflow Corporation and Moldflow Pty. Ltd. All Rights Reserved.
5 b& o! N% [- @6 k(C)1993 1994 1995 1996 1997 1998 1999 2000
" S$ v, l: b. @# z(C)2001 2002 2003 2004 , f: V' G2 W) J
This product may be covered by3 G" @, p3 o% @; H$ J0 |; D+ m0 } o/ h
US patent 6,096,088 ,$ W5 u+ k R) z# w& L4 g+ [
Australian Patent No. 721978 ,$ w A# ^6 X" Q& w1 J- c, e5 d
and foreign patents and pending applications
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% S" l, n H7 o E% MCool Analysis. U% B' J m0 ^- Z
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; R0 Y8 I& v$ a( I% rVersion: mpi500 (Build 04305)( W# b: F# H& n7 D2 u4 z
; D" n+ w4 t5 Z- f' T8 ?* IAnalysis running on host:
. m' G9 g, k6 \! ]" a Operating System: Windows 2000 Service Pack 4$ G0 A7 |9 Z" [: k# \
Processor type: AuthenticAMD x86 Family 15 Model 12 Stepping 2 ~1602 MHz
8 Z& t& f# P6 ?8 z9 s Number of Processors: 1 8 ~- d" N5 @* m$ l6 Q; l) ~+ B
Total Physical Memory: 511 MBytes" m- T+ O4 Z8 c( _
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3 k5 R' X3 e7 y" t7 Q0 pAnalysis commenced at Mon Feb 20 11:22:25 20065 F2 M+ \* Z+ ?! X, O+ _/ t" X
Executed: Mon Feb 20 11:22:25 20064 @: Z5 D% O3 U- ]0 |2 ]; M
Mesh Type = Fusion; O* @ f1 n/ S4 w& c @
Number of nodes = 4691
' x% G! q3 R: I" c( Q Number of beam elements = 87
0 Y" N5 r1 h/ p, f7 n Number of triangular elements = 9254 6 w# ^% T. h: l8 `( N/ I
Number of tetrahedral elements = 0
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Reading nodal data...
5 E2 y$ G2 z/ g- j$ j# jReading beam element data...2 d! f3 j; r/ |
Reading triangular element data...& P1 D/ u8 q5 ~8 {. X% j
Method of calculating geometrical influence = Automatic
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3 y, F6 i5 Q- N- o9 p Cooling analysis type = Manual
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( ]5 y% P8 `6 i2 U Total number of part elements = 9259
( B& u$ {. l5 h5 D7 v6 ^# E6 y Total number of runner elements = 5
0 X/ X9 x+ }- p+ Y: A- ^3 \ Total number of mold elements = 82
8 y2 C* C4 ~7 k8 j% \ Total number of circuit elements = 82 , I) ?: }2 h; ~- c7 ?' b! \# R
Co-ordinates of part extremity:
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$ R) k& x8 H8 n$ N, U. C Maximum 36.55000 mm 36.55000 mm 71.52000 mm" M# K3 j1 q5 C
Minimum -36.54970 mm -36.55000 mm 0.00000 mm' A, N% H. G$ u$ ^
Orientation 109.65000 mm 109.65000 mm 143.04000 mm' A' D8 e* ^" R6 F) u
0 V( `; |$ G+ G8 Y; X% R** ERROR 701580 ** Orientation of two adjacent elements is inconsistent.7 J# p5 H$ ?- b$ z9 O h n6 L5 I
Angle between normals = 1.79844E+02 deg degrees.
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** ERROR 701590 ** Check the orientation of element 438
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& S _4 @ p! u- R& P( o- A" y! c6 B** ERROR 701590 ** Check the orientation of element 442 7 r' m r; i: ~& ?5 @4 a" g, C
9 j1 R9 q6 X; u/ j# E1 n0 P2 N** ERROR 701580 ** Orientation of two adjacent elements is inconsistent.( K6 {$ R. u# v7 n6 g
Angle between normals = 1.79841E+02 deg degrees.
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; h9 C6 f% m5 h: Q* w** ERROR 701590 ** Check the orientation of element 438
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^+ D/ d+ d+ R0 G- V** ERROR 701590 ** Check the orientation of element 1868
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# R7 O/ v1 r* t6 T5 @** ERROR 701580 ** Orientation of two adjacent elements is inconsistent.
) s# k8 q W4 ^' Q# h Angle between normals = 1.79729E+02 deg degrees.
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e1 d2 M1 q5 Z) |9 b1 k1 p4 D** ERROR 701590 ** Check the orientation of element 438 % Z: l1 H# v1 u( S3 r6 R
9 ~8 B- A! L1 Y3 r3 s3 U. r4 V** ERROR 701590 ** Check the orientation of element 1880
1 s* |: ^( Z4 x, e' L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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