|
Copyright moldflow Corporation and Moldflow Pty. Ltd. All Rights Reserved.
! e/ L5 r" H! [( P6 j7 E0 r(C)1993 1994 1995 1996 1997 1998 1999 2000
! R0 |2 K2 |- X; J1 X(C)2001 2002 2003 2004 # e, t) U, `3 _* G1 s
This product may be covered by
* E% z6 R# R6 P US patent 6,096,088 ,# Z1 ~3 @8 Z! L. W! a( o/ r( c. w
Australian Patent No. 721978 ,
! ^6 r- G( v; aand foreign patents and pending applications9 h, L! u7 n! f/ M, H, B+ N- \
, l+ l: J7 }- s) C
% g3 L/ l& L$ z3 b% _5 ^
Cool Analysis9 ^, |8 v4 v, S" j
# T9 M+ A, w* [4 M+ z- J4 ]0 b
( |( O$ B" u# O9 l
Version: mpi500 (Build 04305)
/ ~4 i: q( T! r6 E+ k) H
- W: f5 H8 N# {( @. t. s0 p3 bAnalysis running on host:
% i9 \% A* o: }! G% p! ^1 d o% W Operating System: Windows 2000 Service Pack 49 Q; d+ e* u+ s& Y
Processor type: AuthenticAMD x86 Family 15 Model 12 Stepping 2 ~1602 MHz
, W& E1 B" B0 O' T& k5 w1 v Number of Processors: 1 : q( l( G1 X4 W' O$ T( b; D4 S
Total Physical Memory: 511 MBytes
9 Q1 I l3 @! _4 K( m# ~3 o* g5 w+ _+ d; V: c; X
, ^" B1 H2 a' i) V7 m
Analysis commenced at Mon Feb 20 11:22:25 2006- _. ]- q$ k; ^- A7 a1 t2 R
Executed: Mon Feb 20 11:22:25 2006
- y7 T4 V4 c( @2 T9 _ Mesh Type = Fusion
2 r I: ^! o" ?- l Number of nodes = 4691 ' y$ h: n4 E9 g8 F# e. h" k: U
Number of beam elements = 87
6 E. J7 _5 o; R+ X0 S+ ~ Number of triangular elements = 9254 ! [* V+ u+ v, N2 c( G* `: P' `
Number of tetrahedral elements = 0
2 U- V+ F6 f$ w2 h4 G# W% C6 L, W$ |& h' |, P
Reading nodal data..." O2 o) [( |8 K/ z
Reading beam element data...
% u& m _0 A; G4 G" _& i; lReading triangular element data...
6 m' q: ]0 ^' K* ~ Method of calculating geometrical influence = Automatic
9 X7 Y' P5 Z |3 ?# f2 [$ q3 i& H( K. D' C
Cooling analysis type = Manual
0 ?) r$ K1 U$ M& y! G. a) i" J- i" l8 x) O# R" H* F2 t
Total number of part elements = 9259 - g) p' Z& E, |) L6 H2 R" R& W" d T
Total number of runner elements = 5
7 A: Q- `; L/ R- Z+ _0 D6 T& h Total number of mold elements = 82
) ^. `/ K, Q+ q Total number of circuit elements = 82 ' p& C4 K/ S5 |5 x$ T7 W' l
Co-ordinates of part extremity:0 X0 v; h- f4 S6 I
X Y Z7 A: D+ O2 ]% d4 W- I) Y
Maximum 36.55000 mm 36.55000 mm 71.52000 mm
5 _0 z7 v# e( c Minimum -36.54970 mm -36.55000 mm 0.00000 mm. q! F' ^" t1 O" W% Q1 T; O4 g5 G
Orientation 109.65000 mm 109.65000 mm 143.04000 mm
4 P% V/ { O1 |9 c- w: B1 c. v: J2 t9 p2 K/ _, @
** ERROR 701580 ** Orientation of two adjacent elements is inconsistent.
3 b1 G) i. o/ l Angle between normals = 1.79844E+02 deg degrees. . m, V+ T; @4 }6 W
$ X0 E: f: k; }, W+ @% Y, |$ N** ERROR 701590 ** Check the orientation of element 438
! b& M) a& Y/ [+ ^7 S- d7 m) j& q/ e( ]. h
** ERROR 701590 ** Check the orientation of element 442 8 r1 o! q6 g/ j5 C
1 x N- Y Y$ [9 J& f" Z7 T- M
** ERROR 701580 ** Orientation of two adjacent elements is inconsistent.
9 Z6 k/ s" G- q* n' f% A Angle between normals = 1.79841E+02 deg degrees. ( B8 u1 I; L9 k7 I, R4 l) e* s
U1 K6 k5 Q$ E: f# ^$ j
** ERROR 701590 ** Check the orientation of element 438
$ @- S4 y! E3 ?8 K. M+ j: V1 q
0 }4 y, f9 R- `4 }. p- v2 ^- }. Y** ERROR 701590 ** Check the orientation of element 1868
- U4 i, Y( a% d8 H+ y
6 f6 N6 V. o4 v( `- ?8 n** ERROR 701580 ** Orientation of two adjacent elements is inconsistent.
0 ?# s7 `4 e+ m" [ Angle between normals = 1.79729E+02 deg degrees.
: h+ V, I9 ^" {/ x8 G5 e
' p+ p, C* ]2 B( L! N0 G! b** ERROR 701590 ** Check the orientation of element 438 + H, _8 ~: R% J F2 z8 z; ?
; G* c# m- x! R** ERROR 701590 ** Check the orientation of element 1880
2 o. L5 H4 H8 _) z3 w$ v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! |
|