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【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！! Z6 R9 n/ ?, q) U
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涵盖了所有模块！5 @0 y: Q/ K$ Y4 D3 W
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不懂E文的，看图也知道了！！
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What's New in NX 90 iii
- ~1 R0 B4 P! C0 Z; G5 FContents # k& k: i1 b+ N' b8 V; ^1 j
Chapter 1: Fundamentals
2 i3 `* W, C9 G" B( l1 @Ribbon bar interface The NX Window (Ribbon bar)
7 c! J6 [+ O! T- L6 p- \+ k: }, qShow Ribbon bar tabs and commands 3 U/ _3 e) D* p- j
Add commands to the Quick Access toolbar
% E+ Q3 b3 L2 l' E& I% GAdd commands to Border bars
# l3 \- R& G# a [6 ?; gCustomize the Ribbon bar interface # a: g) h6 N/ s
Add a tab and group to the Ribbon bar 8 q1 a c* F/ {. k2 ?
Save Ribbon bar layouts
; W+ x4 L$ K2 d1 K0 I2 X3 YExport and import your interface layout 9 @5 ~5 |: A k) A
Ray Traced Studio ' M. `3 G" a; |( L) H' b& o
Issue Management enhancements - e4 {1 _3 H6 |( e
Generate support logs for IR or PR
, Q: `* L0 l$ v8 f# _Integrated web browser enhancement ; K! q" i/ d7 w4 @+ ]4 h
View section enhancements
4 Q! q; T1 I4 [: E8 QDisplay facet enhancements
$ F- q9 x5 v1 @Measure Point ' j: u! V0 a; L% J a" T
Raster Image enhancements 1 ]% N; v, X1 a k
Lock Rotations
0 U0 i, G; ~2 q$ t: ~; A( kSynchronize Views
, B+ u. r# p4 \2 @4 wStereo Display Visualization preference 6 b* x; `7 u2 J" O5 y$ \8 a
CSYS tool enhancements ( t( N8 B1 d3 p) D
Edit attributes in bulk
+ V4 m4 F3 M+ R" ZChapter 2: CAD - I1 X @2 @5 S" s' T
SkeTChing
5 m! n @1 [, GSketch enhancements
3 A" f- H' q0 T: ySketch dimensions
. k( f/ L! v' p2D Synchronous Technology / D" f) Z8 _1 e5 A; |9 j
Rigid sketch groups
5 i+ _& @; t4 j& n9 _ M- |Part Module 4 G9 w& n J6 M7 t9 `+ ~) W: E
Additional Part Module workflow : [0 c; p- f9 u% s5 B0 L
Shared Body enhancement - D, I9 \: q% j" H) ?$ p6 V3 ^3 `
Controlling Part Module updates
' x5 L7 x5 J1 Z2 B# j. lNest and Un-nest Part Module 8 i* V7 Y- {" x; j
Save As and Part Modules
( M8 V4 s2 o( YSynchronize Links enhancement
: R# n; v, b) b% t* iModeling + u" k: b2 ?+ ]0 Q: _$ T$ ]
Snip into Patches
0 C: p; m! R1 G$ V1 ^% @Rib
+ I2 p8 e, o1 bMirror Geometry 9 A. U5 L3 a% t% f2 S# T
Extract multiple bodies enhancement 6 t1 K5 R9 {( v+ I- m& p
Analyze Pockets and Blend Pocket
' j4 | X. c' aCombine or separate tool bodies T5 A5 t/ @! _7 \0 _2 W1 q
Interrupt feature updates
0 z& Q% a3 B1 m' I0 U# k cLoad Rollback Data - N/ o% J: P) ?: n! K/ l; i
Sorting model views " C- e4 E, U9 T
Select intersection edges in Edge Blend and Draft
& f( L# y2 s. ]: p9 JReplace Edge
2 V8 M- q3 T3 n& e- |$ K4 fiv What's New in NX 90 , z$ y$ C9 s4 f0 P
Local Untrim and Extend
1 O, X$ ], V: _: w5 ^RoUGh Offset enhancement
2 Y* y" q8 d# QReplace Feature enhancements
: l8 h! t) D2 Z4 `! OUnsew enhancements
/ S8 C, Z4 `9 H i, @ d! \. `; W% u' BDraft enhancements
8 \) z' D8 L: UDraft Body enhancements
9 p$ [; n' v f0 G$ C) O7 nThicken enhancements $ J' Q% R# A2 F. Y
Pattern enhancements : O3 T7 T; }, u2 Z2 a0 m, J
Untrim enhancements , J1 {* Y/ N# g2 N+ H0 j( B
Divide Face enhancements ' Q. ]% c- X) x4 p o/ q
Part Families enhancements 5 I4 q, y& I \ P J7 p3 @1 D- d
Body selection enhancements for Boolean operations
7 h- g- V+ _4 }. z% G/ H9 J- _Face selection enhancements for Synchronous Modeling ; j, Q4 y5 o6 R2 m' N4 ~+ r0 Y3 L
Synchronous Modeling
4 K; c& z2 C2 f% G/ DMove Edge
% l3 O. p: p5 K* J f* _2 U3 tOffset Edge
& t2 H6 p# `2 @+ b- ?Delete blend faces with the Delete Face command 5 T7 s& M% m% x; `% e2 g8 M
Label Notch Blend enhancement
* L2 D1 X" s" v7 p3 nFacet Body Preparation
5 Z- }' u( V( K3 s' x; f- eCreate Box
" }; U( J7 R* L7 \% U5 k: TSnap Point enhancement ( H$ |7 j6 D' S1 i/ f( X$ @+ _
Extrude Facet Body
6 }, A- E, h4 g' E5 u, C7 bExtrude Profile
' B! t2 ~. J% Y) _ A/ rMerge Disjoint Facet Bodies 0 N" k' t5 Z1 f K, ~% d
Merge Overlapping Facet Bodies
9 I+ ?; t- F+ \/ W, [Merge Touching Facet Bodies # U6 l" t& [ f3 T; q
Rough Offset enhancement 1 h _# Q* v# V0 y- ]3 x& [: i8 z3 V
Shape Studio 3 I3 c" u8 Z& N2 l* W0 k" @: h7 q
Smooth Curve String
' i+ B/ G& | XSection surface user interface improvements : g4 ?2 a2 o9 k% ^
Highlight Lines enhancement
3 j1 A1 r" p: |8 q/ [$ s: _Deviation Gauge enhancements 6 @* ], I# ?9 ?
Face Analysis – Slope enhancements 3 K0 h% R- ? o0 V, ?- u4 `
Concave Faces enhancements
" f* Q0 _/ E4 [4 QFace Curvature Analysis D5 ?0 ^3 s q+ P$ Q* Z1 \
Ruled surface Developable Alignment
: v5 i4 b0 C! H: Y* }$ A3 sWrap/Unwrap Curve $ V! h8 {% N" F o* z
Assemblies 1 }7 D) z. J! C$ O$ p9 R6 Y
Pack all components enhancement
, e% G- A- b6 k, t% PWAVE link multiple bodies enhancement
) k* G; r3 R0 } oLoad Rollback Data
9 u/ ~: K( E9 m+ q& h1 ~; h$ xAssembly Clearance enhancements 2 _" q a$ b. o' l+ j
Order of components in the Assembly Navigator 5 h( E' i; {& Y- Z+ G
Pattern Component # g% e0 T7 A) v# `
Identification of inconsistencies between WAVE and assembly constraints $ [6 ]1 v( ~; r5 P2 e1 Q+ I
Align/Lock assembly constraint 4 a D- r+ x2 q) G |7 T+ k
Direction to Fixed column in the Constraint Navigator
* w3 o% j+ b1 h' { l# [Product interface enhancements
' c9 ]- W) e# S7 N! IAssemblies functions in SNAP
0 _. k5 T$ J8 k- e- G$ f7 m, t- fVisual reports % s5 l% |1 W# V% v# w
Drafting 4 R. A/ ?$ M% f! e& Y8 H# c
Usability enhancements
' r( a2 R7 z5 j: a( P6 hRapid Dimension . S" u4 A; J9 F5 }3 m j7 Q
Linear Dimension ' v' h: K$ p7 B- ]
Radial dimension : i; X# U* j% M' s
Angular Dimension enhancements ; Y0 J; Y. \5 X; a1 Z' t$ L- K
Hole Callout
6 ?1 J8 k; h7 _Geometry margins for dimensions and annotations
/ \& m" _: }+ V/ QAlternate Dimension Endpoints 3 R# m# g: ~. h; s9 ^& J" M
General dimension enhancements ) C( U3 y4 I6 U& t* ?5 ?) @8 @" Z
Exact and Smart Lightweight view enhancements ) j5 ~% ~9 @& D, A9 K
Dimensioning Smart Lightweight views
; m0 }& J- z# a' ]Viewing Direction Reference Arrows
# f( J9 p! o, c) cSection line bend and end segment widths
5 p5 \. O* _( F5 \Auto balloon leader placement ' n' Q2 @9 q; K/ V
Axis Intersection symbol + C; Q; L' g3 P) y
Surface Finish Symbol enhancements
! j+ m) D& R, B5 z. tDatum leader enhancements / m3 j1 O7 _$ U+ P
Drafting symbols - H4 h: v7 T- u, n) b" m
Embedded image enhancements
) J; e w6 H4 R% T) _% |Hole Table , y& X9 X; w+ g1 X$ V; Z
Bend Table $ v/ b% q5 J3 y; G# O8 b# @+ {
Inherit PMI enhancements 7 f0 _1 A1 D3 n: W* O8 ~& R
Crosshatch enhancements - \' [3 g5 C. M# p d
Product and Manufacturing Information (PMI)
. z& c9 n0 D& a0 kUsability enhancements % e2 M. _* I/ @+ [ F% N; v
Rapid Dimension * n# j# [8 c, F' S
Linear Dimension 5 S) h4 z) W ]* j1 g# T% ?
Radial dimension * K$ I5 d P. @- [7 R; ?; D* \
Angular Dimension enhancements
" A5 h2 A) A2 |; x7 G+ T# Z- GHole Callout # F2 X9 p5 m- n: A
Geometry margins for dimensions and annotations 0 g) `& e* Q! ^& L# m1 T) T
Alternate Dimension Endpoints
$ A( n; j( t6 N% |2 e* P* H/ h' gGeneral dimension enhancements 4 w4 [2 n9 d' v5 K" n5 K" ^
Lightweight section view enhancements
5 x* O2 D) g# v- h6 v* ?Surface Finish enhancements ; U9 ~* |3 ]! N* A
Inherit PMI enhancements
& ~* y( I* U6 X0 n& I- t, @Region enhancement ; e1 g4 {, p4 c! \
Sorting model views
; W' F* G0 c4 N8 \2 j6 DDatum leader enhancements 0 Y7 ~3 [9 ?2 P2 ~( D. Y
Drafting symbols
+ y7 M+ P; f: qAxis Intersection symbol 4 ]0 T& Y( c# v4 Z9 F: B7 ]$ n
PMI Feature Identification business modifier 9 B0 P: d7 L5 y! x( l" Y
Update PMI tracking properties
0 K% O* o6 A+ O! v/ w8 XSheet Metal
- K* D/ y' M" T% [0 eBend Table
7 ^/ W1 @- u5 N2 c2 t/ w4 WUnbend and Rebend enhancements , v& e; f5 {& B0 I$ p5 D! r
Resize Bend Radius enhancements
* N& \ `2 X% C8 jvi What's New in NX 90
1 M) i0 V& A. k0 O8 I+ {Mirror Feature enhancements . m1 d# L' w8 |8 K5 ]
Unite in Sheet Metal
' r1 x$ G7 z8 OThree Bend Corner enhancements : H' s# j7 D: x, a6 k
Mirror Body enhancements : X* w. h; X Q" [- }% f
Preferences for flat pattern views
# c Q1 ]" P4 p; G* zFlat Pattern enhancements " g+ u7 \$ ~* G
Pattern Face 8 X( `# w! F' k7 P' \
Flexible Printed Circuit Design
1 i/ m4 S& H/ X% `( Z( D4 g! {Wrap 0 J# B; P% Z5 t1 ^ ^/ `# ?
Flexible Printed Circuit Design enhancements ; p0 M3 k6 ?1 r+ }0 @
Pattern Face # s9 a" D- V' [1 }: k2 E
Data Reuse
1 l6 J" X7 \' }7 U5 ]6 N! c1 yDouble-clicking folders and reusable objects & w% l! Z5 [9 `4 V1 j3 j# m
Creating shortcut folders for your reuse library G3 d# t) `9 V/ Y0 S
Reuse library undo and redo $ B8 n, N$ c8 P7 I0 ]: Z% {) }
Creating an index in the reuse library + f! z! v8 t. n! F7 F. n
Mapping reuse library names
* ?- D0 k' s0 X5 @Reusable object feature name
$ `3 j. b% [+ O) q$ V+ eReusable object part definition
1 v. a! E9 w4 R$ cCreating feature component patterns with reusable objects
+ N9 J* c, }# ~9 L6 e& CManaging knowledge enabled components in Teamcenter
* |9 z9 z. f- T5 ?" eReusable component revision rules in Teamcenter ' u4 G5 e. c. V# @3 P1 t2 R' x1 U
Adding files as datasets to reusable objects and reusable components in Teamcenter
4 Y- o: Q+ x8 I0 ~3 MPart family-related enhancements to Product Template Studio
1 @! c- S- W1 y% L4 s" L. VRouting . H4 B. l) Z4 {: b) q% d$ v4 I9 K
Configuring Routing applications 3 T& ]& I$ z: Q( Q& e, v, \7 B& C
Common Routing tools 4 g2 }9 c& h7 H
Routing Electrical
. r! N# u! Z- K- M3 G8 j8 oRouting Mechanical
5 g( D# F( d7 Q3 Z+ O6 I' sHVAC & j& L! i8 `- V1 ~! d" v
Shipbuilding
& c. i2 G# x- X& U" v+ C, ~& _! bKnuckled plates
. h. U M0 a, q0 N+ w( v( I( DKnuckled profile systems$ T& \, E+ ^ {, Y) O& v
Knuckled profiles
. |) z# t1 K \6 rCreate stiffeners between supports
# g7 L6 t* E7 ` U# ]" B' |5 _9 sControl profile orientations
3 O; J$ Y6 N- x* c. a& DBuilt-up profiles
/ b" p/ B' _% r$ D) `8 J! A) nCreate stiffeners on plates with multiple thicknesses
% e) H1 l F+ S# A- P2 g$ P- ]7 NCreate standard parts on plates with multiple thicknesses
3 | G9 @7 R2 s0 J; ^' JSplit standard parts in the basic design ; U2 {6 x% V0 m# W9 a
Split standard parts and built-up profiles in the detailed design + U3 q( m; h4 O) a, q, l
Profile Transition ; e* I! A1 r* m- F+ a6 ~
End Cut enhancements- z# U/ O! F, s% z7 p, N! x6 ^
Profile Cutout enhancements
5 ?7 e% Z, _ k& I/ |Collar plate enhancement
9 [$ A" _7 ]9 f8 e" {% u" DExamine Steel Features
y* c( C/ a7 H& Q# wPaint Parameters ; @$ r2 {9 j. a5 ~1 L4 V4 i
Vehicle Design ) U# m, ~6 k1 u1 R0 m
Vehicle loading input to vision tools
- h" j7 p% |; z" }Vehicle Packaging Validation 3 D% [; ~3 E" s$ `$ x5 i
Head Impact ( f/ U/ Z4 |+ f+ D2 t
Pedestrian Protection enhancements
3 |* X- F, V1 p$ wEyellipse enhancements 5 r y3 A- Y; z" N
2D Manikin enhancements
E' R1 |) B9 O! J2 SSeat Lines enhancements 2 a! F1 d; o9 C C/ M+ g
Hand Reach enhancements
* a4 L" l( K! ]1 _( YDirect Field of View enhancements
5 t( z( m0 l1 }9 SInstrument Panel Visibility enhancements ( i* d$ H0 P# V2 ~5 M
Windshield Vision Zones enhancements 3 l3 c" Y" } \& E% V
Mirror Certification enhancements
' L2 x+ H! y. ~* c1 x! T2 }PCB Exchange' O4 i1 u! c8 y1 \( E
User interface enhancements in PCB Exchange : Z: @/ Q) n. ~0 u" e" G
IDX collaboration commands s; ^7 ?' W! N: n+ Y( X
IDX support enhancements
8 U' ~ @# {+ i ]Copper Area % O# R+ \$ Z3 s R3 V& Y l- }
Comparison of ECAD and MCAD primary pin locations
& ^; n+ @3 u+ hShow Test Points
5 B2 M! S7 A$ HChapter 3: CAM
) O: B8 L4 S* Q8 KCAM general
" t. S, N, O& m4 Y, {7 g3 CNotes in Manufacturing
' A( R% G7 z* dDescriptions in Manufacturing
8 D9 X3 @6 R7 Z* K" C$ h; BDisplaying visible and hidden geometry
( f1 G2 }% d& t z0 |: c( r2 ABoundary selection enhancements * e m' e+ ?; X
Boundary selection display and gap closing
' q6 L6 T+ ?4 B) y% @9 vPasting operations with reference
" f1 K7 f. z0 j- p5 ]! J% [Show Thickness by Color enhancements
+ D, p$ N& T; O, n5 M) GSet Machining Data enhancements & A5 p8 ?& ]/ p9 E
Flute length for drills
; h/ w; Q4 M: K' j2 g* x: B; oMilling enhancements
5 g1 W* S& L- D# x2 GMachining with a T-Cutter # v" l9 J* q) l
Machining cylindrical parts
' Z) M, H( r! ]( FTilt Tool Axis enhancements
; A" b( g. Z: n1 KArea Milling enhancements 9 J: D4 z+ f$ p" b2 u$ u6 y0 [
Divide By Holder
8 f& m* H6 e3 z6 d! q. I' dContact data output for Hole Milling and Thread Milling % g$ S; C$ X1 D; `$ U
Cut area selection by edge-bounded region 4 s9 z' n9 _% F( c) U
Safer engage and retract moves for Zlevel operations * J; J% A& `1 F! B8 t9 I- {
Smooth noncutting motions in contouring and flowcut operations
1 b4 ]- }& v' N& f* `1 ?Improving 3D IPW efficiency in Cavity Milling & Z3 j, {: h2 E8 e+ v# {1 Z4 F
Multi Blade milling for turbomachinery & G. ^' Z* T/ s2 Z, v: u
Hole machining , K, ~1 P; `/ `- l+ I! e6 G
New manual drilling operations
. k" m% J. R; b+ DHole machining workflow using a feature group geometry parent ; {4 w5 }6 y3 {% f4 [
Machining feature groups
6 B+ v k" L D1 m3 c3 q9 OIn-process features
3 o- }9 p; u6 M" _& T2 g; Z9 kVisualizing in-process features
3 Z' ^! }: H+ ]- g2 WIn-process workpiece options to control the in-process feature / D# `4 B- I5 P' b2 \
viii What's New in NX 90 ( ]0 G$ T9 x9 _4 k
Feature machining areas
) n3 m) g) T M) ADrill tip point length + h( u0 q! x5 s. u( E; L" m
Core Drill 5 s$ E$ c! e6 B7 L
Probing |- X( X0 \3 L7 W3 R4 y& u5 |
Probing' j' S d5 p3 F- \3 |
Turning enhancements ) [/ E0 |* f% ?# v6 ^ w
Centerline Drilling depth enhancement
, q5 v; c$ y, q4 X: z% R+ l1 YTurning non cutting moves enhancements
p* E) [0 ~/ `! {1 j8 @/ p- z4 [Parting off operation ! t* b4 c9 L* Z/ U" o5 b
Threading non cutting moves enhancements + H; z9 q& ^: _1 x! K
Integrated simulation and verification — ISV # E) D4 r; s& ~3 Q& _* P" I. ]
Displaying axis positions and limits
0 |$ I# L- i) C$ k8 a4 rPositioning simulated machine tools and cutters " {- a* g0 z& B/ V+ W0 L- R6 }
Tool path display for external file simulation 9 D( q+ j( e( c5 y: U) J
Simulating all channels in external files - L% e0 J% l, b% r, j4 M/ U, \
Simulating synchronized operations
! v) M: o6 u, d, D/ bViewing a tool contact representation
; f, N, _' I% C* l1 e+ Y0 WConfigurable parser for NC Controllers3 h! w' s( {; l( Y" q w; p1 _4 a% K
Kinematic chains for simulating complex machine tools
, J/ \* g0 l2 m' U; A$ H# LSuppress Status line update
# m# U) v$ @' E& gIPW color mapping to tools or operations
- h7 @" P `& [: jRegenerating a saved IPW G @+ ?4 i$ B* ^- q
Gouge Check enhancements
3 d4 x% V! h2 YSinumerik Collision Avoidance - n" H* T } g6 X1 T/ h) D
Simulation and postprocessor examples
6 H1 }* L2 t/ L, h9 R# s' ZFlute length for drills
# Q* S" h K' @5 F' _1 mNX Post 5 G E$ _/ e* K. D" x- s5 N
Adding CAM attributes for shop documentation in the post
# i! G5 w) B. E7 g; i6 YPost Builder
! Q/ \ l3 |8 {8 K& GNew Tcl commands in Post Builder - H8 ~- C' M, _
Simulation and postprocessor examples
. I( ~% D0 q. U, b# n( JFeature-based Machining # G5 m- z! |4 S# a C5 K
Feature machining areas
" ^. ~7 }1 e' ]. v0 T2 _; D8 {Machining feature groups 1 k+ i* D9 q8 V7 K
In-process features
- {' f9 J; ]) H5 d, n. ~Visualizing in-process features - w5 N& ~8 Z% @" @0 _- ?* N" t' M
In-process workpiece options to control the in-process feature
1 }! Y/ s3 E ~# _& E3 QWire EDM * ]0 v, }( P# _' v, G/ ?
Wire EDM tool and guide 2 c# n# {' E9 Y5 k5 O0 N# O- A
Chapter 4: CAE
: Y, ]! I8 z. f0 t6 `, D) V7 oAdvanced Simulation * z9 @+ B' \3 N O; r: z
Solver version support
0 a3 Z; f( k! I2 J- }General capabilities 7 F' q$ k8 B7 U3 i! P- a
Fields
1 T# f+ o) O% R" OMaterials 1 ~1 t8 V8 K2 t% Z( u* F, u! c
Meshing
9 j+ V" \1 [3 i: vBoundary conditions
9 y) \+ d3 v" rSolutions
* n7 J) ^' Y7 T1 I: |6 jNastran support enhancements
W) s7 Q1 q4 m& I) ~3 x$ AAbaqus support enhancements / b$ t5 A6 a2 |! _! [
ANSYS support enhancements
. w# e. d1 @! w" B) mLS-DYNA support enhancements
|' r: y; N: N2 a `( VOptimization $ O2 p1 ?! d, `2 n+ A; r& F
Post-processing . P x: e$ f" ]& q& A
Durability 9 B4 c7 A2 i* ^6 a% { w
NX Laminate Composites ' U8 L7 S- K$ O# n
NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
3 k/ d5 b; I4 B2 j1 k8 A ]NX FE Model Correlation 5 t/ \! _2 k" ~& {( L" v7 O
Teamcenter Integration for Simulation 6 ~1 _6 R: k2 ~7 {6 p T l- Z
Design Simulation
( P5 G' i8 F3 vBoundary conditions
1 L" i! A6 s4 i J- r! B( LMeshing
L+ K' _( f: @$ Q. \8 NMotion Simulation 2 X7 k) L: Z7 O# p! }/ v
Interactive articulation methods
5 m9 t8 E1 m0 ]3 }; r" J6 S" P- xJoint limits in articulation
; L( |& G4 T3 o# G: [: F( eAnimation enhancements
/ Y9 E8 N. r+ r6 KSpreadsheet Run enhancements ' a1 v9 I5 I3 _' V. B/ n+ ]* A& D
Motion Preferences enhancements
# @1 h4 N" @( L8 {6 ~2 nFunctions and Graphing 8 r7 K+ {" ~( }( E$ R' u4 b/ N4 c
Inverse option for Function Single Math command
, G8 u, L$ v! C' \( R! X2 O% }* `Plotting a graph in a separate window
U5 f% [4 L( h! GImproved font support in graphs 8 k1 I2 v# m/ V. X9 j+ `
Plotting a graph with no line
4 u2 u6 S' ]3 i4 i- m; CSaving graph data to an AFU file
3 q6 h2 \5 Y' \7 t3 QExpanded complex plot support& z% g4 G+ s. a
Chapter 5: Teamcenter Integration for NX ! M" J o& p5 i4 R& q* @' v2 O. d
Teamcenter Integration for NX / T$ W- J2 f9 N" d. b0 d
Define and load configuration contexts 8 U0 D8 \5 l( q' f l) X7 _
Run NX in a Teamcenter multifield key environment
, P0 e5 M+ j- Y1 |, cIndependent drawings added to export and clone
! @7 C( K" i3 r' ASave As enhanced ) H' {. p/ V: ?# M; z, i4 R
Retaining absolute occurrences when saving moved components " ~& R' q, Z& G: o; M
Opening a component with a different revision rule than the assembly 1 v7 Y9 ^4 F3 L% u, g
Viewing results and default filtering for projects # c: h' g A/ Q8 O1 r
Adding independent drawings and CAE parts in the ug_clone utility
6 K$ L2 s0 c s3 pRefile utility enhancement in Teamcenter
! T" j8 D% ~9 n2 \. w' P; J1 `8 V3 sItem-based publishing of welds and datums to Teamcenter
# y* s( S3 o/ V+ _# X1 RChapter 6: 4th Generation Design (4GD)
7 A' r( c/ Q4 @' {5 \# JIntroducing 4GD & }' x( c& g# F: m9 ]
4GD enhancements " g3 W+ v3 ?1 U6 o+ T3 x) t8 u, G3 A
Design element enhancements
) P3 l) B" G/ u& GCreating multiple design elements 1 Z/ K; Y8 |7 q' M% m! N
Converting design elements " e/ g8 X7 s% e
Create Reusable Design
2 r7 g4 _% w. lPresented parents
3 b( x/ w9 O# CPartition views for subsets
' {6 g: q- \3 a+ R G6 o6 R/ gx What's New in NX 90 $ P1 t& ^6 d5 I5 {+ Q+ K. ~
Subset structure views
/ G" u! J) c$ M7 F) n' v6 hAdding connecting welds to a subset , `; D v* p7 d: j$ p
Mirroring a design element
1 I0 y. T7 k4 K3 |6 M. w% XLoad attribute groups for design elements & F7 r0 g+ m& p0 ]7 U& @
Effectivity and variant options added to subset creation ! u* F: k8 N3 I* R
Edit attributes in bulk 9 ?+ J" a+ y+ i4 l1 ~4 @
Show Collaborative Design Preview
- @* t) r! \7 o' kDesign features
2 V0 h& c$ x. x+ [Check in and check out enhancements ; L' _0 G5 ^; z8 Q! g: ]
Generating collaborative designs from existing structures 3 s/ i& b( \+ Y% ?
Check-Mate in 4GD 8 [* R' Q( H: Z
Issue Management in 4GD ; s# k3 c7 _' O" _; g
Chapter 7: Inspection and validation % f9 ?5 B" ]) p5 k- }
Check-Mate ( l8 o5 U: j$ J: p, ^/ }6 B4 h
Check-Mate checkers and functions
5 ~( m( K6 d" y" T1 JCheck-Mate profiles 3 l9 n' m* F2 D4 u
CMM Inspection Programming - ^+ C8 c( {) y( ]6 _3 y
General enhancements $ P8 U: |! o; g9 v, e3 ?# ^
Expanded CMM libraries0 [$ w5 c( p. e% a7 H
Offset distance for 2D features . ?. J0 Z1 \% \- ^" [3 x' ?# j# @
New inspection feature type: Edge Point
* ^9 E2 Y% j+ p0 {/ O% D$ kSet PCS to CADABS alignment type $ [7 t1 t8 A9 d# H1 a. V5 v
New inspection command types - {6 W$ L! ^7 _! `9 t# \
Support for cylindrical probes
& n, S$ f* |& k# p ]0 [" YResequencing of inspection paths * r+ u2 L! x/ j% f3 @+ A8 O
Auto-ordering of tolerances in the Inspection Navigator
9 R' c1 j5 \/ P! R: m3 c4 w* V; O- ESupport for DMIS SNSET/DEPTH
) J# ^3 I% }1 RMeasure an inspection feature relative to another feature
5 X- r2 G* f$ ?2 m& VRequirements Validation
8 m$ {" F" p$ D6 k. L& f9 V1 {* rUnits in the HD3D Requirements Validation tool
9 k( }0 ]( c7 F5 W- k& L/ C7 jChapter 8: Tooling Design 2 ~! n: P' O: `' c' W, N& p
CAM Data Preparation % N; y5 H( P$ X N5 l3 d
3D Curve Offset , J2 E5 c% c9 I. H0 c' Q% d
3D Curve Blend
) `9 I5 [! D+ v h0 U1 j, D- vMatch Surface
4 P& L5 z, S- s# M- z W$ O1 N! HReduce Surface Radius
5 y ]/ K* m1 N# c! G9 NGuided Extension
3 T- h$ W( Z3 G uTooling shared functions
5 g C. F$ y: {# UDie Analysis using LS-DYNA
! d1 p8 ?. y, I/ }! _: HObject Attribute Management
9 L2 {9 l/ G2 G0 Z9 {0 V6 {Face Color Management
( f8 z6 a6 s6 g+ I" ]- I+ K" RHole Manufacturing Note
5 u/ u4 Z% F0 J- [+ }# r1 P1 M4 f4 uRestore Tooling Application
3 {: ?3 P7 f) d+ h# ~1 `. GMold Wizard 0 k# }" h2 V2 p3 r# e# c7 s4 G) I
Mold Base Library enhancements + J# ?. u, @. W$ S
Workpiece enhancements 2 G0 X" F, F3 O3 U
Ejector Pin Table
% a5 s0 S- F3 {7 C6 PWeld Assistant
2 F. {$ {0 T) C1 BFabrication Information
2 j9 {3 r8 i$ Q$ t6 D3 n: ~; `Joint Mark
2 f n' _6 n' I# UExport CSV File enhancements
5 k" h9 J$ i! F* W5 ~/ KImport CSV File enhancement
/ v4 s# s; T6 F3 T; @Groove Weld enhancements
0 W2 J% f; n( ^% ]) fDatum Surface Locator and Datum Pin Locator enhancements ' y6 T' G0 v. x! ]4 ~
Using weld and datum information obtained from Teamcenter
2 R) d: R! l" s0 j- ~( M' F1 PItem-based publishing of welds and datums to Teamcenter
, s( q. g: R1 v) n1 s: S, bConnected Face Finder enhancements
9 |( Q4 y) [5 ?4 V5 Q0 _, _1 lCompound Weld enhancements ) I6 |0 g: L( c) N
Structure Welding
% O) H: n" K" ?5 v- R4 }, `Fabrication PMI
! p' h. N/ }% w1 P0 F9 c( X5 mSurface Weld
) \! e/ q: Z. O6 {, I QWelding Joint enhancements . o& Z& b. i+ M) ^
Edit Joint Definition enhancement3 W% V X0 v4 W$ e( K/ R
Edge Attribute Title welding customer default & K( W* Z8 t& M7 g
Export Welding Joints enhancement
3 b" _* i2 o% ~1 r0 Y; f* ~Item-based publishing of welds and datums to Teamcenter 3 |4 r, e; |0 e% E u2 g
Die Design
# p- Z h/ i# _+ E% |; |Lower Binder 4 R) d- S5 @2 J7 z1 a- e* Y. Z9 f
Trim Post - |9 e O7 i% ~7 z4 F
Draw Punch and Draw Die enhancements
: u* Y/ D4 e' d- A' w( QAssigning colors to die faces
. x* A4 u8 }; Z6 ?$ D% GDie Engineering 3 K' B' U5 ?8 y
Die Analysis using LS-DYNA
) m& \7 i2 R& n5 F% MTrim Angle Check enhancements ( y4 m8 Z) \3 y: B# L" { [
Stamping Operation enhancement " Q$ u$ w, J, h' o% d% E+ A: ]* P+ q
Die Tip enhancement 1 s) ]7 i, [$ D
Chapter 9: Data translation " [% D% }5 G& _: w
Exporting editable dimensions to DXF/DWG file 1 \; h0 \) o( v, P+ Z
Controlling text aspect ratio for the text imported from DXF/DWG file
# B" L1 @) X) Q- ^7 C$ l6 tSupported DXF/DWG versions 1 e/ h& l+ P! L+ L" }6 u( t
STEP translator enhancements
, Q3 O9 z) x1 I ?! X# h* dNX to JT
( w( ~8 g Q3 w; A, G! tJT version 10 files 9 d1 K; O/ x& [& Q6 j w3 L! M8 e
Display order of model views and PMIs in JT files
; F4 N3 d3 c( s! QJT support for object visibility in model views # [# V2 }! m1 p/ n5 j
PMI lightweight section views enhancements in JT files
& n1 r2 \8 p4 c1 i% J5 h5 UJT support for weld Joint Mark feature
' v1 v, X E* F( G, B$ CJT support for hole and thread callout PMI
0 N# u: i! w+ S2 EGeometry Sharing in JT files
7 P) A3 [9 H0 s+ J( A0 d3 IJT support for business modifiers and PMI attributes
' h0 Q4 l9 ^+ gVisibility of datum entities in model views of JT files $ o5 T' K: ^; s9 a0 R; `
JT support for PMI association with objects
/ u4 I. Z9 e) T( u8 WChapter 10: Mechatronics Concept Designer
, p/ @5 \9 o% _' I! J% Q: [Collision Body enhancements
2 |' e% W& u- t6 o. p: a, {Actuator enhancements
. B! C. G9 b/ J- h% s# f7 ^1 T: |xii What's New in NX 90
' F# l/ q( I3 _& u; e. Y9 kCam enhancements . ~+ q( E5 C! n: }
Operation enhancements
' J. i% }, w- e; TChanging units in dialog boxes 1 H0 E$ O5 J+ j
Mechatronics Concept Designer preferences
- T8 I {( t% K. Q# z! F8 L: y4 ^Create dependencies ( P; k1 O/ _9 q# D& |# t& r
System Navigator enhancements
6 P5 P1 w! R6 u9 y$ I% LCreating physics containers $ ]8 U1 m3 w, Z
ECAD integration enhancements 8 @" B. F9 ^ W$ C' P! }
Simulating NC code 6 w( \5 V6 j" B$ z% |7 S8 Q
Convert from MTB / D9 V5 f1 B% G+ u
Shared memory signal mapping 2 {0 r! `9 d' P, e' K3 w
SCOUT Integration 5 o, {9 v9 M( ?7 D1 ], p- l; Q
SIZER Integration : z& ]. P* r: P C: j7 d# @
Chapter 11: Programming Tools . j5 j* m) V) {8 J* {; G* v5 |6 c, D- i
Assemblies functions in SNAP ; h; @% p* r% f
Block UI Styler
7 W; k+ a: |) ^6 U2 U+ YNew properties for blocks
, F& m7 K' m& a1 p- XChanging a displayed part8 E! Q7 Y4 }/ Q3 Z: ~8 S# k: v5 T
Explorer block
7 i+ J! [6 O& T: w. K9 `3 @Chapter 12: What's New in NX 851 ) m& r0 R" ^: K8 H' ]. y
Modeling
, I# Z5 R4 r" l5 DUser Defined Feature callback hooks for NX Open API libraries
3 \5 b s6 e. X- R+ k5 @Preserve the relative order of Feature Groups - E" u+ B8 _# ^2 P- K9 a. E
U/V Direction
' p4 S4 a2 _6 n9 GStudio Surface enhancements — Split faces along boundary curves
, v( G: C$ ~: v" T/ cPMI # N# a; L/ b- J4 i1 I+ D
Find PMI Associated to Geometry enhancements
" C' K( b) u& X; X" WPMI Effectivity Management 741
* a; F) d, p W1 F7 CRouting 742
9 u5 I" y. R/ t0 Y rWind Catcher 742
9 z$ h3 C! Z( c9 t* O' s/ r' eBranch Path Numbering 744
$ L3 Y7 P7 `: _Platform Creator 745 $ \' i$ R" ~4 ~. F
Shipbuilding 747 0 n3 D6 a7 n% w, l
Assign manufacturing information to openings 747
* X4 C: w" E1 @$ f5 `Specify section subtypes for steel features 749 : V9 J- C5 C3 |/ j" z
Manufacturing 750 5 I* |8 p0 j. r4 b7 n: r6 f3 g& v/ N; e( C
Operation Navigator enhancements 750
9 [* `! k1 J( W# @Advanced Simulation 751
- U$ b0 [1 \$ oSolver version support 751 1 }. k! ?' j% X1 ~* h @/ P' Q
NX Laminate Composites 758
3 g' E7 {* `0 `$ kDurability 763 5 [) F5 Z" c% f# K- u0 ^5 D& ?
Teamcenter Integration for NX 764
$ D# y8 u @; u" J2 V# GNX Relations Browser enhancements 764
7 @3 I- n5 y) E/ @# u. bSelect Configuration Context when loading assemblies 766
w9 Y: }) X* j5 J$ N& d3 [Default project selection 768
, B! k! a. Z4 |6 S: [9 PCMM Inspection Programming 769 6 s6 u& I' g& y- I2 W) O
CMM measurement analysis engine 769
+ d5 g+ a5 m; g$ w8 Z* s" oExport analysis results 771 DMIS programming enhancement 772 : \+ ?+ R) x7 X
Data translation 774 $ \2 t# E5 w5 v0 z, p
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
" K, K! ~7 k/ y2 q* l" z' W# }JT support for PMI association with objects 775 8 a: }( `% s& W4 [3 K0 X6 t
Mechatronics Concept Designer 776 . V O h" \1 s+ `& Y
Import from ECAD enhancements 776 ! t" e3 g8 U7 `
! B! d( x$ e' ?5 @" U5 k( ]- z
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发表于 2013-11-22 18:18:15
发表于 2013-11-23 18:44:10
