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6 \* m9 Z" ~* {, @1 X8 L. o【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！
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涵盖了所有模块！
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; w0 q0 i2 D! z/ o f- B/ J2 P不懂E文的，看图也知道了！！
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What's New in NX 90 iii
8 f- t0 n$ H3 S8 w1 W4 s. |Contents
0 t8 o1 K1 I; S' |, E- k: B* OChapter 1: Fundamentals % J9 [; b* I2 i" L
Ribbon bar interface The NX Window (Ribbon bar) , l2 v1 |7 a& {
Show Ribbon bar tabs and commands : E5 R6 `0 Z W
Add commands to the Quick Access toolbar / {' ]6 n ?" k7 i: ]' t3 b- F2 N
Add commands to Border bars
" \8 U' o" p& e+ z$ o ^Customize the Ribbon bar interface 6 p9 ?/ h" l/ t( I, j/ n- B, T
Add a tab and group to the Ribbon bar
: g5 K: u, J3 M2 Z9 ?Save Ribbon bar layouts
8 x9 Y8 w: t; k' e3 M2 C; OExport and import your interface layout ' U1 r. m8 H- x$ [
Ray Traced Studio 2 O$ m9 B' F& n
Issue Management enhancements
+ j. p) f( G) [ s, {% IGenerate support logs for IR or PR Q( x5 j! t& e5 a. P9 f1 V7 U
Integrated web browser enhancement 6 t9 \# |! m, f5 ?
View section enhancements 1 K" `+ Z% S, I2 U( h
Display facet enhancements 3 l8 f* F5 i; x1 j5 c; C
Measure Point
5 @7 P; q) U. Y5 c* C+ YRaster Image enhancements ! l& L/ k8 H- D/ a
Lock Rotations 6 y6 b' O1 {* \0 W. u7 d4 J8 ^5 {0 H4 M
Synchronize Views . M, m7 I7 {% w1 _% L
Stereo Display Visualization preference W) w7 \' W1 O
CSYS tool enhancements
% @. j8 u) E8 ^4 ^! T8 TEdit attributes in bulk
: I9 U/ C: f8 \1 P, xChapter 2: CAD . W6 ]$ b/ v, G3 M5 u9 N
SkeTChing
6 S% F: @0 l$ X* {$ sSketch enhancements
! u4 T+ d! ]# jSketch dimensions # y8 [ F T! G0 I: D1 [
2D Synchronous Technology
' R5 f- J7 C$ s. uRigid sketch groups $ s2 P8 C4 ?- L3 E" \6 z
Part Module
% M. @2 H5 s$ EAdditional Part Module workflow
* l1 f$ M) [; l/ V1 D: FShared Body enhancement & d" B2 b2 r3 M$ X8 b2 [0 p3 p
Controlling Part Module updates
5 v2 V% s5 \8 Q( B, LNest and Un-nest Part Module # a: Q9 j3 X, x: y* H
Save As and Part Modules L% B3 S) p% e. {: {# j5 ~
Synchronize Links enhancement
; a M0 q0 E2 v U4 r( {Modeling
; ?# p# k, O, {+ HSnip into Patches
8 G7 ?4 d: ?7 v# YRib & u- [# Z4 {; j u. s$ H
Mirror Geometry 1 c& n* Q t6 J. s. X
Extract multiple bodies enhancement 6 I# r* O) o0 W8 W7 r
Analyze Pockets and Blend Pocket ) A3 A0 H; ]4 a
Combine or separate tool bodies 6 r6 I; l3 @7 I/ `8 Z
Interrupt feature updates
" q6 r& V& ~8 C8 dLoad Rollback Data
T: M0 t @$ z1 L- v% q3 PSorting model views
9 D: M7 ]1 P0 i+ vSelect intersection edges in Edge Blend and Draft & j6 f0 A9 T/ S# G& m& L- V2 i" V
Replace Edge
) f% N3 Y9 B+ p) Q( F* `iv What's New in NX 90 8 e$ D# W5 \4 @; t7 A2 ?
Local Untrim and Extend 5 Y$ {. |- P. @4 K: ?# L8 u5 Q* d
RoUGh Offset enhancement $ Z/ y1 X: S; y2 C- H9 a7 Q
Replace Feature enhancements
9 I4 u; q9 H% u1 c; VUnsew enhancements
* B2 t0 W1 c! x" X& C" r+ ?, YDraft enhancements ) ^8 A- X! N5 |1 S) v0 j% p
Draft Body enhancements 7 f e$ a, Z% z7 Z* q
Thicken enhancements 4 ]1 [' h \1 Z4 C. u. w
Pattern enhancements $ c9 o7 @/ H& c3 O/ N* |- G
Untrim enhancements
6 L$ W. [& n) N, yDivide Face enhancements * J H, y: w- x) w
Part Families enhancements ) i) L4 m: e7 v- W# y/ B/ b# u' {
Body selection enhancements for Boolean operations : D4 A. j# t( I6 M( u) _0 N
Face selection enhancements for Synchronous Modeling
9 F7 v4 e" k- o. CSynchronous Modeling
% Q2 E$ X3 r& TMove Edge
9 D# _: Z t c& X4 h( tOffset Edge
. p+ j& T5 z: t/ C, iDelete blend faces with the Delete Face command
: S. m' @5 M2 U( ELabel Notch Blend enhancement
6 L# g* C9 ]' G) S+ o, y; a( jFacet Body Preparation
; W" w- T L" R) j8 j" }Create Box 5 S3 y m6 t1 K2 V% i2 ]
Snap Point enhancement
0 g8 N6 a: L* M$ P, C3 h2 xExtrude Facet Body
+ L2 A$ O) U6 i9 o6 |Extrude Profile
; `/ n# G4 S2 ^8 Y3 L, _4 ]+ d' IMerge Disjoint Facet Bodies 2 n7 u2 a% T, _7 p: ^" T k" p5 {
Merge Overlapping Facet Bodies $ Y! L- _& Z! L: ~" g
Merge Touching Facet Bodies
& V6 Q/ V! p3 H7 V4 ~3 b% y' {Rough Offset enhancement 4 {# _7 ]% u' e$ O: v0 G- N* b
Shape Studio
: S: @" p. T/ j+ oSmooth Curve String $ M7 q3 ?$ ~9 X
Section surface user interface improvements
* J# z" ~- N1 `6 `) @$ T! AHighlight Lines enhancement " m: s1 r' Y( i: s/ e9 e. B/ p5 u* t
Deviation Gauge enhancements 3 h8 R0 h* U' M4 w* I8 ?
Face Analysis – Slope enhancements
! _: p2 N3 W. x: I$ yConcave Faces enhancements - V' A# Q: X: q
Face Curvature Analysis
$ F( b9 H' k8 a6 ^2 m& M# WRuled surface Developable Alignment
* u) R7 `3 g4 j9 s( o( DWrap/Unwrap Curve
^* E; b8 e; ]( b! NAssemblies
4 [1 H3 A8 v8 lPack all components enhancement . l- m; ]1 r2 M. b
WAVE link multiple bodies enhancement9 c' W3 Z! ` O! g+ I: @
Load Rollback Data
$ R+ v& C# M) J. C, H# I& o! eAssembly Clearance enhancements % U+ r5 h8 I* }% P, o! M( A% M
Order of components in the Assembly Navigator 2 w1 V+ X {$ W9 m) H
Pattern Component 4 D2 S% h0 d4 w) }1 f
Identification of inconsistencies between WAVE and assembly constraints
" ?8 V/ N) a. n' I$ u3 o, PAlign/Lock assembly constraint
: X) U1 Q% x- L) m7 ^. w- sDirection to Fixed column in the Constraint Navigator
+ P6 K# r# f3 NProduct interface enhancements ; \' k/ k6 N/ ~7 R. i: Y" s
Assemblies functions in SNAP
( v/ A: c8 @; S' \' o, iVisual reports 6 v) ~$ t5 q5 t: p
Drafting 4 m. c: A: ?( W- G" ?5 z# E: b
Usability enhancements # f9 p' P" z. Q% L
Rapid Dimension Z8 E r% ]9 L' `# n
Linear Dimension ( c7 V9 \& c; B: }* ]
Radial dimension
1 Y( W! s# ]) }5 T5 M9 R7 YAngular Dimension enhancements ! M N) i7 w& ^8 V% i. m6 y
Hole Callout
4 H" j7 G a+ WGeometry margins for dimensions and annotations
! m `1 u# u" @/ `9 s0 o6 R1 m0 lAlternate Dimension Endpoints
5 }) Q1 C4 f/ U) P1 iGeneral dimension enhancements 8 p" X2 w7 w, x1 ^
Exact and Smart Lightweight view enhancements
" k% T" N" t2 vDimensioning Smart Lightweight views
9 q. Q0 a9 f3 @Viewing Direction Reference Arrows
- D- c/ o7 G3 Z. hSection line bend and end segment widths
9 {1 S/ I0 \& [" u( Z, c5 uAuto balloon leader placement " v& g) |2 E0 R$ q6 l9 p9 E$ R
Axis Intersection symbol : \1 E8 W$ N, X4 B: Y& |2 P6 s
Surface Finish Symbol enhancements }# w6 Z% u, f8 |, q
Datum leader enhancements 3 r9 s1 Q4 t* _3 W, }
Drafting symbols ) e* x5 k3 y8 o8 {) X- E1 E, c9 D4 k
Embedded image enhancements
* A; W3 b) u' f: XHole Table
; V8 N1 \4 d; d h; \3 {3 bBend Table : ^2 g5 j: T" h! _8 ~6 U M3 s
Inherit PMI enhancements
" {! q- N1 ]2 x! H: l; e! VCrosshatch enhancements / [7 {4 [. _1 D& G5 n F
Product and Manufacturing Information (PMI) / G6 i' @7 |- I" \! G$ Q
Usability enhancements " X5 _8 F9 d$ c# `6 h$ X) D( j9 F
Rapid Dimension
8 g. d% m3 Y) h# Y5 l. h0 lLinear Dimension 1 f& W! i0 f D- @
Radial dimension
: m. z/ Z/ w/ nAngular Dimension enhancements
* ^/ C3 ]3 L) e4 p7 I( ^Hole Callout
9 ?& [3 n! w$ y' o. C- fGeometry margins for dimensions and annotations
4 b; U6 {) s; A0 Y& J# I/ E7 w' CAlternate Dimension Endpoints 5 ^) h' C- d1 L
General dimension enhancements
9 e6 V- w) E" wLightweight section view enhancements
% j( K, }6 s- B- SSurface Finish enhancements 5 `* N# c, y* l1 A, S4 ]. f
Inherit PMI enhancements
6 x0 J% {- \$ x l* HRegion enhancement
, I. D4 l |; m0 i' ~. DSorting model views J6 x; }- K: J& b1 y* U
Datum leader enhancements
; ?, f: O6 q% R- h, `Drafting symbols ' {9 \" v9 x; p
Axis Intersection symbol % P: G6 H% P$ d3 s- l
PMI Feature Identification business modifier
9 X) T: B. U0 c( P* @3 x; m) eUpdate PMI tracking properties
) R9 x9 @8 h& f, wSheet Metal
: r) B ^+ @ i5 l3 v/ n2 FBend Table
, J0 r. d+ l# QUnbend and Rebend enhancements ( |, k( a4 u+ }4 {4 N
Resize Bend Radius enhancements
4 T7 Z6 q% C/ J% s3 zvi What's New in NX 90
4 Z( |8 `8 c3 C4 t/ A! X) {Mirror Feature enhancements
- |3 c. G0 `7 f2 z: Z! G% S) U8 bUnite in Sheet Metal ! x# a; H# k3 }
Three Bend Corner enhancements " D( J. I% _- |" E
Mirror Body enhancements
: i4 t/ p+ c& Y- p0 Q5 h' X$ FPreferences for flat pattern views & ]4 j) P+ ^ ^9 W
Flat Pattern enhancements
% s! x7 }( { F1 [; P4 rPattern Face M3 W( n" z ~: G, ^6 r3 O9 r
Flexible Printed Circuit Design
0 h( h* e6 L, ~- v p+ n4 Q, AWrap ( q" E( ^4 `0 T3 S# v
Flexible Printed Circuit Design enhancements
6 c8 D- y! i, {3 Q; FPattern Face $ J1 w9 O- b% C( k) j1 p
Data Reuse
- E1 x9 D9 M" a& a- @Double-clicking folders and reusable objects
- u( h0 p6 K" S/ W$ P; g8 N' GCreating shortcut folders for your reuse library
9 E; v5 y$ P6 }7 pReuse library undo and redo " b, x, D* D$ c2 K( T1 C
Creating an index in the reuse library
+ f. E' {% g5 n/ n, mMapping reuse library names
) _& I9 B* R% c0 ]# a' |" UReusable object feature name , U1 H. T% \7 d7 u% K) g2 |
Reusable object part definition 2 r) u4 |) u$ X% T' `
Creating feature component patterns with reusable objects
, d( p. A w7 e- S% n3 v- v* X) NManaging knowledge enabled components in Teamcenter 3 H2 L( d/ q7 a2 o% i! @3 J4 ^$ s
Reusable component revision rules in Teamcenter " U8 r" t" r9 {" l5 w3 ]
Adding files as datasets to reusable objects and reusable components in Teamcenter
; r/ Z( O: Q- K0 f4 aPart family-related enhancements to Product Template Studio
% n. Z* h9 }2 j0 B1 ~: uRouting
) X$ b, ~& [9 bConfiguring Routing applications 6 C' c, ^9 o5 N; {% F) R7 K
Common Routing tools ( l+ F/ j1 D l3 y0 g
Routing Electrical 4 \4 g. t( M, r) Z( e
Routing Mechanical
$ ]; a1 a4 Z' [. M) T6 B/ i$ }* cHVAC
! w1 g6 Y6 [" }Shipbuilding
, a4 Z' G9 g# Q Z. c% E# uKnuckled plates 7 Y% y2 U4 u3 l0 c
Knuckled profile systems( Z5 {2 [% c) r8 }
Knuckled profiles # J& S, W9 r& T' x% H# d2 y! C
Create stiffeners between supports - |) l; ^, k: b+ L9 z7 L6 I' Q
Control profile orientations # n! N. N/ y1 ~ p' Q5 H# f
Built-up profiles
+ Q) x$ U. ]0 y: q! ?Create stiffeners on plates with multiple thicknesses , ]# G: ?' U' j! c W) k
Create standard parts on plates with multiple thicknesses 7 h/ u6 g. o% ^; t
Split standard parts in the basic design
, W+ j& q; o+ a1 c8 j8 vSplit standard parts and built-up profiles in the detailed design
8 P% v4 {9 K2 ~Profile Transition
$ R% i8 X( e) Q; t4 u1 _- e `End Cut enhancements
, p2 _, T6 D( O1 q$ S7 A0 AProfile Cutout enhancements ; }# W2 T- @, R! ~6 m
Collar plate enhancement# Y1 [ X& _0 I
Examine Steel Features ) ]' |6 ]( H% X P
Paint Parameters 5 r3 ^% B, G3 ^3 g3 V
Vehicle Design & K+ `4 v$ }$ j& r) {/ X
Vehicle loading input to vision tools
- e+ s+ n u3 z9 qVehicle Packaging Validation # T) ]8 w$ |* s" {6 {+ Y8 y- y5 W
Head Impact
' C* R5 r4 Y1 Q! NPedestrian Protection enhancements - d' `1 W9 f( z% L
Eyellipse enhancements & ~5 C) b* l% b
2D Manikin enhancements $ U* B- r* m4 B% D- R- s; w" a
Seat Lines enhancements 2 z6 X& G1 G/ ^. B
Hand Reach enhancements
: i1 g/ ~& x* [% b3 S) }Direct Field of View enhancements
8 e5 d6 l7 Q! z* e, U8 BInstrument Panel Visibility enhancements
6 w% u. P) L1 H% w& A. AWindshield Vision Zones enhancements
1 O( s' a! R1 h) |Mirror Certification enhancements / [& g r* B) o2 I3 ]0 o/ B8 J' Y7 N2 m
PCB Exchange* U% M: K1 c& M: u
User interface enhancements in PCB Exchange , @8 M4 F/ _5 F
IDX collaboration commands
+ O/ O3 g. q) z3 X2 X# q& g7 ^IDX support enhancements
% m3 W8 Q: p4 K$ S' TCopper Area 8 F5 t, J r# Y3 X0 c) [# ^2 R u
Comparison of ECAD and MCAD primary pin locations
. o- r" d3 H2 {8 k) k7 W' I+ C `Show Test Points 3 F) P0 i, D! d0 Y& _+ u4 M
Chapter 3: CAM
; E% m" y& W+ V, Y: {# O- bCAM general
; O* a3 Z$ H1 ~' N- wNotes in Manufacturing 7 L$ n( K% T7 D# |( d' C+ }
Descriptions in Manufacturing
' z9 V' m0 K# ~! j& f JDisplaying visible and hidden geometry
4 [4 X/ s- D3 m' tBoundary selection enhancements
0 {* ?. T+ F) T, r4 q6 iBoundary selection display and gap closing & J R' L5 B+ g: V6 }9 a
Pasting operations with reference
: N# L2 w) j; p- |; i# sShow Thickness by Color enhancements 9 \8 B h! J# H' R
Set Machining Data enhancements
) G, c! g* T4 k4 [$ eFlute length for drills
) D9 g T8 h2 H. BMilling enhancements % L0 m5 t0 V# D+ S7 I' G9 j- q
Machining with a T-Cutter . s0 z3 y- H0 N7 X0 ^, h
Machining cylindrical parts ' X; `. t. R; Y( O8 ^7 F
Tilt Tool Axis enhancements 6 Y) d* ?0 O% m6 I( p/ i/ W
Area Milling enhancements
% q" ]5 ]2 ^9 e$ a5 iDivide By Holder
1 q, l" F: z1 ?* c$ w( t7 M. qContact data output for Hole Milling and Thread Milling
6 D8 x; @3 V8 y+ e" C5 D$ zCut area selection by edge-bounded region
& ~4 `8 J" M* Z) G: r9 Q$ ~1 f, TSafer engage and retract moves for Zlevel operations
: Q( ]) [( a) XSmooth noncutting motions in contouring and flowcut operations ( Z: V6 }* R8 L, `# C
Improving 3D IPW efficiency in Cavity Milling
% X$ H2 T5 p$ h9 ?- DMulti Blade milling for turbomachinery . V& ?7 d& X) V! ~
Hole machining ' C* ]! k( J3 a# n7 r
New manual drilling operations 5 n, E& B7 ]) E3 A
Hole machining workflow using a feature group geometry parent 9 Z8 U7 u Z9 Y, K3 @6 D1 H8 m- f; u
Machining feature groups
8 C, m: l& j- E6 s( m3 ^7 qIn-process features ; o+ n1 s! P/ O8 N) w
Visualizing in-process features
. S5 W' {$ ~2 f( p$ PIn-process workpiece options to control the in-process feature ! [, m9 W: r/ n9 G, E: F: a; n
viii What's New in NX 90
- C3 Y8 M Z5 U6 J+ sFeature machining areas ' |7 y( d9 I) }$ A% A N
Drill tip point length
- N Y) }7 }( j0 XCore Drill % u1 G+ M+ ^) |' ^5 Q# g
Probing $ i$ W7 v4 w! c$ a; o' M
Probing
8 ?9 b' y1 j8 u& RTurning enhancements , ~/ F. J% ~% R4 W
Centerline Drilling depth enhancement
+ j+ ]! V, C1 z& {2 h: kTurning non cutting moves enhancements/ z: N4 {5 I1 A) C3 K
Parting off operation * J9 W& y5 D6 `
Threading non cutting moves enhancements & F9 y7 I6 \5 P4 ]+ l8 Z; Q
Integrated simulation and verification — ISV 7 P( o1 ]) B2 P
Displaying axis positions and limits * ~/ [ @1 Q$ Y; s
Positioning simulated machine tools and cutters 6 g( e' m3 S& d$ F
Tool path display for external file simulation 1 }* L; C% U6 O }( z: u+ [
Simulating all channels in external files
8 w0 {, O y C% z T7 D, j) jSimulating synchronized operations
5 ~! ~9 }3 l; P! i! k( iViewing a tool contact representation 8 E; ^5 w" K( A6 }% P
Configurable parser for NC Controllers9 U7 n1 J1 k0 a% F
Kinematic chains for simulating complex machine tools
J6 [: m" m: W, X, p1 iSuppress Status line update
7 i" I& \" M! T* w4 S6 J' g1 `IPW color mapping to tools or operations ! F, |) C4 A' g6 R
Regenerating a saved IPW
! j/ D' L) ^% N; \Gouge Check enhancements 2 O" S; M) l" I$ Y O5 p* |
Sinumerik Collision Avoidance
5 j/ p1 n, d6 tSimulation and postprocessor examples
) D2 L/ W9 m" |* w% V+ M+ M" P9 SFlute length for drills + {# U% A: G; L! p' R; d! {' H" J
NX Post
, B& G8 |6 X% |4 M0 Y1 OAdding CAM attributes for shop documentation in the post & W* J& W6 z8 j! w& R) u
Post Builder
( s. \3 ?- y t W& d7 |8 BNew Tcl commands in Post Builder
+ Q' i% K; j5 @- @Simulation and postprocessor examples
! r, i" e& |, w0 YFeature-based Machining 1 ] A0 b; k7 @( Q# ^* M( Q0 N7 s
Feature machining areas
, F8 K7 s" X0 rMachining feature groups
- `0 M/ s( w: Q! D) \2 uIn-process features ) \' N5 K$ [( | V1 F% I
Visualizing in-process features 0 A# D+ ]% T6 u
In-process workpiece options to control the in-process feature 1 ^: r5 x% X$ Y2 n6 P
Wire EDM 6 z; Q7 j0 W3 o8 J4 F7 s
Wire EDM tool and guide
$ I- O$ F4 Y) [Chapter 4: CAE @9 h$ @* z& }. J( T
Advanced Simulation 3 I3 H$ }6 n& x0 {. X9 e
Solver version support # R- G7 I) [7 t6 `
General capabilities 2 I9 m3 h& y! a T' W2 |2 |( J
Fields
' m$ O! O7 O4 r/ IMaterials
5 q3 W3 c$ Y# v$ ^9 [ OMeshing
6 ]$ ~! J$ E7 ]3 ]/ F5 j" O8 b6 o, jBoundary conditions
6 j/ G) A% K% O' d3 tSolutions + W6 m( ]" |8 N# u
Nastran support enhancements
6 T8 t: H1 \0 J* p. dAbaqus support enhancements 4 }4 T5 K$ }6 d8 I& Y* r
ANSYS support enhancements % L8 o5 ], T/ G6 M/ {
LS-DYNA support enhancements . a* j! ?5 e+ k$ \0 F0 l6 G
Optimization
5 x! j6 ^$ S3 L o, GPost-processing / p7 @" |- X( v2 {5 b7 z( @
Durability 5 R- j( z( X _' a( _- ?+ o
NX Laminate Composites
# L1 F8 O/ p) N" T1 J5 J: CNX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal " @% N( L' T) k* \1 @
NX FE Model Correlation ! b9 C0 g5 T0 B, K( o" K
Teamcenter Integration for Simulation
) Q8 P! ` n( s9 d( Z' CDesign Simulation
( O x f2 d4 ABoundary conditions 3 `6 w5 g2 `, z/ x7 l7 l3 D! ~1 ?
Meshing ( w5 N- ?5 o m% a( U# X* _
Motion Simulation * a0 |* G5 j/ M8 t! h d
Interactive articulation methods 8 d6 E0 @5 U. ?3 W3 x/ D( k2 r
Joint limits in articulation
) i7 ^' ^6 c+ G7 K8 W. K$ w+ Q8 e+ sAnimation enhancements , ]: V2 x9 K' N4 l1 L# h
Spreadsheet Run enhancements
- W. \' O& ]+ U4 KMotion Preferences enhancements 8 d" P) M) o+ g5 d1 U% ]
Functions and Graphing
# Z3 E# v, B, i( L1 zInverse option for Function Single Math command " `) ^; }/ h* P& G* [6 x) p/ m
Plotting a graph in a separate window
3 h. x0 j+ K$ p" e2 f$ j+ R# UImproved font support in graphs ) A) d! J0 B, o
Plotting a graph with no line . J+ q7 I2 J, P! X0 C8 s2 P* B$ R8 G
Saving graph data to an AFU file
G2 d+ m, s2 o* E) W5 {Expanded complex plot support' c- N8 [ K; f8 L, @' z
Chapter 5: Teamcenter Integration for NX
: i& ~6 f) c0 Y" B: Y( G: eTeamcenter Integration for NX
9 f( p" i% P4 ^5 q0 `0 b) VDefine and load configuration contexts
; C+ Y9 e! j4 h+ I o) Q; g$ xRun NX in a Teamcenter multifield key environment
& \6 n* q. x$ ~, BIndependent drawings added to export and clone 8 E! H! i1 @. B- T
Save As enhanced 1 W& S: B# R/ r8 W& q- W
Retaining absolute occurrences when saving moved components
' @: k1 Z/ T8 [1 EOpening a component with a different revision rule than the assembly
, s7 g: B. C* U6 _9 tViewing results and default filtering for projects 0 Z( j! a* _& R5 w8 U6 G
Adding independent drawings and CAE parts in the ug_clone utility
, V; S* g* T3 F" g0 @! s* `( kRefile utility enhancement in Teamcenter " z* \, E0 R6 |" G# o/ q$ p6 V1 H
Item-based publishing of welds and datums to Teamcenter ' H# F6 f0 r. X* l
Chapter 6: 4th Generation Design (4GD)
: X4 ]" @5 ]. O4 bIntroducing 4GD
. m: ]# D `7 S- j' |4GD enhancements $ j: b e C& |$ C% E% m7 [3 p
Design element enhancements
; h {2 @* S3 \1 [5 P- p1 ~Creating multiple design elements
% a0 S1 o& [ Q9 A8 dConverting design elements
* O% t, A) f' l0 |! VCreate Reusable Design
- |9 J5 `. k9 V/ NPresented parents ' L* ^: U& \7 P
Partition views for subsets
3 ~, `. ]8 `* \) a5 Y* h4 N( c- Tx What's New in NX 90
* e. o6 C L6 PSubset structure views
* i9 G- Z/ }: M" t" fAdding connecting welds to a subset
* }% P: |) X0 @Mirroring a design element 7 |- Q; `9 V9 c- k
Load attribute groups for design elements
, W% C8 g: O& v; T- P I8 NEffectivity and variant options added to subset creation " c( Q0 }* S: o: H" `
Edit attributes in bulk 8 j: `! Y N7 y" u
Show Collaborative Design Preview
/ \! ^/ T; H; @# C. dDesign features
+ t1 v* n0 v: h; n9 E# }Check in and check out enhancements ' k; k0 {/ ~' p9 R$ j
Generating collaborative designs from existing structures 1 S/ \" E, x; W- H6 b) [! b
Check-Mate in 4GD
& y: v( V" O4 U3 q% p# d! FIssue Management in 4GD ! G; X/ L) t+ X. K; b; `
Chapter 7: Inspection and validation 1 D' g- ], O% Z) `% t" o
Check-Mate
$ q; j, g V3 m8 e( {9 @+ f1 yCheck-Mate checkers and functions
3 l" J+ `2 q# I$ }, F! \Check-Mate profiles
3 U5 e, o; {0 a, m/ c% u' g' ^/ hCMM Inspection Programming
0 Z$ ]& V% A; A$ r# _( gGeneral enhancements
5 `7 P) w/ h. _: i b0 r, z# W+ mExpanded CMM libraries1 s$ u. Q. P: @# r" W2 l
Offset distance for 2D features
9 @& r1 {' D$ v, j, _5 CNew inspection feature type: Edge Point
. l2 `+ b5 C+ b$ V0 RSet PCS to CADABS alignment type
1 |$ u- B* k2 n' F/ N3 f8 pNew inspection command types
5 B% t! E3 [9 M) n9 \& v* QSupport for cylindrical probes
1 p9 a/ |4 y. N( oResequencing of inspection paths 3 v% S* |, r3 j8 l ^
Auto-ordering of tolerances in the Inspection Navigator
% E- p; ?( m5 R D3 @' NSupport for DMIS SNSET/DEPTH 9 ]6 C$ h" t5 ~' Z. U2 B
Measure an inspection feature relative to another feature1 D3 g1 W- f: @0 l; N) d& w
Requirements Validation
a3 ^. m* g# P+ |Units in the HD3D Requirements Validation tool * E4 @' y. S4 H$ h n
Chapter 8: Tooling Design 8 x% B' ^( g! G# X
CAM Data Preparation / ?- D) p8 B: V0 F
3D Curve Offset
& H e: P9 I' o2 A1 D7 C4 ^2 ^3D Curve Blend
- S1 s# r" K4 c' n7 W" H2 ~. \Match Surface : k; I' X ~; c8 _ C- V ?9 {
Reduce Surface Radius $ x( ~- K; v! n
Guided Extension : k9 C7 L$ k& K; u
Tooling shared functions
8 e& H7 B V2 T, SDie Analysis using LS-DYNA
! j' x, Q5 o$ K3 N9 a d1 VObject Attribute Management
- H ? g. T HFace Color Management w( { A: L* j
Hole Manufacturing Note
+ N) d$ Q/ v+ P7 y3 @% v: SRestore Tooling Application / H2 U$ H1 ?" J% i( d! Q
Mold Wizard
% t+ I9 q- Y2 s+ D q* aMold Base Library enhancements % d6 H% j1 F$ a) h v0 R
Workpiece enhancements & X8 P4 [% D0 h9 K6 j! }
Ejector Pin Table
1 f! L+ M. C% M3 H7 m% XWeld Assistant4 P G/ Q' M: i( K2 j- d4 b
Fabrication Information
+ s' l+ J5 L9 ?( y( ~" |Joint Mark $ E2 A, R1 v7 u6 [& Z4 l y* ]
Export CSV File enhancements
" Y! s2 M W2 T9 q" ^Import CSV File enhancement
7 |+ s# r. x9 }0 I4 i1 Z3 vGroove Weld enhancements 0 y2 {) F: ?# K, b! y
Datum Surface Locator and Datum Pin Locator enhancements + _+ A: F* y5 O, m
Using weld and datum information obtained from Teamcenter
% Z6 ^# B" W! S$ f% @; dItem-based publishing of welds and datums to Teamcenter , }$ X% W! J' T2 t; I/ z0 B
Connected Face Finder enhancements
! b; b8 v' L9 [% F& k( x/ VCompound Weld enhancements 6 V* E+ Y4 r# | J: |- B# P! J0 D
Structure Welding 3 D2 {: M$ G. u3 z7 s
Fabrication PMI + M( Z: R* B; b* U5 ?' R) ^; V4 e
Surface Weld $ M4 i/ F( s; m% H2 F
Welding Joint enhancements 4 ?% {6 A6 y7 H1 h4 ?2 R4 V
Edit Joint Definition enhancement
% L1 c4 B0 z' Z: u: k2 g8 hEdge Attribute Title welding customer default
/ X+ Z8 ~7 ^. M s# R$ G9 sExport Welding Joints enhancement 6 \$ D+ v/ N& f. F$ e( s, H6 Z
Item-based publishing of welds and datums to Teamcenter
% y4 [) B6 S. D& T j/ iDie Design
( G0 f/ b" ^4 `+ V' l0 v/ fLower Binder
& q" `( O+ g0 zTrim Post
, X8 c6 [8 |) m6 o4 wDraw Punch and Draw Die enhancements
- ^3 @/ _ D; }" a4 I$ G) [Assigning colors to die faces
! i3 T0 x8 `8 D- b( c6 a) fDie Engineering C& G* }6 o5 |+ R) l* A: R
Die Analysis using LS-DYNA
3 d* x* b n* w2 `Trim Angle Check enhancements
a5 R5 ^/ z/ ^. p, JStamping Operation enhancement $ v# @+ G" s! B+ O4 ^
Die Tip enhancement
* ]" c ?% F# k8 E0 Y' G) XChapter 9: Data translation * b* T9 l% u3 j% g9 a* S* X5 m; B
Exporting editable dimensions to DXF/DWG file
F* i l( p( D" M+ ZControlling text aspect ratio for the text imported from DXF/DWG file
$ H3 w! p0 t" T+ K( D7 A, iSupported DXF/DWG versions % d7 ^8 M( `3 `+ ^) y
STEP translator enhancements
; \9 s$ K) z3 yNX to JT ( [, E" i% Y b
JT version 10 files
8 M5 C9 k. M' f# ?Display order of model views and PMIs in JT files 8 S, b! L; q% @2 ^$ Z
JT support for object visibility in model views - S4 ~$ }4 ]+ m ^7 K( v
PMI lightweight section views enhancements in JT files 7 `2 o6 t$ u+ k$ _6 d0 e
JT support for weld Joint Mark feature / Y2 B1 `0 M2 ]
JT support for hole and thread callout PMI , Q. H: O- t1 j& r0 M4 ?
Geometry Sharing in JT files
6 L" F* a; i+ D# @7 S& Y% fJT support for business modifiers and PMI attributes 6 J! o5 l I& g& }( O8 Z$ U
Visibility of datum entities in model views of JT files : D2 \* y) _" z3 K# X$ P
JT support for PMI association with objects " S! R7 S9 t) C; V# i
Chapter 10: Mechatronics Concept Designer 0 G3 a" v" I' [$ @7 `' Y
Collision Body enhancements
; H4 X+ F8 r. f: D; wActuator enhancements
" p3 V5 @3 n8 Exii What's New in NX 90
! s( T5 r3 _! C* a2 e5 H) cCam enhancements 1 z7 T* B( Y, h* B
Operation enhancements
. ~ G" D6 X# W! W. k" cChanging units in dialog boxes + x1 M y1 Q4 r8 _# f
Mechatronics Concept Designer preferences
: K' A4 S1 [" a$ l# }/ zCreate dependencies : l" t# m# g1 N: y9 c! n, {5 q O% L
System Navigator enhancements
; Q Q X& z& M% L$ j) xCreating physics containers 4 X1 @( {' v1 A; e& ]6 k0 T* r
ECAD integration enhancements
& B+ u/ c6 x" S0 a" q& V. O9 HSimulating NC code
* T0 }9 S& z, y1 c* aConvert from MTB . ?+ I/ \4 M+ W6 {
Shared memory signal mapping
" Z5 W$ v# b: m# N* nSCOUT Integration
/ k* h/ w. b5 }5 N ASIZER Integration
i* q" x& B: a7 I- X! O8 iChapter 11: Programming Tools
* X, c: s7 h, J; Y" x' C' t3 r( wAssemblies functions in SNAP 8 X4 I; Z: c! A+ c# ~
Block UI Styler
( s& c1 Z9 L! y( G, `New properties for blocks # y8 p, \, A+ J' [5 P3 t
Changing a displayed part
& ?- N8 ]& k$ H: CExplorer block
5 `% {: ^$ B" U% H9 J# |. Y* TChapter 12: What's New in NX 851
3 p( F) R* _7 [& {0 S! L( qModeling ' |; x# e+ O9 a
User Defined Feature callback hooks for NX Open API libraries 4 c- d4 }& A5 T( V% N0 j+ y
Preserve the relative order of Feature Groups & w7 V8 Y( Z: q% Z: Q% w
U/V Direction
2 j! ^( @3 q9 gStudio Surface enhancements — Split faces along boundary curves
% ~, Y |$ b# d+ v& S b1 rPMI
6 Q! ]2 p. b4 o: WFind PMI Associated to Geometry enhancements
6 v* g! w: r9 Z" ZPMI Effectivity Management 741
' c( v+ ~, i$ ?6 n) b+ v* r6 wRouting 742 ) B( w; _* w! H7 W" l4 T
Wind Catcher 742 ) d R# o" S) x* Y1 g0 l; K: C8 x
Branch Path Numbering 744 ! G0 }# u" G" T# L8 i% e! _
Platform Creator 745
5 P2 T/ h! W& I( l" C/ e aShipbuilding 747 8 U* D$ v8 z3 B! v6 N- Q6 W3 C
Assign manufacturing information to openings 747 3 B# M1 f. v0 e' E1 P5 X: d* ]1 ?
Specify section subtypes for steel features 749
" ]& e$ @9 i! {1 y! m6 bManufacturing 750
5 s O3 x$ P' p, M V s" U8 n& n$ \Operation Navigator enhancements 750
% C) N& X/ i/ z( _1 z$ W0 a- xAdvanced Simulation 751
5 a. N5 R+ G7 _/ V: y6 OSolver version support 751
; n! w) v- ]' H) J* @NX Laminate Composites 758
9 T' X( s# @/ S2 L) l5 P/ [5 k6 w" L. M, ADurability 763 9 U1 u: P1 f* Z7 d0 O* R
Teamcenter Integration for NX 764 ; o1 P% n, n" N+ T% X- _
NX Relations Browser enhancements 764
1 G+ L( y- V" }2 p# |6 gSelect Configuration Context when loading assemblies 766 . n% c/ O E8 M" @3 e# H
Default project selection 768
8 W3 x* O. C4 n1 s& \0 u3 F! ECMM Inspection Programming 769 ! C# P# d' D! [* P6 i- m
CMM measurement analysis engine 769 5 S: g3 R5 m0 E2 | N z' |
Export analysis results 771 DMIS programming enhancement 772 5 [: r/ F, m8 o; m, }. C
Data translation 774 / b2 T2 [6 V. T) r, s W
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
* x, Y7 Q( |( S5 SJT support for PMI association with objects 775 : }3 g% F2 e5 u8 _: Z
Mechatronics Concept Designer 776 9 I: B0 D# y7 {9 I" W- o" ]
Import from ECAD enhancements 776
+ E7 z; N) i, z! g1 b- G
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