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& b% L0 i8 p- C1 u4 ^# Z【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！/ r7 U% U' z3 ~6 i
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涵盖了所有模块！
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$ L" r; f9 h* n* X不懂E文的，看图也知道了！！" S3 b/ n6 E. S& b+ F6 x6 B* _
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+ l, \, \: q# l5 M& D! v( H. A; E What's New in NX 90 iii
$ k7 _; H# H2 o3 HContents e; C$ m, b3 D% X, S7 W/ Z
Chapter 1: Fundamentals
$ U, |' M/ }" lRibbon bar interface The NX Window (Ribbon bar) " P" D$ o( N& S' g2 a
Show Ribbon bar tabs and commands ; O, j2 i ~( l: a
Add commands to the Quick Access toolbar
, C/ {5 m4 \0 `, h0 J) A8 PAdd commands to Border bars ( I8 H0 b: g0 G* Z) ]
Customize the Ribbon bar interface
* p' i( I6 Y( |1 h6 m8 ^+ o$ aAdd a tab and group to the Ribbon bar ( T {% m% z/ U3 J3 _
Save Ribbon bar layouts ! d' d' n5 x |% \
Export and import your interface layout 8 d( `, ?9 i* C4 H% w& T+ ] ]
Ray Traced Studio
) W1 x/ r! `8 X7 v# U1 zIssue Management enhancements
o% w @1 V/ M9 C6 c4 NGenerate support logs for IR or PR ) S# t8 f. F( ^4 i, e h
Integrated web browser enhancement
, r0 r+ X# t; R6 lView section enhancements
7 b2 L' w I! JDisplay facet enhancements 7 x& Y, R& t$ D
Measure Point
4 f' Z3 z( J$ |" o" M+ |Raster Image enhancements # e. G4 p. e) ]$ Q2 u
Lock Rotations $ A9 `4 G& ]) h" M0 S
Synchronize Views ( s/ s3 g$ R" X: r; R9 Y' r
Stereo Display Visualization preference ( Z: c0 p. |; L% m
CSYS tool enhancements
, R) _% |: l/ L) a4 M% F: U' ]Edit attributes in bulk
3 {- V5 A, R2 E% d* iChapter 2: CAD 3 g8 c# u9 ], P# `* _* c4 U4 F: F
SkeTChing
/ [5 a( J- R# @Sketch enhancements
. z' ]! W+ W+ K. _! a- P; wSketch dimensions
; D9 i# \( k# _+ T! |2D Synchronous Technology
) w& O$ R' W! ?+ B: U& L- r& ^ JRigid sketch groups
1 j1 _9 Z5 d+ ]. W/ `Part Module 2 _: H* d1 f. ]# ^3 R
Additional Part Module workflow
& a+ i0 Y& Y5 w. e- K( EShared Body enhancement
3 l) f0 I9 |0 SControlling Part Module updates + U9 _% Y5 G! N `$ H7 d
Nest and Un-nest Part Module
& }2 R4 Q1 |* X/ K/ {1 v; Q) LSave As and Part Modules
: J& m8 h4 ^- u- _Synchronize Links enhancement
* N; x. D% J$ s3 S! J# tModeling 7 [2 {& a) h' p$ ]' s I- e
Snip into Patches6 q: Z1 D9 z( U" `$ q8 U% W6 F
Rib : R Y2 A* w( K; @- k2 H
Mirror Geometry " L& p2 B* d$ B
Extract multiple bodies enhancement
, N: a: H% S4 c* H3 P2 TAnalyze Pockets and Blend Pocket
% u4 r& t% N. ?# ?- e4 jCombine or separate tool bodies 3 G; B# }( n% G" V& `8 B
Interrupt feature updates
$ j2 K: q( K3 ]: R; L' ZLoad Rollback Data # S! C5 H. z; z2 Q
Sorting model views 1 U1 }: y. x5 G7 R5 \" Z
Select intersection edges in Edge Blend and Draft
' C$ v$ f6 e$ I6 _! x! n# TReplace Edge % u; N" F& P) m9 {7 D
iv What's New in NX 90 0 V9 r2 {3 j, V" T2 ^$ ]1 {9 C9 U8 V
Local Untrim and Extend 6 h& j7 l2 N {- v" w
RoUGh Offset enhancement
+ i1 f# @$ ^% ]/ ]2 {( IReplace Feature enhancements
! K ]9 Y( k! b/ b( m8 J3 DUnsew enhancements : G0 ~3 a& Q) @. R
Draft enhancements
2 z- h1 c& A1 i, S, BDraft Body enhancements
* e# ^# u! ^$ _& rThicken enhancements
4 v; R8 z& Y: z# x2 c/ K# R0 G" dPattern enhancements
! @: I. }3 m) J9 a+ j" X+ CUntrim enhancements : }' q9 i4 P! y% W8 Z& L. E' u0 y1 l. g
Divide Face enhancements
! S! y' Q4 c/ d0 _2 V; b7 V/ \Part Families enhancements . x1 }0 s7 L" ~# J1 i2 s
Body selection enhancements for Boolean operations
6 a3 k' q9 J2 C6 eFace selection enhancements for Synchronous Modeling - n3 K0 y J- [2 j. X
Synchronous Modeling3 G$ P1 x! C. g, q" y
Move Edge
0 i( S% V( C$ L! C- ?Offset Edge
# w, P( ]) _7 x& NDelete blend faces with the Delete Face command 0 @2 R9 `% k5 J, l
Label Notch Blend enhancement ; P; l3 J# J$ ~* o- f; `
Facet Body Preparation
, l, r% M- T- R' n# C6 V+ F+ ACreate Box
/ x( B* X' u3 b# vSnap Point enhancement 0 X+ c7 P" C8 n8 x$ p
Extrude Facet Body 8 g1 N9 A/ r. n0 v. p Y
Extrude Profile % x e2 C: v3 X& r/ u
Merge Disjoint Facet Bodies
5 t5 X2 }& G6 `Merge Overlapping Facet Bodies
& O, o h1 K$ _8 j$ z3 l- d4 K. \Merge Touching Facet Bodies 1 W, w6 P. F1 Q- V3 V4 y2 Y" V
Rough Offset enhancement 7 X- @& P: O- X; C1 n& @
Shape Studio * |0 ?/ p; r7 v( E
Smooth Curve String
4 z6 z7 H* [3 N( V! q8 K) H: qSection surface user interface improvements 0 p- Y Y1 Y. S9 p1 a7 L# k2 U, D
Highlight Lines enhancement
7 k: Y! F( Y' WDeviation Gauge enhancements " ^7 [( c6 T1 H" C
Face Analysis – Slope enhancements
/ ]7 p K, A$ _2 Z( |3 U3 pConcave Faces enhancements 6 W3 o3 R* t$ ~
Face Curvature Analysis
3 h7 u# n7 e& J3 _$ W# B; ZRuled surface Developable Alignment 6 L7 g1 [: S0 v$ u: N
Wrap/Unwrap Curve
/ K- I3 y1 ~3 V5 o% {+ pAssemblies
n1 x8 }. S/ _( a8 c7 k( cPack all components enhancement 5 ~) p. J2 U" r. [
WAVE link multiple bodies enhancement
9 r) c* N# _4 z' WLoad Rollback Data
8 U+ _& N; w2 rAssembly Clearance enhancements ) e7 B/ d; K" Q. h$ ?
Order of components in the Assembly Navigator 8 n. J( }/ \& z3 p( l
Pattern Component
- Z# ]9 i7 K A* f1 u4 X5 _Identification of inconsistencies between WAVE and assembly constraints
, Q7 ^ H7 O# p0 l- _: U# S* SAlign/Lock assembly constraint 2 R+ t+ H# I! l8 ^
Direction to Fixed column in the Constraint Navigator
U$ }+ U( O- I4 A. C8 PProduct interface enhancements
' Y$ D; x, c, u& }2 Q5 W% t7 L/ UAssemblies functions in SNAP
( N; g' q) B( V* e- ^0 d# Z9 TVisual reports
) _+ j1 c6 K) x, H T$ _9 x' lDrafting # v+ F2 I) u% R( N* o4 L" J
Usability enhancements
# Z; G4 `. j- N; A' wRapid Dimension ) B1 r( V) K+ F8 m: p
Linear Dimension 0 f U( E4 E7 p5 Q' A1 x' v
Radial dimension
* a0 Y. O: j) \' H J) xAngular Dimension enhancements
- T; X/ L# o2 `; K5 Q9 aHole Callout
4 D. M7 S3 z; l; u* xGeometry margins for dimensions and annotations ! j9 L" i9 B( W
Alternate Dimension Endpoints
/ b! M8 k# k4 a; l- @' x/ C/ UGeneral dimension enhancements ' }, P/ T* L6 F3 r+ [! a
Exact and Smart Lightweight view enhancements ) C2 Y: H8 |8 l( b! P" H j1 B
Dimensioning Smart Lightweight views
5 P# h# E% h# b' F: MViewing Direction Reference Arrows
8 o' i) u3 C: {. r5 \2 o1 ]% dSection line bend and end segment widths " ?$ u/ r: ~' {/ I) ?$ U. _8 k
Auto balloon leader placement
3 @: Z9 z4 Q( \: ?9 rAxis Intersection symbol ) S6 D; _3 l# R2 Q; @3 t9 O
Surface Finish Symbol enhancements " A: r' n. A" t) B- t
Datum leader enhancements ) Y2 ]* ?% ]( E$ L3 `5 U8 _8 r
Drafting symbols 3 O1 J5 R7 p+ s! G4 f, o; T" Q3 _
Embedded image enhancements 4 I7 M& V$ B6 e( P8 U; p6 @1 p
Hole Table / l7 F! f% c* @
Bend Table
/ X; K2 ?8 i" v* FInherit PMI enhancements : q2 L- T0 u* b2 C# K. o
Crosshatch enhancements
7 u! _; i8 f/ R. T+ Y8 O6 D' WProduct and Manufacturing Information (PMI) # `. w# ~. }! t/ Y: e e
Usability enhancements
: c& `2 N6 N+ Q% `* w0 iRapid Dimension " ~) \& g5 |1 {+ w% U( n3 h, M' `
Linear Dimension ) G: I4 o4 J Y! {6 b4 L2 q
Radial dimension
' [1 v: E4 G B5 DAngular Dimension enhancements
; F1 L( A& f; Z9 YHole Callout
* z0 J. R' x1 k2 Y9 _* YGeometry margins for dimensions and annotations
; h( h! A+ S# E- p% y- `Alternate Dimension Endpoints . Y! _3 _: @3 m/ T' D; U ]
General dimension enhancements : n" m- m* T b7 u3 j
Lightweight section view enhancements
. |1 S+ Z4 t+ |/ T# iSurface Finish enhancements # N; {! \% Y" d. ]# x
Inherit PMI enhancements
: s+ m* ^/ Z7 {: p3 V1 G1 ARegion enhancement
! t+ U/ v% r- A9 v: ^Sorting model views - s1 p) C, v' i( V0 f3 R
Datum leader enhancements ; x( E. S& L8 K( Y
Drafting symbols 4 B9 ^$ c0 j R; S# z
Axis Intersection symbol 9 B# A: X5 R" u0 D. c( e
PMI Feature Identification business modifier / I: M+ |5 w$ N" A0 q) m: v2 k
Update PMI tracking properties ! v* M/ v: s, p
Sheet Metal
6 s2 r7 |2 o: FBend Table " l* b" D$ m$ v& U
Unbend and Rebend enhancements
, u* @0 c" D, I* v: Z5 V; x( GResize Bend Radius enhancements * h3 w) v+ A* a
vi What's New in NX 90 ' L! }6 m8 \1 w( S* x! d
Mirror Feature enhancements
" ]' l6 k# o) d. ZUnite in Sheet Metal
- P1 F6 o) _- O' ? |/ M8 YThree Bend Corner enhancements / F- ] Z9 Y' I
Mirror Body enhancements
4 L" u* V c3 I: qPreferences for flat pattern views . z, J/ K; T/ R4 w( }, V
Flat Pattern enhancements 2 W4 n% O5 W; R9 B% e& b
Pattern Face " j( k% y* B- @2 x
Flexible Printed Circuit Design
, A% X# o( I1 U& q4 M/ HWrap
0 Z/ G/ _' l0 `0 p2 wFlexible Printed Circuit Design enhancements 7 ~6 A$ M& t5 K& A( d% w. _0 {
Pattern Face
$ m/ o" e5 e# @8 A, g6 yData Reuse
* X# g+ O& e m5 b. j# E, PDouble-clicking folders and reusable objects & ?0 P5 }3 i9 D( c: V( F; U
Creating shortcut folders for your reuse library
4 }4 x6 G* @6 ~( Q) ^Reuse library undo and redo
9 ^/ l! m7 s9 {9 P2 u2 dCreating an index in the reuse library 9 l5 o2 A9 _' W4 t
Mapping reuse library names
2 M) t% `; i' h3 g9 I' p6 S; n ?Reusable object feature name
7 h# ~: V' x2 ?; QReusable object part definition
' Y, x$ G- H* ^; C* Z! wCreating feature component patterns with reusable objects
: a& _ ]6 ?! w1 oManaging knowledge enabled components in Teamcenter
" k, U4 D A% {7 g+ lReusable component revision rules in Teamcenter . u1 ~8 [* v4 @
Adding files as datasets to reusable objects and reusable components in Teamcenter
1 d7 w) G# \2 z$ E1 K0 p# dPart family-related enhancements to Product Template Studio p" c5 Y8 [( x: e$ p9 r
Routing
/ F' r; Y% m( H- U* {1 o5 t2 uConfiguring Routing applications $ o5 ]* T) s. ?* m
Common Routing tools
9 y' N- r1 [9 [1 hRouting Electrical + @, y9 I- J0 \" L. ] |9 J% P9 w
Routing Mechanical : |9 d2 r% E8 Q, Q' W9 K- W0 ^: I
HVAC 7 F! V5 I8 s) |0 S" n/ J
Shipbuilding / E. Y& T1 q+ j1 S
Knuckled plates $ k! U+ n6 H, x: t4 [
Knuckled profile systems
" Q4 G* K9 N- Q# oKnuckled profiles
: i. t8 P; C) b2 ]& c) uCreate stiffeners between supports
% \6 G+ L$ A2 i' f# NControl profile orientations
& ^4 @9 w5 p5 h7 ^: [) K! T. X2 lBuilt-up profiles # h) }" N9 I; D( I5 p: z
Create stiffeners on plates with multiple thicknesses 5 V( n q' ?( X, p+ [1 b6 P+ Z; K
Create standard parts on plates with multiple thicknesses 2 m' y" S" V+ O! J/ t$ A
Split standard parts in the basic design
" ^9 B3 [& F$ Q( p5 C: MSplit standard parts and built-up profiles in the detailed design
; H* U- Y9 W7 h& j" @Profile Transition
! ?4 j2 U" _4 B \7 c3 VEnd Cut enhancements& z! r3 X( x! f; E* N
Profile Cutout enhancements
, T+ P6 D$ C! z) y% {8 NCollar plate enhancement
0 ~- X& f4 B) u; x: gExamine Steel Features
( ?# E( X; U+ r: O$ pPaint Parameters 1 O& ^* W" Q5 @% l1 E3 d6 a
Vehicle Design - s. p5 i8 O1 W# {
Vehicle loading input to vision tools
C; `* e; N$ P: S6 Y5 x7 PVehicle Packaging Validation
8 }2 `* ^ X6 NHead Impact
) q' C) d2 c% l7 CPedestrian Protection enhancements
. D+ S6 d6 |$ K$ k Y/ X1 tEyellipse enhancements
; B' v% Y+ M+ h" x7 L& k! @) v2D Manikin enhancements
7 N- H3 ^3 X9 t( R5 mSeat Lines enhancements
w" {$ h. c& A0 s/ \: OHand Reach enhancements
! O% [7 W$ z9 r6 m; f5 K' F3 VDirect Field of View enhancements
: a5 I' ]3 x7 d* c! NInstrument Panel Visibility enhancements 8 a) w, ~3 Y' A6 i
Windshield Vision Zones enhancements
9 j. i2 x. Q5 K" Y- ^Mirror Certification enhancements
( J. a7 ?9 w5 G3 A% Y% TPCB Exchange, k5 Q6 q0 ^" v( B# n+ Y: u4 o. m
User interface enhancements in PCB Exchange
8 ~( {6 W/ W4 w8 y rIDX collaboration commands
; A! j6 B6 V# x* F! j! Q% ^IDX support enhancements 9 \* V$ J3 v' q: g) J+ o1 W
Copper Area
, C% U' I' u% XComparison of ECAD and MCAD primary pin locations
3 p4 a5 F v* @Show Test Points
7 ^- o, u' c& K% }1 Q' B. Z$ `Chapter 3: CAM
% ^. l1 J, [9 c" L, F' \+ q/ HCAM general
! l# Z1 b7 V8 x% G* D% jNotes in Manufacturing
1 V B3 Y7 x* Z% Y# @( ]Descriptions in Manufacturing % @! L1 a a: Z
Displaying visible and hidden geometry 6 x- [ W# D J1 |( X4 ?
Boundary selection enhancements
1 A, u* Q# W5 J! `6 A% @Boundary selection display and gap closing
8 ?- {0 w1 Y* @- pPasting operations with reference ) J5 `6 K1 W7 U# M! I& Z! {; \5 k
Show Thickness by Color enhancements
t6 b/ D, V/ f0 R% DSet Machining Data enhancements
. @9 d( e: [$ E/ _: PFlute length for drills + M/ p) J7 J1 s% o4 E
Milling enhancements
$ f8 X, j* _7 {Machining with a T-Cutter
# y3 k' R. Q' O/ M- e( EMachining cylindrical parts + l# S) Y7 H& ]7 g
Tilt Tool Axis enhancements
& _- T% ?; U- D. QArea Milling enhancements ; N1 L5 Z* b4 ]% P+ i
Divide By Holder
# _8 Z+ b& t) o) Y3 l. bContact data output for Hole Milling and Thread Milling 9 V; M' P C) n* {) L$ N' ^* Q9 F
Cut area selection by edge-bounded region 7 Y3 A4 Z! e6 v1 V4 X" i
Safer engage and retract moves for Zlevel operations % r3 K: v$ u! g6 \4 R' H4 n
Smooth noncutting motions in contouring and flowcut operations
, Y* d1 o6 @8 z# mImproving 3D IPW efficiency in Cavity Milling 2 r, ^8 U) _: v4 }6 U2 v3 c3 ?* S
Multi Blade milling for turbomachinery
1 _: D4 z* B* L1 EHole machining
/ w& ~2 u+ j' V& S x+ D9 dNew manual drilling operations 7 S/ W/ O' {+ ^& u8 Z2 H
Hole machining workflow using a feature group geometry parent
! s8 S4 {, o: SMachining feature groups
- c9 F k) h* \- sIn-process features
6 y) ^$ ^, ]) }: n8 YVisualizing in-process features $ L9 C4 V" v& _, G+ ^2 O
In-process workpiece options to control the in-process feature
8 _ r$ w( s- R# G* cviii What's New in NX 90
* j. n& k! V5 G9 l! J7 vFeature machining areas
9 V3 Y! |# B" ~& S& F ?0 a5 b- `8 K* QDrill tip point length
8 ]# }; z! `1 y. J+ SCore Drill 2 P0 @" U6 U! @
Probing
* ^ H7 f$ o, H9 K% c) VProbing n6 {- o7 T9 l: x# z3 [
Turning enhancements ! o. e* N. X) } J6 e, P$ P
Centerline Drilling depth enhancement
, |- M& X# K8 R5 w: ?Turning non cutting moves enhancements# o1 |3 e5 B N9 B6 m O
Parting off operation
2 t, g" x, R( D: w4 c6 wThreading non cutting moves enhancements
1 x3 K' V7 n, k+ M/ `8 aIntegrated simulation and verification — ISV ( t2 B) R+ \1 |% Q' P) A
Displaying axis positions and limits
0 l7 B, ?8 e/ |0 T- n& K' RPositioning simulated machine tools and cutters
8 F4 F# E) b; p3 O0 s, TTool path display for external file simulation 6 V8 V* \; u5 j, c+ h
Simulating all channels in external files
5 w4 _8 y# }1 bSimulating synchronized operations
& i& F0 S/ o3 r1 o# Z5 xViewing a tool contact representation 4 P, h4 n, ]+ N3 k" G+ n) A
Configurable parser for NC Controllers/ {* g! i8 e2 V3 R
Kinematic chains for simulating complex machine tools
- u$ t c; r# z0 `' J, ?8 BSuppress Status line update
4 g4 l/ U7 ^1 D/ O! C3 g. e: pIPW color mapping to tools or operations & ]9 D, {& O a8 E& {+ N
Regenerating a saved IPW
7 _9 o: m i. b+ i2 K+ TGouge Check enhancements
; u! ?7 F9 s) C, ASinumerik Collision Avoidance & [& T* s& [' H0 h3 M" a
Simulation and postprocessor examples
8 N: B& o, ?) n/ L: f4 WFlute length for drills
' w) A5 G# c; ]4 I! m) CNX Post
; E1 e0 b+ D: T. I- N' HAdding CAM attributes for shop documentation in the post : N5 a! j3 W6 V4 v1 b
Post Builder 2 `& P- k6 e7 ]6 g5 @& @; G
New Tcl commands in Post Builder ! p# _# [. [; f8 A
Simulation and postprocessor examples
1 M/ R8 P+ {; TFeature-based Machining 4 M" e5 d4 B- j' A' J' z
Feature machining areas
3 E# J, n) [8 jMachining feature groups
& R1 {/ K: |% u. ?In-process features
9 x, |; K$ A5 J* w E" ]$ R. }Visualizing in-process features
- o+ E' f. W3 m5 n! [In-process workpiece options to control the in-process feature $ [+ p& y n; u, [
Wire EDM
% T: a) W7 \5 {9 _$ l' jWire EDM tool and guide 6 c- }" c. ?, s
Chapter 4: CAE % q5 D& Q0 W0 t# ]1 m1 A: i0 L
Advanced Simulation
) _' g8 _8 B2 J4 h2 oSolver version support
2 x$ v7 @9 j& T lGeneral capabilities
6 C: F; ~" w# |% c; ]; D& R2 WFields ' {2 N' R% Z+ E5 ^6 F
Materials " t. V! s0 o0 d' X n
Meshing
" _' A) p6 A$ o, i: o5 oBoundary conditions
+ g& o6 q: P9 J& CSolutions
2 y5 t R1 R9 r8 fNastran support enhancements $ y+ d" N3 L& y$ B& ~4 W
Abaqus support enhancements / S; U, @* D' Z5 |% c: z
ANSYS support enhancements
4 ~3 K* u+ U: s+ C9 X! n, `! ]LS-DYNA support enhancements
; z9 O% x" e/ M3 U3 Q! e, ]2 SOptimization
1 M' @1 n* A9 n: ePost-processing
" P; a5 P: [8 J4 CDurability
* P# `: l' P+ {6 wNX Laminate Composites # h7 i! i7 o2 M' z8 ^- v! h
NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal 6 K1 `0 e1 c. |' @( U3 a1 d. G2 X
NX FE Model Correlation
: x) t4 B+ Y! Y3 U5 vTeamcenter Integration for Simulation
6 P8 l. \# h! e- z, rDesign Simulation ' `: ^* S0 g0 M( ?5 y0 k
Boundary conditions , \ b6 a4 X H0 @
Meshing
: O V0 z; a# g8 }7 DMotion Simulation
, k5 |" @, v# `& Y- sInteractive articulation methods
2 s/ u1 Y1 }0 |, M7 J4 }1 fJoint limits in articulation |: {& B: y4 U' E% ^8 n( ~9 V! i
Animation enhancements & I) U: Q9 s8 T. I* a+ O' g4 y- _
Spreadsheet Run enhancements 5 y- ?& O8 Q4 h- u$ p' d# N
Motion Preferences enhancements
- {. \! J3 ]- `$ y7 gFunctions and Graphing
0 W6 p8 _% R% ~; C3 zInverse option for Function Single Math command 8 Y V# Q& O7 k5 a
Plotting a graph in a separate window
e9 l6 ? N/ K& BImproved font support in graphs 0 J, ]3 o$ u5 j' e3 G% K1 {
Plotting a graph with no line
3 B& G9 Z' x! TSaving graph data to an AFU file
9 ~, d6 i2 u$ ~6 V. |Expanded complex plot support
; ?5 G% }& c* |' X& PChapter 5: Teamcenter Integration for NX / ]' B+ g) X& B7 ^/ S( e p
Teamcenter Integration for NX 6 @- @( d; \: J( i2 q5 N
Define and load configuration contexts " y; M8 r8 E5 M, A* Q! H
Run NX in a Teamcenter multifield key environment
! ~) \- b' }5 _' t* r2 sIndependent drawings added to export and clone o1 a) i. O5 C1 F, d2 }4 E
Save As enhanced 6 q/ W4 ]" v, N% [
Retaining absolute occurrences when saving moved components
. {7 p- c+ q$ Z; OOpening a component with a different revision rule than the assembly
+ h! Y. _( }8 I6 Z- E8 s9 k% YViewing results and default filtering for projects
2 \6 \/ J' g+ L5 E6 w3 xAdding independent drawings and CAE parts in the ug_clone utility
2 {4 D% Z: ~( Q+ [3 S5 G6 eRefile utility enhancement in Teamcenter 4 p0 v& A4 b, [8 t! ^; g4 I
Item-based publishing of welds and datums to Teamcenter ) a) ?- g( T' k1 L3 S6 ]
Chapter 6: 4th Generation Design (4GD)
( K3 \ j3 m9 {, c7 U1 a) G% pIntroducing 4GD 1 s0 ~- p# d: E2 ~" Q k$ z$ G
4GD enhancements ) L; T# g* m0 R
Design element enhancements 2 j/ G+ A9 g; P& [
Creating multiple design elements ( W( f2 C* Y( ^/ k. v
Converting design elements ) N/ ?1 J) X. |+ E% i
Create Reusable Design ) C) j' q% _; t" @- F
Presented parents
& b0 Y2 }1 s" D" U9 d2 @) iPartition views for subsets ! w' Z6 p# Y: n- t4 U
x What's New in NX 90
2 K5 [- K( e% X7 G4 T( USubset structure views
' y0 E* ^3 x8 P- v+ e4 FAdding connecting welds to a subset 2 D- A0 O5 W/ _. e' ^* X
Mirroring a design element * V6 B; V: [" W' @" m3 I
Load attribute groups for design elements
' ]1 U0 P: R7 u) Q5 t4 n/ jEffectivity and variant options added to subset creation
" R& | f+ D! l P: e+ {/ A: ~Edit attributes in bulk $ ^3 Z4 b# l O( H$ m- J( i
Show Collaborative Design Preview
' A6 I) C6 k) x) m" k' gDesign features v( q9 G9 u. E' W& @
Check in and check out enhancements # ]2 g. H( @2 ?
Generating collaborative designs from existing structures ; v* d+ D% X' h* ^$ F8 J& [* Q
Check-Mate in 4GD
( D% @' h6 V4 Y7 U. n0 U: e# v" mIssue Management in 4GD ' h8 k x& l5 b) v) e5 H m
Chapter 7: Inspection and validation
; [, J1 P& q% P! \2 F9 DCheck-Mate
7 k; U# P: x! ]3 c7 w+ `Check-Mate checkers and functions
5 H$ z5 ?3 Z7 z# LCheck-Mate profiles # n! n5 L @9 s
CMM Inspection Programming 9 x" `" [% b" I% n9 T+ W
General enhancements
* e7 D. Q' ?' k% G- N& ^! Q0 jExpanded CMM libraries
/ K$ L, ^& c) B1 X6 E! y: @( `Offset distance for 2D features 4 o( u9 ]4 B2 ]
New inspection feature type: Edge Point 8 M* T& D: }- U/ N
Set PCS to CADABS alignment type
0 T7 w. p' G. q8 Y! q& X: J/ @New inspection command types
# ?& q- R1 }1 v$ WSupport for cylindrical probes
& H5 }1 A0 i5 }2 _Resequencing of inspection paths
* F4 ?) l6 n* i* Y. J; K8 S& YAuto-ordering of tolerances in the Inspection Navigator 2 j3 E3 ~+ A. X: `% S
Support for DMIS SNSET/DEPTH 9 I- \5 T# J" u' I3 C
Measure an inspection feature relative to another feature
1 D. D O" g- R' W8 wRequirements Validation + P/ Q5 q' l* u. S: o/ ?9 W
Units in the HD3D Requirements Validation tool
3 b% ]0 E; U' P+ f& ZChapter 8: Tooling Design / c5 K* a3 f& o0 o/ V
CAM Data Preparation
, L) i% w6 d) o2 J! i3 y+ E3D Curve Offset
/ }6 m( Q7 ?7 w3D Curve Blend
; N0 V- @' K- V9 Y' D) P# B" _Match Surface 7 j" U" Z* y+ t2 o# a
Reduce Surface Radius # Q3 ]+ S! E x* k* ~& L
Guided Extension
9 g ~0 z# v. h8 e kTooling shared functions
$ l+ ^7 D3 n: q! N0 B- ^Die Analysis using LS-DYNA , K- }( X# D' D; N c: e* b3 m
Object Attribute Management " x3 W: H( g5 r5 B# O8 S
Face Color Management 0 m; y# T% |5 p
Hole Manufacturing Note ) G+ N5 \: P' H, n, r: Q9 G
Restore Tooling Application
- e* Z/ z0 L: a4 F; W% H0 G& }" SMold Wizard
2 k1 q% H% ^. r9 ?1 Z& W5 ^3 Q- tMold Base Library enhancements - `9 ]* ^6 C. `, i. F2 l
Workpiece enhancements 0 h* h) }7 e% a0 X5 J, k! D
Ejector Pin Table ( H6 P0 Z2 ?5 Y2 @# u
Weld Assistant9 ]/ K' s% n7 ^4 z' P$ q! S) |
Fabrication Information
7 U# e5 E# U+ i3 p' k* xJoint Mark
$ y( @, M5 p4 O, ]8 b. d8 D7 kExport CSV File enhancements
) C. u5 p# A& i1 {% AImport CSV File enhancement ; ^5 u% z, U. N! u& s
Groove Weld enhancements # c& g! D1 V" T) Y2 o3 W7 a! u
Datum Surface Locator and Datum Pin Locator enhancements
3 a5 o/ {2 H$ `; z7 eUsing weld and datum information obtained from Teamcenter ' S3 o+ G: b8 L
Item-based publishing of welds and datums to Teamcenter 9 {& q6 S& g7 s
Connected Face Finder enhancements
9 _3 A: W: l( F; K8 v% i# S, ~Compound Weld enhancements
! U: N) C. q7 F& r2 P5 p+ qStructure Welding : ?0 }% `$ S8 h0 S/ M
Fabrication PMI + @5 z" M" L4 f2 n8 G
Surface Weld
& U6 X' u7 ^) X! }/ JWelding Joint enhancements % q# [9 ~* @8 }# `8 j
Edit Joint Definition enhancement2 c$ n& _0 V A
Edge Attribute Title welding customer default
' `( l" j7 l/ H: wExport Welding Joints enhancement
. ?' K) j+ w9 Y- U- o% \! zItem-based publishing of welds and datums to Teamcenter
: _/ c! H/ i7 F/ [, {, V; G# T8 eDie Design + n: P, g$ r9 W0 F1 o! R) g
Lower Binder " ~7 q5 z" ]5 E$ T( e* m
Trim Post * w) ~; F; z) [
Draw Punch and Draw Die enhancements
2 g) j6 t/ L; l4 I: a* |. qAssigning colors to die faces 1 Z+ n j" {7 a6 @0 | K6 f
Die Engineering 3 v' {* [0 V" [/ _' Y1 n( T
Die Analysis using LS-DYNA - |# O% T2 J4 [6 P4 T# j
Trim Angle Check enhancements
( D4 O; ?$ C: O; vStamping Operation enhancement
% u7 |% w3 b8 D. }! u/ A8 XDie Tip enhancement
3 L$ }# J, n9 DChapter 9: Data translation
1 ~1 x4 H% {9 m4 g, v: q8 MExporting editable dimensions to DXF/DWG file 7 x" d' h- I3 M& k- Q
Controlling text aspect ratio for the text imported from DXF/DWG file 5 i9 Q% D& [( v" S A) A
Supported DXF/DWG versions 7 A1 V* @8 ?. `! _& c
STEP translator enhancements . T8 Y2 T. F4 E) a- {* F/ `
NX to JT
3 a5 f# L( W% a4 ~7 j8 I3 iJT version 10 files 4 ]3 V. Y9 X9 b4 m) g
Display order of model views and PMIs in JT files
* V2 o1 v! J6 i& b; L4 n$ O# {, _JT support for object visibility in model views
& X2 q7 }* S; m1 ?PMI lightweight section views enhancements in JT files 9 v+ {9 O; t! X/ l. a2 u/ w2 Q
JT support for weld Joint Mark feature
9 x. d& f- i l9 h5 n- EJT support for hole and thread callout PMI
, q* _( l) p" j/ p2 NGeometry Sharing in JT files r" B6 h5 R, j, \
JT support for business modifiers and PMI attributes : U! g; q" ^% b7 _1 X: q
Visibility of datum entities in model views of JT files 8 K4 ~- c* f) y- T: a7 q
JT support for PMI association with objects 8 } V( y, n, ?: P; ~) K% [& j
Chapter 10: Mechatronics Concept Designer
1 c7 W7 s/ n+ h, ~' |! x6 [4 ?, eCollision Body enhancements ( c" X t( X0 t8 y6 {
Actuator enhancements
- H& | |( n e: ^ Vxii What's New in NX 90 " s5 \+ n) Q) T5 |* E$ {
Cam enhancements ' ?4 g; Z( ? r
Operation enhancements 0 l) u0 I$ v9 j4 S! s; n. C
Changing units in dialog boxes
7 [. p8 |& v/ ]/ w. p/ x; oMechatronics Concept Designer preferences 3 ?# v8 G( ^( T& N3 l# x
Create dependencies % K1 Y' W5 }) o# s% I4 m s
System Navigator enhancements , {, b1 s8 a I: {9 T
Creating physics containers
6 @" j) K/ j7 p+ d# TECAD integration enhancements
+ a2 `+ F( Y. r# [/ o+ k% R2 qSimulating NC code
$ K! V E* }% o0 OConvert from MTB + [% n* i" [# b; r" P% s J( z0 e
Shared memory signal mapping 5 h: F( l; H* C) ~3 r$ T
SCOUT Integration ! k; L) p# i* k8 @! E3 W
SIZER Integration w' y, E: v3 t0 ^# e
Chapter 11: Programming Tools $ d5 q$ K' p: {( e+ L# k
Assemblies functions in SNAP 5 v4 P$ D5 `6 J! o' m
Block UI Styler; N) z3 F6 q; n: ?; z
New properties for blocks ( A+ w( q4 S! C9 s2 s4 I
Changing a displayed part. {2 ~2 D8 w0 k0 X7 X4 x' I6 P1 ?
Explorer block 2 `7 y. V; b9 X+ Y$ m1 M& m
Chapter 12: What's New in NX 851 / R! ]( t( W4 w
Modeling 0 i' B2 v P& E' C
User Defined Feature callback hooks for NX Open API libraries
2 J8 c$ V, i, p0 _3 iPreserve the relative order of Feature Groups
) A2 w/ n7 H0 [5 P9 N" xU/V Direction
& ^9 o# o8 I0 fStudio Surface enhancements — Split faces along boundary curves
: c: r% D+ F0 T/ \9 T4 S, VPMI
- X$ |6 |% Q6 ?/ L$ OFind PMI Associated to Geometry enhancements
0 S& X" Z+ ? x- ~* uPMI Effectivity Management 741 : s( v# k) _) n
Routing 742 1 {! Z0 s. Z/ ]$ a
Wind Catcher 742 1 [1 Y4 V+ m0 ~+ Z
Branch Path Numbering 744
1 E5 {1 Y$ h( x$ ?2 b0 X: BPlatform Creator 745 8 F' N: W, ~6 o$ J
Shipbuilding 747
, S2 r8 |6 T$ R1 kAssign manufacturing information to openings 747
7 E/ F5 h# @4 F! \Specify section subtypes for steel features 749
; ]1 m" p4 N9 Y8 n P! \' [Manufacturing 750
0 V, Y$ V6 `3 uOperation Navigator enhancements 750 " \2 t* `$ P3 x& h
Advanced Simulation 751
+ Y# _$ j+ C+ |Solver version support 751
( k& u+ ? s- N; I( {0 BNX Laminate Composites 758
) h. p$ T- J1 E7 v" CDurability 763
6 t6 f7 p/ B2 \Teamcenter Integration for NX 764 - `5 z3 Z1 d( P1 P; a
NX Relations Browser enhancements 764
9 i* r6 a6 b7 d/ nSelect Configuration Context when loading assemblies 766
2 R( C4 ]1 [0 @. k# tDefault project selection 768
+ q; @8 j: I$ x# c) `# f6 ?CMM Inspection Programming 769
6 [3 s) B' b8 v7 |CMM measurement analysis engine 769 3 t5 ]9 k4 ^. w) m
Export analysis results 771 DMIS programming enhancement 772
' H$ o1 I% D' Q; t! `Data translation 774 " M' Y- S, N$ W& i* Q+ g1 u/ f2 ?
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
; L4 B" G, @0 \JT support for PMI association with objects 775
9 D( C& `+ P; ?7 tMechatronics Concept Designer 776 - v9 ~8 I' z9 Y( j' ]8 s# {) i$ y6 @
Import from ECAD enhancements 776 o4 i8 {1 c! ^1 b$ t
/ d, x9 z# a8 k- F2 D
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