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S5 x0 r3 S( ]【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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不懂E文的，看图也知道了！！
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6 B& B' A. f6 M What's New in NX 90 iii N( j6 h+ O" b+ _4 k; c$ w5 `
Contents 5 H4 {5 N* \' s+ `
Chapter 1: Fundamentals ! _2 T I7 t) Y4 I. \) x
Ribbon bar interface The NX Window (Ribbon bar)
( p/ T: @1 n& P4 y. e3 pShow Ribbon bar tabs and commands
: s) k' o0 o. B7 P( m7 @Add commands to the Quick Access toolbar * e/ i0 O9 N M: o
Add commands to Border bars , o' @ ^: x& B( P4 S; [1 Y: I9 r" O0 j
Customize the Ribbon bar interface 2 m4 u* c5 @$ f) B# H1 j
Add a tab and group to the Ribbon bar
) {- M; _: B5 ^. [( ISave Ribbon bar layouts 7 f+ d0 i6 D: v
Export and import your interface layout 2 ~) f; B; v5 n
Ray Traced Studio
) u# J/ i/ _) z2 S0 m4 kIssue Management enhancements / S0 T# J& q7 f+ K: J% Q
Generate support logs for IR or PR # _# R* H2 Y1 E
Integrated web browser enhancement
- T, O, k; Y f: c' q: \View section enhancements
5 J6 z. ~2 q7 p+ X2 u. u+ \" `Display facet enhancements 9 U$ ~% Q$ ?# N
Measure Point ) K2 P0 e) m) h9 c* L) p) j" p3 @
Raster Image enhancements
9 Q0 q: S* Z# U1 @ W& ALock Rotations
* h, e8 o: f' f3 x, o0 x5 ~0 M; rSynchronize Views
7 Z- u! B/ i* a! y; vStereo Display Visualization preference
* |' T/ W0 G7 q5 P0 oCSYS tool enhancements & z4 ?9 r- R$ l3 n9 d$ C
Edit attributes in bulk % ^& D8 U( E; C/ Z! k& R) A
Chapter 2: CAD
! Z! W# w* R2 e, KSkeTChing 5 D6 O- y; z) b+ v# z- U8 D
Sketch enhancements 1 u1 s" I' `* `! w. F5 A
Sketch dimensions 9 l) G5 X' w/ V/ U# i7 \
2D Synchronous Technology 0 U: F! ?9 R7 e
Rigid sketch groups + V) G, O$ I) C/ T
Part Module
( @( R' ?2 v9 XAdditional Part Module workflow ' n4 y' W6 Y+ j
Shared Body enhancement , K. {0 @" x$ V" c! x5 Y
Controlling Part Module updates & ?# A# m6 q8 Y
Nest and Un-nest Part Module
/ f& S F& C% s" b! U3 BSave As and Part Modules
) R3 T6 g& r6 `+ e+ ~Synchronize Links enhancement * |2 ^5 g( M( Z4 |4 r9 y
Modeling / V/ Z" n( l0 B4 J
Snip into Patches8 L6 H- ]; z1 S1 ~/ O/ D1 u& m
Rib 5 N: L, W) A; Y/ B& d
Mirror Geometry % P8 Q+ K' ?! `. K
Extract multiple bodies enhancement
1 r& e$ N% n- v/ @+ x7 iAnalyze Pockets and Blend Pocket ; S* m/ j6 x# U( i1 R
Combine or separate tool bodies : K* {; M5 U$ B7 S x" z
Interrupt feature updates 6 {4 ~ h/ @; |. D0 X
Load Rollback Data
2 f0 C9 z0 X# S2 j1 Z! [2 rSorting model views * d3 O! v; I5 U0 i( @" r$ a- E/ i
Select intersection edges in Edge Blend and Draft - \& ]8 f# [' o9 L5 A2 Q# E$ V
Replace Edge
~$ c9 L3 \5 Fiv What's New in NX 90 4 K$ V9 M+ v6 P1 z# G# u- S3 o
Local Untrim and Extend
; s' q# y7 f1 b" a+ z: F b. _RoUGh Offset enhancement ; N4 _# q) z' s7 E( U
Replace Feature enhancements
! U' K8 b* P" D6 YUnsew enhancements
" T" S4 w$ |' ?. H1 F t5 \3 NDraft enhancements : S, Z, ^7 y6 d, A1 F; C# I1 I
Draft Body enhancements
2 d7 u! v) j1 W; u, l% xThicken enhancements . O4 j0 W- u: A! w9 }
Pattern enhancements
0 F7 B. e2 i9 J$ l9 s* bUntrim enhancements
' _5 c/ l2 u8 ]- v' ^Divide Face enhancements & e5 {$ N, D8 P$ ?2 K0 ~
Part Families enhancements
* o" s! l/ Q* ^5 X0 m0 BBody selection enhancements for Boolean operations
/ k# `+ m/ j0 g3 P; }$ nFace selection enhancements for Synchronous Modeling $ A( Q; o0 `% r7 G6 F3 V
Synchronous Modeling
7 @, t2 H6 M) G& Z2 yMove Edge
. d I3 _: v( d$ j3 O! pOffset Edge
! h6 M" ?) d! ~- EDelete blend faces with the Delete Face command 9 J! Y9 w; Z8 H: U3 C& v
Label Notch Blend enhancement 7 m& p' ^' V+ P% k- e2 a. Q
Facet Body Preparation
/ y5 {7 {9 G# O2 S& s2 M8 \Create Box # j A, B/ c3 {. _9 p H
Snap Point enhancement , `5 @. G. T- S0 E
Extrude Facet Body , }4 X M: g# i; D+ S# ^8 v$ P
Extrude Profile 2 G/ C. l' x8 Z5 M- u
Merge Disjoint Facet Bodies ; U1 \2 l0 e) l# j. _
Merge Overlapping Facet Bodies ' u8 z) _1 b2 S$ [% m
Merge Touching Facet Bodies
% R `5 H& f& I1 ORough Offset enhancement # o2 U; w, u g& M9 |' }
Shape Studio ; a; }! b- Z1 b) q$ i
Smooth Curve String
0 T8 x' B/ [' t* k* K5 aSection surface user interface improvements
0 A$ Q* O3 F4 O8 @* {Highlight Lines enhancement
+ t4 k1 H' c+ LDeviation Gauge enhancements
$ P: M9 a9 o8 OFace Analysis – Slope enhancements
9 @( F0 c% A- c/ }$ xConcave Faces enhancements & h% {( L3 N* e
Face Curvature Analysis
; ~8 K8 [) F% ?, o4 O3 l! E7 BRuled surface Developable Alignment 9 `5 `$ P' r$ z
Wrap/Unwrap Curve 8 C6 e. {& i+ F% S, n
Assemblies
7 K, X q$ t/ s% t5 ^! _/ M& UPack all components enhancement 6 a) W/ W; o! [0 Z+ O
WAVE link multiple bodies enhancement
2 d+ x1 k" T8 N" N! YLoad Rollback Data
8 x! Y: `5 Z6 U) aAssembly Clearance enhancements
8 {9 g7 e1 B7 V& t% SOrder of components in the Assembly Navigator ( t) ]& B6 l3 \6 I
Pattern Component * F1 l# a/ }: V$ N4 S2 h- h
Identification of inconsistencies between WAVE and assembly constraints
. b: y; t+ T4 nAlign/Lock assembly constraint
8 G5 t H" l: U; @+ T( fDirection to Fixed column in the Constraint Navigator
6 n1 x5 v5 z- |Product interface enhancements
: N5 R! K! {! a6 l4 ?- [: q3 rAssemblies functions in SNAP
4 k# F) \8 y$ I+ m! _Visual reports
9 ?; X. L- n+ V8 g# U1 DDrafting
3 ^* E; V) u) |Usability enhancements
: v. K$ i8 m6 ^! Z* j9 PRapid Dimension
9 E1 ?7 ]7 V6 Y0 Q E9 qLinear Dimension
) X" U4 z% W2 j- i* T7 YRadial dimension
% Q9 t& I+ m4 H+ _Angular Dimension enhancements
( o; y8 G; o) A. |' C: o, g6 bHole Callout
' A8 o" S! i; {1 ]( S. K# X6 BGeometry margins for dimensions and annotations 6 m: ~, i9 i& {# [1 J7 n8 u) W) q
Alternate Dimension Endpoints
- P2 s# ~3 Z4 t" P1 N8 X6 NGeneral dimension enhancements 1 P6 _( T% R0 ~0 A! }
Exact and Smart Lightweight view enhancements
; }! l2 `; ~! i! v* L+ UDimensioning Smart Lightweight views ) R% s2 G, V! Z9 Q p3 I# N
Viewing Direction Reference Arrows
, U8 n) c7 Z( E6 c: v1 f- oSection line bend and end segment widths
/ M j) T& r1 e1 OAuto balloon leader placement
0 D6 B# {! y# U. o8 r9 T( hAxis Intersection symbol
& N. }% Q5 a+ B8 E. aSurface Finish Symbol enhancements
4 |2 A6 e& w' p- z) BDatum leader enhancements
' P) H8 J1 n% K$ s2 `. ZDrafting symbols
) ?5 d7 W# R% a1 m, D6 GEmbedded image enhancements 0 N! D/ ~' D9 l
Hole Table ( l; b) B4 @: R" G; @
Bend Table
; {( _% M0 ?" }! x% l& i9 x8 f- D' S+ ^Inherit PMI enhancements ; {% l0 e* P# O# {4 O9 x% I+ y. [
Crosshatch enhancements ; U# `+ A1 T6 ^2 A
Product and Manufacturing Information (PMI) ! j% u% c, d, K7 b" }
Usability enhancements 6 I* I( z# k! U* L1 G
Rapid Dimension
( f, t3 y/ S7 w' _2 ILinear Dimension : P1 s0 R. M. \. w4 K
Radial dimension
2 J% s! X1 ^' C/ y# C5 SAngular Dimension enhancements
p2 j+ I2 ~5 n9 ^! h O2 {Hole Callout - }' R$ u) e3 r
Geometry margins for dimensions and annotations , g- ]- v, L5 y% M
Alternate Dimension Endpoints
+ g$ m) `1 ?. \General dimension enhancements |/ s$ z6 f6 P6 F `
Lightweight section view enhancements 4 ^ ]3 g8 \/ O9 J
Surface Finish enhancements H7 N9 G" c% \$ z
Inherit PMI enhancements
- j+ c* h2 U+ K w& I8 C/ TRegion enhancement # O; W. X( n( x f
Sorting model views " Y, j) `% }& j( l) l
Datum leader enhancements
9 _% Y. F8 z0 N% h5 J# u& LDrafting symbols 6 v$ e0 u0 t( E- ^$ R
Axis Intersection symbol ! Q3 f+ C7 H; S& x
PMI Feature Identification business modifier
. a. _- d4 {, A9 \$ rUpdate PMI tracking properties ' X+ z' w6 u4 a
Sheet Metal
2 v B9 A% {5 XBend Table / C& D* S6 v- E% B# N4 f7 n% c0 ^0 X
Unbend and Rebend enhancements
U! }7 n: C9 W" t9 FResize Bend Radius enhancements
9 |% t6 l- ?1 Avi What's New in NX 90
6 S! A$ }$ l9 HMirror Feature enhancements 1 J1 `" ^2 E% d9 `/ k8 ?; g8 |2 n6 q
Unite in Sheet Metal 9 a, Q$ y v# K. r
Three Bend Corner enhancements
1 A G7 n3 Z$ o1 `$ u' XMirror Body enhancements
) S) a: A* o& q( C) \: W# \Preferences for flat pattern views
- }/ w. V/ o* D$ q* `Flat Pattern enhancements & l: S: I( l$ S* p
Pattern Face
( q, B" F" o/ AFlexible Printed Circuit Design
) I& ^# }* ], C! k2 e. t. @Wrap , p- S% s8 B0 A# s5 p
Flexible Printed Circuit Design enhancements 0 k9 m7 @2 _0 Z, O! A; j, ?" t
Pattern Face 0 A) F' |* i9 \2 B) O; q
Data Reuse ( g; E7 {3 z3 M+ B7 H2 T% k0 P
Double-clicking folders and reusable objects + B) j: l) q N) o& R0 {* [! U
Creating shortcut folders for your reuse library
, C, n M; V5 ]8 i0 u) T8 f% HReuse library undo and redo % J! X& W/ i# k1 Z7 Y
Creating an index in the reuse library
& _/ E. \! `' a0 o3 m( w. gMapping reuse library names ) p% [4 l! Z) W0 Z; f
Reusable object feature name n: E) ~% K% R' G! Y% p3 C4 T
Reusable object part definition
+ q$ Y; ^, T% F( C2 x- f3 yCreating feature component patterns with reusable objects
1 G- P9 U. X- J6 hManaging knowledge enabled components in Teamcenter
e6 R8 y& L3 c- XReusable component revision rules in Teamcenter * s p: W2 F) }& T
Adding files as datasets to reusable objects and reusable components in Teamcenter
$ e7 k; r8 H n* j$ UPart family-related enhancements to Product Template Studio $ I2 e% {8 }0 M
Routing
* L5 u+ i8 n2 i1 Y2 d* t. ~. h5 oConfiguring Routing applications
9 N0 g ^. j& X5 oCommon Routing tools ) T6 B& P' ]! w1 C8 O8 E
Routing Electrical
h9 w# J% d! { a) M6 bRouting Mechanical 8 ?3 k4 L# |1 W! \7 a8 _! p
HVAC 4 x" r( _% |5 p& r% f- F5 W
Shipbuilding - U% r7 c7 G1 j/ R. M0 J- V
Knuckled plates
! J. I( w2 n: V$ w- XKnuckled profile systems
& a" a2 G4 z% K5 j) s& NKnuckled profiles |# q7 A% b9 C9 h6 Y) e
Create stiffeners between supports
3 Z0 g) E7 D# J2 m) a6 sControl profile orientations ) G. K- b$ ]; d# ]4 |8 \
Built-up profiles
L" d7 x# f+ S d& @Create stiffeners on plates with multiple thicknesses ' m3 E- q" ?8 z4 m! T2 F
Create standard parts on plates with multiple thicknesses , t! z# b% H6 }$ x. }7 i2 h, h
Split standard parts in the basic design
8 r, E |, i! Y7 _0 }4 L; A5 FSplit standard parts and built-up profiles in the detailed design 6 j! S% x3 t$ @
Profile Transition
( G' h- L+ P6 }6 x( ~, o7 vEnd Cut enhancements
% X) O, u5 Q/ H) X5 @Profile Cutout enhancements
" ^* @- w: ^" O3 |: D* j" hCollar plate enhancement
" i9 K4 p% } ^, oExamine Steel Features k \+ ]; v; t& ?
Paint Parameters
; ^, l( }4 D3 w1 @Vehicle Design
, S) y* @' d0 ?Vehicle loading input to vision tools
. T5 M* e1 D# U6 fVehicle Packaging Validation
( Z/ B; d i c9 M% X* @Head Impact
* P+ A) k2 I0 e+ i, JPedestrian Protection enhancements 3 |1 u' e& ^' x& i; O
Eyellipse enhancements ) O$ s) `; D6 A, n& ~ k5 @% A
2D Manikin enhancements
4 x# f: _; d6 b7 VSeat Lines enhancements $ ]% W* g A0 n& m
Hand Reach enhancements 8 X$ {) A7 L! r+ y3 N3 V# z3 p) U
Direct Field of View enhancements 2 X6 V% y; l' o
Instrument Panel Visibility enhancements 6 C: @+ N1 r% D: N" E8 H
Windshield Vision Zones enhancements 6 F) |, s& m' j8 s$ P
Mirror Certification enhancements 6 Z! `% P A) ^# B9 }4 S
PCB Exchange
: X3 }5 b: x, K2 u4 g! C! w- q0 rUser interface enhancements in PCB Exchange / q2 C* b% n$ S6 F7 s
IDX collaboration commands
5 ?9 Q3 ]( i. D' h# P: r. y$ ]IDX support enhancements - b. q# R! k' @" q. u
Copper Area : z0 Z. K( |7 M- V, ^" ]
Comparison of ECAD and MCAD primary pin locations ' V: w8 k v" X. p
Show Test Points
3 b. i% K' L: m$ bChapter 3: CAM 9 V$ C) E8 {0 J9 f6 F7 {! t
CAM general " w: c1 O; l2 I1 C9 Y* B) F
Notes in Manufacturing 5 ?+ k8 Q: l+ @7 I! ~
Descriptions in Manufacturing
) T# ^7 G8 `$ P+ f( K dDisplaying visible and hidden geometry ) e! n' \5 x) P$ r
Boundary selection enhancements }9 D, s2 k! l/ M' m1 `: ?
Boundary selection display and gap closing & H: a! G! J. ^( q8 ~
Pasting operations with reference
& z& @, r2 o4 b# e& Q5 sShow Thickness by Color enhancements
# E! K+ T# S8 f! m2 nSet Machining Data enhancements / v: Y+ a7 H ^1 x) t e9 Q
Flute length for drills
; W5 _! r- o: ^! QMilling enhancements
1 E4 g; s- }) w- Z; fMachining with a T-Cutter / X4 w3 s0 o3 ]6 V0 \/ T0 I
Machining cylindrical parts 0 q9 Z9 W6 ]0 r; D
Tilt Tool Axis enhancements / g) \, Q5 R9 z) q4 A
Area Milling enhancements 2 z6 n, N) t" s2 p. J) R1 n; g1 i, Y
Divide By Holder % j" `) R3 @0 q( v/ V1 C
Contact data output for Hole Milling and Thread Milling 1 a# T2 U' S0 D
Cut area selection by edge-bounded region ' A4 v3 { W. F2 Y: x2 C
Safer engage and retract moves for Zlevel operations
7 m) A V( C9 s- S g; s+ A# rSmooth noncutting motions in contouring and flowcut operations ! \9 q% b' K E2 h( o5 M' [
Improving 3D IPW efficiency in Cavity Milling 9 S# k+ c* o' j0 B+ y9 b9 r* p
Multi Blade milling for turbomachinery 0 ^; e7 u- K. j' D
Hole machining
; D! ^; H+ a; x: J+ w) t( ZNew manual drilling operations " z& w" U9 F' _: w
Hole machining workflow using a feature group geometry parent
/ j5 n. _) Y( h" m; BMachining feature groups ' }6 w2 a& h3 _; K
In-process features
& d, L V, ?7 T) H& nVisualizing in-process features
- @2 D+ T3 p4 f! h3 n) X: R+ {In-process workpiece options to control the in-process feature # |, i8 n5 l% ~' r" g
viii What's New in NX 90
; o Z5 i; X* ?: A6 D3 YFeature machining areas / @. h8 ~% A; w
Drill tip point length
: s6 p O( ]" C. g) O4 FCore Drill + I- n; n& c/ T ~ F
Probing
5 s' t# V( I" b# H9 O. ?( {. PProbing
: j( T/ T" A1 E4 d7 l7 q" y5 pTurning enhancements 4 P2 j, Y% |% A/ j3 A$ X/ z
Centerline Drilling depth enhancement 9 m) g0 L2 E4 z$ Q/ ?* ?+ e/ m
Turning non cutting moves enhancements
5 n9 ]6 G/ ~; c+ o# SParting off operation % c' @. `$ q- W6 a, T' \
Threading non cutting moves enhancements ' r7 [3 o, m6 [, t8 {: [7 t
Integrated simulation and verification — ISV
. O. K5 |9 \% \Displaying axis positions and limits
6 i7 |& w S: F! G. NPositioning simulated machine tools and cutters
5 {9 G( o1 E1 dTool path display for external file simulation
) T6 c* T' s; N4 i4 sSimulating all channels in external files
6 {3 G2 y$ t2 M# ^7 m/ sSimulating synchronized operations
* i2 S+ Z8 v. N. i: x& eViewing a tool contact representation # {& t4 g9 |+ C7 D; O a0 X* S2 }
Configurable parser for NC Controllers
6 M& w% O- |6 B/ S( EKinematic chains for simulating complex machine tools - }5 n, U( x7 S7 ]2 w6 z S- Q) b: Y
Suppress Status line update
' f( ~( u: L, u+ D: }0 n: b9 Z1 g+ hIPW color mapping to tools or operations
& n/ M, k% E5 }' qRegenerating a saved IPW 9 E; Y2 _/ U* v1 W5 N) y' }9 _/ O
Gouge Check enhancements ( N6 l' `% P7 u& L7 M2 y
Sinumerik Collision Avoidance ; X* V6 {) B9 q$ o! H% ]2 J
Simulation and postprocessor examples
' T+ Z3 d2 l& o4 Y5 K; |$ tFlute length for drills
y, @! E* g3 Q) ~* o2 o/ A/ iNX Post ; {8 q& \" v! U
Adding CAM attributes for shop documentation in the post
" G) ^( L6 \3 I8 z3 k6 J t' wPost Builder . P5 D' H( [# c u
New Tcl commands in Post Builder
e3 e2 | b# r+ v" RSimulation and postprocessor examples & [) j) D; Q% E) x w
Feature-based Machining
, H) \3 e Z+ ]2 |Feature machining areas
7 O' C6 M7 s( P: c% k1 V$ v" NMachining feature groups
$ p( R5 n# J- W2 C* b7 W V; p. N( \In-process features 1 I3 l) ?: \& a6 M2 v0 ~" t; B
Visualizing in-process features 1 L6 l/ a: j% Q( Q$ v2 p
In-process workpiece options to control the in-process feature " u/ ]5 w0 C, i: d+ B- V9 K
Wire EDM
- y+ Z* q/ ~/ r7 W6 I, TWire EDM tool and guide
/ Z. N& y6 {$ M3 [* lChapter 4: CAE
/ v* n3 _( W) R+ h1 iAdvanced Simulation
4 r$ P- Z G u, Q# {6 b p+ lSolver version support
" q7 G; i9 x7 q: u) Y4 h, U/ @General capabilities 7 P! ^. ]( L# n0 J: c( F
Fields 0 Y! A6 |0 L( S1 U# O3 n# q! L" h
Materials
8 P; n+ i, C% S, W: k, V. EMeshing
+ I, p! B3 a* j9 q$ J/ H+ ]Boundary conditions 5 c" ~, V2 S" l4 }( I
Solutions & h! a6 K- P) ]* X2 s
Nastran support enhancements / \- \: J' j) p9 `
Abaqus support enhancements
& m7 i* K( Q; a5 QANSYS support enhancements m6 \+ ^8 C, `- _5 ^
LS-DYNA support enhancements
: N& V) q+ E, l# C" b+ L7 u# bOptimization
3 r3 Z' v g! X# \5 @, N% jPost-processing $ y/ t2 k* P+ v/ Q, L9 U, Z
Durability / h, Q' w" m3 g' D0 L, y% K+ P
NX Laminate Composites
" ]+ S8 G; K! VNX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
6 s m9 a& s7 WNX FE Model Correlation
' s' r( }7 L+ |/ aTeamcenter Integration for Simulation
p O7 P9 y" H, j9 Z; WDesign Simulation
0 L# }" \+ ]' C5 @! P$ B7 @. CBoundary conditions & Y2 p6 q7 \% c ^$ H
Meshing # ^2 W/ } Z; @% N# g* C
Motion Simulation ( r7 C! T$ s" E0 L, E
Interactive articulation methods , @* l- T7 ~" a9 s) a* G' q3 n
Joint limits in articulation
}6 X9 d0 P6 V, U5 M* k* K! ?Animation enhancements
6 u" O% V! ~: N: ]3 ZSpreadsheet Run enhancements 9 \% A Y; e; d* n' i. n# g
Motion Preferences enhancements
, T" E: g+ z$ n8 p$ tFunctions and Graphing
/ S" }. r4 L& f. C$ ~Inverse option for Function Single Math command " E" ?' D/ H: z3 X, m: P; C
Plotting a graph in a separate window 3 R ]" `- I, O4 c$ B- ?
Improved font support in graphs
6 N- h+ a( K& G! D7 k( e" ^+ NPlotting a graph with no line
9 k8 Z2 C E7 P6 O f# L, T$ F+ a+ qSaving graph data to an AFU file
' I2 `6 [0 S( y0 C, }# FExpanded complex plot support8 }/ \. v7 S' H
Chapter 5: Teamcenter Integration for NX
2 X# [, x" ?3 Z$ S! Z" }Teamcenter Integration for NX
: i0 q9 ?. Y3 C* F7 FDefine and load configuration contexts
0 e& h1 T- F' z3 K. G$ HRun NX in a Teamcenter multifield key environment 5 J7 Q. Z2 F. ^* w
Independent drawings added to export and clone
1 j4 D4 n0 ^# P! V+ v0 X: R9 aSave As enhanced 9 U+ ^& b* z5 T) C
Retaining absolute occurrences when saving moved components
4 b) W' _/ O$ W! E5 Z( IOpening a component with a different revision rule than the assembly
( r- T: X m+ M* l9 I1 a% bViewing results and default filtering for projects
3 s9 G+ S9 k H/ XAdding independent drawings and CAE parts in the ug_clone utility
5 \4 w- j! I% S# b# f( E: XRefile utility enhancement in Teamcenter 2 Q) J0 `% V+ G0 p. e. m7 F- l
Item-based publishing of welds and datums to Teamcenter : X# q. L! [2 m" ^( O, g
Chapter 6: 4th Generation Design (4GD) " o3 p: w# `) L- T6 M, M
Introducing 4GD
2 w6 ]( r9 b: l6 ~4GD enhancements ! N) A4 X9 F% d- G: I8 B
Design element enhancements # B+ n. X5 E9 K2 h. E) I- \
Creating multiple design elements
9 x$ ~& b, y8 _) ]Converting design elements + s4 F$ R9 p6 N- U0 {
Create Reusable Design
j# z. X; {' Q% X* a$ lPresented parents
$ N! f- l9 m1 } l3 |( pPartition views for subsets / N, t8 c& ]( ?: b3 ~
x What's New in NX 90
' _5 N# E% J) Z* Z0 [, @Subset structure views " o# t$ u% n' f7 D* v4 W: S
Adding connecting welds to a subset ) g& r! b% |& P1 i
Mirroring a design element
/ G0 ~" |+ R. }& Q jLoad attribute groups for design elements
, R2 `, K) ^& DEffectivity and variant options added to subset creation
! U" q' P8 r9 A/ A* V+ R! vEdit attributes in bulk
- m4 s( e, @+ g0 G/ jShow Collaborative Design Preview + n/ u0 T9 m! o8 W5 O9 O( F: ^3 q ]
Design features
5 O% s7 b4 D; h1 u$ pCheck in and check out enhancements 2 U7 q" S- s6 [1 v* m- f( B
Generating collaborative designs from existing structures
2 a0 Q& U4 w) {( b9 j; BCheck-Mate in 4GD
% j( z8 P# P1 ] i. zIssue Management in 4GD
* | S9 ^# M; ^ \Chapter 7: Inspection and validation ) f" }) {& h) D9 ?, _* d; A
Check-Mate ( t; y, R; J; h( {: a3 u
Check-Mate checkers and functions 4 e5 m% O6 Y q, _6 ^
Check-Mate profiles
1 o) V! n0 x; {* ?! O0 sCMM Inspection Programming
0 m; ?) D- b7 V0 JGeneral enhancements . M+ X# E& u$ E: w' O" W9 z) k
Expanded CMM libraries8 I5 w# B1 K$ Z! J
Offset distance for 2D features
& S3 W3 @7 J' tNew inspection feature type: Edge Point
# ^5 J, _) Y6 k3 V: F) H( Z2 w; H8 `- PSet PCS to CADABS alignment type 7 x8 m3 b" ~3 n% b) w& B% D$ n' A3 W
New inspection command types
' k6 J+ j' Y9 }" k& l) MSupport for cylindrical probes - y: L3 z/ h# S2 s) S; L9 l: U
Resequencing of inspection paths
9 X# c/ L2 {" A+ SAuto-ordering of tolerances in the Inspection Navigator
3 ^1 l7 V% Y5 b5 c/ h! F6 C- ?+ Z! {Support for DMIS SNSET/DEPTH
1 P% O9 p. V2 [Measure an inspection feature relative to another feature2 [2 K6 J6 p8 a8 L' o+ P4 W
Requirements Validation
& q6 G! F! ?. vUnits in the HD3D Requirements Validation tool
) u6 E( P# _! x/ R# JChapter 8: Tooling Design 1 g$ |/ B8 f1 q! s. U
CAM Data Preparation 3 P ~+ L/ u/ f/ x
3D Curve Offset - t3 p9 S( G/ Z3 d* E T
3D Curve Blend
% O0 ^$ P# t t8 d# XMatch Surface * U# k1 j% }1 i) [
Reduce Surface Radius & [4 E- q. x. E
Guided Extension 3 I$ C" g* s7 A' L9 r; o
Tooling shared functions
* `! O1 O5 n3 X4 F* p" G9 iDie Analysis using LS-DYNA
; z& f4 {9 A# c2 d, [8 D2 F) o0 oObject Attribute Management
9 B& o4 `) `- K% m4 H4 m9 TFace Color Management 6 K/ o( B6 \8 d$ M/ @; a% a2 t5 D
Hole Manufacturing Note 2 q4 G- p+ I; [4 w/ [9 ~* ~2 m7 c
Restore Tooling Application 1 ] J5 y7 A, [7 N
Mold Wizard
8 M5 u( Y% u8 v; s+ Y, P3 Z4 MMold Base Library enhancements " w) ?" O2 T; ^
Workpiece enhancements / o" [9 M( ]5 I' B* u
Ejector Pin Table
' D4 g+ T" D# g3 y% [1 p0 J5 O( aWeld Assistant
8 y" _5 _. x" ?1 i5 F% {$ ?Fabrication Information % w! I5 a. ?. Y. j" \( z- u
Joint Mark
o% u$ P) C9 }% f3 SExport CSV File enhancements
4 f5 N, y s2 G' f8 A& u: ?Import CSV File enhancement : l0 z. W' _% F+ w
Groove Weld enhancements 0 u( p" d) @* t% ]. B! `& f4 [
Datum Surface Locator and Datum Pin Locator enhancements
2 @( \3 ]9 R2 a( |- MUsing weld and datum information obtained from Teamcenter & Q4 O2 J. E7 d9 m; H
Item-based publishing of welds and datums to Teamcenter
) A e. I/ I$ l, B0 JConnected Face Finder enhancements ; B" E ~' e" A# e4 E6 A7 F B
Compound Weld enhancements
1 v; f! D1 l, ^/ w. C$ fStructure Welding
D5 j* |/ N5 ]2 EFabrication PMI 8 B6 D) x4 g, K0 g
Surface Weld
4 O9 N+ b* s- d% p- _* L8 FWelding Joint enhancements
" C2 W5 {" N, `9 g3 o rEdit Joint Definition enhancement9 P- `3 Q8 L9 T" ]
Edge Attribute Title welding customer default
7 F/ i( W/ e4 U5 W7 l, MExport Welding Joints enhancement 7 D# E* ~; Z- b, K
Item-based publishing of welds and datums to Teamcenter
& o2 `$ l, j6 b: W- N0 W) vDie Design 6 w" O7 }% f& O L
Lower Binder
; X* w4 ~+ x% W8 `# F2 v' y; ]4 rTrim Post + V; B9 \. g. q9 h9 I# B* E: ?7 n6 V
Draw Punch and Draw Die enhancements
+ C- N# @$ I5 {: w9 `* H& T& l; vAssigning colors to die faces q# x4 T9 e9 }! [
Die Engineering
: U" f! Z, O8 r6 LDie Analysis using LS-DYNA
5 N# h% P* n8 T/ _+ ~Trim Angle Check enhancements , y2 R& c# D7 n' T6 h( U
Stamping Operation enhancement # m: S: y) M" M4 `$ P& S
Die Tip enhancement ( F- H8 v$ K% v! a" B
Chapter 9: Data translation
: e" \2 d, Y5 R1 i4 @+ XExporting editable dimensions to DXF/DWG file
* w* \. r1 A) ^# z$ G8 t7 \3 bControlling text aspect ratio for the text imported from DXF/DWG file
( M; {& j" h3 {& S( e. ?Supported DXF/DWG versions . I4 z3 A$ f* r/ b4 ^
STEP translator enhancements
1 Z" M8 y& w7 d# u- e1 iNX to JT 7 x1 c! r2 A8 X5 V* s ^2 {2 K; \
JT version 10 files ! O3 ]1 M4 ^' R% \& V( l
Display order of model views and PMIs in JT files " _% Z7 c; s" d& f5 N; B
JT support for object visibility in model views L$ B9 c. K J9 v
PMI lightweight section views enhancements in JT files 5 S# G. p8 Y6 X. i" u
JT support for weld Joint Mark feature
+ m8 A) ]3 q1 V5 \, \+ j6 j& VJT support for hole and thread callout PMI
5 J; g' |+ ~9 pGeometry Sharing in JT files
7 g8 C1 M' O% [JT support for business modifiers and PMI attributes
2 Z: y `. v0 u6 BVisibility of datum entities in model views of JT files
5 e/ Z: t* D0 i( r' k* BJT support for PMI association with objects 8 ]9 Y7 S7 F7 f" f }
Chapter 10: Mechatronics Concept Designer % K! D$ y [' U0 o7 B
Collision Body enhancements 2 Q8 j( U9 Y" A. O" Y6 G% g/ H
Actuator enhancements
, P$ Y; N- X: a5 Yxii What's New in NX 90
* E& G+ C4 k! L4 }) p* q& F5 QCam enhancements
! S! A. J: [. q' }) X7 SOperation enhancements
9 U }' z+ U F3 e% w* _Changing units in dialog boxes
/ ~/ x6 B5 C+ i* X9 S8 ~. I& rMechatronics Concept Designer preferences 7 R) g' g. v: w, I; f5 Y+ d: H
Create dependencies $ F. o4 J6 z% ^- v# @9 y: p
System Navigator enhancements + B5 u+ H4 R) \' D5 p
Creating physics containers
- F5 D, Q8 {) {' NECAD integration enhancements
2 ], U. z4 X& h, kSimulating NC code
6 \$ p: C5 A% |Convert from MTB
* A$ S! ]* l6 _9 O8 K7 F1 rShared memory signal mapping
7 S$ e# K( g+ r3 w0 HSCOUT Integration 2 F# ?& T" [" Q- ^- b( M
SIZER Integration 2 N$ b3 Z0 |# E ^
Chapter 11: Programming Tools ! z# v+ H i. p0 H. h9 o
Assemblies functions in SNAP 0 R& W3 K: A5 [- {- b
Block UI Styler
' N% ?: q7 x! N( TNew properties for blocks f( l: a5 m4 y
Changing a displayed part
+ i& t) R; b z: }/ S2 DExplorer block : n- a4 s* a! S7 {+ {. L; n
Chapter 12: What's New in NX 851 : Z/ p3 m/ G. v' ^: q* s$ d4 o- ^
Modeling
. H( g4 P* G0 q. ]) b5 Z" FUser Defined Feature callback hooks for NX Open API libraries
: D7 X o# x) h6 U9 K: jPreserve the relative order of Feature Groups
# G( O: u& w- z% S7 E/ }' d! G/ ]U/V Direction ; k" Q. M# d: {) I6 G8 ]6 v
Studio Surface enhancements — Split faces along boundary curves
5 m5 w$ _: z- _8 X) p; O2 ^PMI - l: h5 ]/ d" k2 S
Find PMI Associated to Geometry enhancements
# q: O. c3 v% r2 ?. YPMI Effectivity Management 741
- E; _9 H: c( LRouting 742 5 M( [+ a# c' C$ a4 X% a
Wind Catcher 742 # P) c& ] u0 [7 ~) f
Branch Path Numbering 744
* a4 w3 {9 i& Y5 x: e, }Platform Creator 745 9 C" `( V# t8 m4 S( `/ J7 G
Shipbuilding 747 $ N8 _ p8 i2 ^ Z
Assign manufacturing information to openings 747
) E8 x& p3 D& _& w% |. k+ z ASpecify section subtypes for steel features 749
. H+ H6 s3 f+ ]8 u1 sManufacturing 750
& }! t! J6 L, D% c$ l# COperation Navigator enhancements 750
- O$ c5 k, @. z9 U- e, \8 C9 H* jAdvanced Simulation 751
* _+ i" Y4 s4 k% Q+ C _& ISolver version support 751
9 i! x; V- O) K( WNX Laminate Composites 758
" V @! E) q |0 {Durability 763
) P: C( l. |: p% \% hTeamcenter Integration for NX 764
4 Y4 }8 w3 F. }" HNX Relations Browser enhancements 764 9 ^' \% d2 E; G' d+ u
Select Configuration Context when loading assemblies 766 5 ^ S. o% |" _" p) r; L
Default project selection 768
0 V+ R8 F7 S4 a6 `CMM Inspection Programming 769 ' s+ j4 K( k4 N% f
CMM measurement analysis engine 769 4 p+ [ p4 |! X1 X1 z( B
Export analysis results 771 DMIS programming enhancement 772 * @+ R8 g' T: z* u$ x$ t5 G" L
Data translation 774 8 S& j+ ?. @) L* T s1 s
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
6 L6 M1 p8 A! Q1 p: dJT support for PMI association with objects 775 & [7 {; D7 G% v3 R' I
Mechatronics Concept Designer 776 p7 Y. }5 \' P8 Y: m
Import from ECAD enhancements 776 , R3 C$ L% i) Z
' ~/ p' I# t! k& P0 u+ L( o( Z
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