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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！
& T- V6 L7 d6 d( r' U4 S- d! m; F) p+ `$ I/ v2 x$ H1 F9 k+ \
4 I! p; c7 V5 p涵盖了所有模块！7 ]( l& g) d$ |% A8 b7 J7 F
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. o: G9 p$ K& P不懂E文的，看图也知道了！！
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What's New in NX 90 iii
0 b& F2 D; m$ L( U, rContents 2 M) @$ ^6 M _3 B
Chapter 1: Fundamentals
3 F( @+ Z' A9 _% PRibbon bar interface The NX Window (Ribbon bar)
8 W7 D8 |* X3 w4 g% XShow Ribbon bar tabs and commands
* `' h- o: k: Y/ |Add commands to the Quick Access toolbar 6 c- s- y# p) K5 {, d: N9 ?' N
Add commands to Border bars
& G8 i- u% _, WCustomize the Ribbon bar interface * T; s3 }! W3 e! l0 v' A2 J
Add a tab and group to the Ribbon bar 9 c! y9 ]0 [2 q, ]1 K! m) D; j! f
Save Ribbon bar layouts
/ J! y) \5 ~' @4 m. [" a5 VExport and import your interface layout
& R* ?1 x4 S/ Q' P ZRay Traced Studio . q) l3 P% w. ?; L% T5 Z
Issue Management enhancements . S# V% {& i& y# V& F3 S: o
Generate support logs for IR or PR 8 @# Y( q, Y# T
Integrated web browser enhancement ; R6 G$ |6 J7 O+ D
View section enhancements - M0 W" W! I; Z1 B
Display facet enhancements * e. R; X2 e- E1 J
Measure Point ( X/ i% o3 C$ x
Raster Image enhancements ' ]2 D# x% K. c" h$ j6 D' }
Lock Rotations - R% Z; n1 l8 _0 l2 s( ?
Synchronize Views
3 p- q% C4 l% c8 B$ Y7 Z2 ^, WStereo Display Visualization preference
2 _; N4 \2 C5 e6 \& MCSYS tool enhancements 2 D. T5 K8 r" f0 D3 W
Edit attributes in bulk
1 E; Q# q5 c: v% BChapter 2: CAD
9 m. y. Q5 k4 c- M1 s7 n) YSkeTChing 6 h2 ]7 M h. Q( N8 E/ E( B
Sketch enhancements
/ j. `5 t* n* s% ~7 D* P3 kSketch dimensions . M* \9 C5 a5 Q
2D Synchronous Technology ; `6 G1 B' v. P; ]! O! I" ` Q5 o
Rigid sketch groups
8 T& p+ `2 I7 H" xPart Module 4 \/ `$ A# t0 z0 d/ |% S$ V/ K
Additional Part Module workflow 6 E. \1 I$ L4 x, d9 B9 V& J* p
Shared Body enhancement
: n# ?; `* w! R8 y" N/ d/ e3 hControlling Part Module updates
9 p( q/ s$ Z; M9 }1 U! ZNest and Un-nest Part Module
3 ^7 J! h% @: l4 Z3 ^% ]Save As and Part Modules $ J2 K: I- ^; W. L0 k9 U0 c2 F3 v& n
Synchronize Links enhancement 3 g* l% b( C- k0 v
Modeling 1 K8 t/ U% f9 u+ \# F
Snip into Patches# L+ V5 [$ U! X9 L9 X$ e. H
Rib 4 g$ P, ?1 @' _. m
Mirror Geometry
' K M x8 h* f+ {4 J( ?8 QExtract multiple bodies enhancement : w2 m, f' @) \# E; i! x: x
Analyze Pockets and Blend Pocket
+ s# w; @) v, z$ MCombine or separate tool bodies 5 X; W) g7 b3 f% k4 w! [/ m
Interrupt feature updates
@5 T& C9 g4 R4 k6 w3 K) R5 RLoad Rollback Data
4 k+ z8 o' m0 z+ X* O1 WSorting model views 0 c9 O6 m3 I6 Y) E" {+ I
Select intersection edges in Edge Blend and Draft / ?) m: o4 C5 ^" A6 b! U/ a( f
Replace Edge
$ ?( J9 q2 i' {/ ~/ h% t5 civ What's New in NX 90 $ v3 n. v* l' U. X) P5 m- k
Local Untrim and Extend 1 J; n. I2 j H' O* t% L
RoUGh Offset enhancement
+ o) J$ o3 w% HReplace Feature enhancements $ W! [4 T$ s* D. b7 p/ l
Unsew enhancements 2 ~% o7 M3 o: ?
Draft enhancements
# d' [9 S2 r- E% m' B5 F9 gDraft Body enhancements
5 L2 h* r u3 B1 A$ XThicken enhancements 2 N6 M) Z3 y2 ?/ z j z3 R
Pattern enhancements ( s' L. i4 D& @ @( P6 y0 R: H
Untrim enhancements / B+ ?" B& R) @ {
Divide Face enhancements
) c. @. w. I7 P$ H- G* HPart Families enhancements
; P' D, e2 G2 c0 @2 ~( q% @Body selection enhancements for Boolean operations
: ]4 i4 h: W; z$ g( ?- h( R R/ ^Face selection enhancements for Synchronous Modeling % |! b" T+ J* c( t
Synchronous Modeling0 L; q* E4 N; y
Move Edge
/ Q$ h6 n. W8 AOffset Edge
. c4 Y* K7 p! Z* D0 J ^9 t% ODelete blend faces with the Delete Face command
6 \* u, J; ^: K8 [1 u. a' |5 \9 aLabel Notch Blend enhancement . ~) L, R9 f& I6 ]3 x
Facet Body Preparation
/ }, O# v8 j; w0 C1 \. y! XCreate Box
6 W4 f$ X6 o ~4 h" y t& ^$ wSnap Point enhancement 5 K: K& w- E/ i$ n& _
Extrude Facet Body
7 Y% t- ~2 K5 F6 ?/ t/ xExtrude Profile
1 z+ s2 N \0 i2 _. y$ sMerge Disjoint Facet Bodies " b8 e6 d) \ [+ z" N# b7 p
Merge Overlapping Facet Bodies * S/ z+ Z( i8 S2 d- B) I
Merge Touching Facet Bodies
) X4 R5 r, y- [2 n% I; j: VRough Offset enhancement
' S3 r8 t* h! i7 h; {3 e6 mShape Studio
* I$ o1 M% x/ x+ j, ZSmooth Curve String
* P- W9 k* X0 C/ ^5 Y! R/ ] {Section surface user interface improvements
; ]% o# s+ _! DHighlight Lines enhancement * \2 f/ j1 E. G+ f
Deviation Gauge enhancements
! D+ }- s% D6 vFace Analysis – Slope enhancements
# b+ S* V! d2 B* u9 B5 ?9 n8 y- L9 LConcave Faces enhancements , f* M }& @) h0 Z5 @
Face Curvature Analysis 4 p7 p7 B7 ]( U) b, W
Ruled surface Developable Alignment 5 m) _* _8 b3 _& O: j
Wrap/Unwrap Curve 7 I* O, `% [$ c1 g
Assemblies " a1 T# J2 e, L$ u! f6 m: \$ F4 \% d
Pack all components enhancement " ^$ o* U) _2 F- r7 L% {0 u
WAVE link multiple bodies enhancement- D) @, t4 @7 ]% t- Q% M0 S9 G
Load Rollback Data
# g9 h0 D' b/ o' NAssembly Clearance enhancements
3 o% A! X; ]8 }0 W' JOrder of components in the Assembly Navigator
) U7 O' f0 b T) T2 k$ l: c; wPattern Component 6 B7 Y ~$ o# d$ S6 l4 U
Identification of inconsistencies between WAVE and assembly constraints & M7 J! D8 S8 _, r
Align/Lock assembly constraint 4 @/ n/ C7 N/ j# ?2 q; O8 M
Direction to Fixed column in the Constraint Navigator / ]/ V! u+ ]3 P
Product interface enhancements
4 E" n# K! Q# u! r) |Assemblies functions in SNAP " E: I9 ]" J: ]( a$ ~" Z) m
Visual reports ( ~3 k" N; t% ?+ m% j4 A- \
Drafting
; J v9 d2 Z; \: y' c7 nUsability enhancements - n) A& E3 C6 E/ v7 _* F+ G, ~
Rapid Dimension
/ g' F# w0 x R% |# f8 @Linear Dimension
4 p, ]3 Z% j9 P6 j) aRadial dimension
) @9 q9 x l' k2 Z* \Angular Dimension enhancements
, A; B a$ x5 r& f' \Hole Callout 5 ?" \5 J" i5 D" M# \/ M
Geometry margins for dimensions and annotations ; [" e0 P3 G2 W* p
Alternate Dimension Endpoints
9 B' E$ [4 V* V/ G7 ^& O0 XGeneral dimension enhancements
( t6 ?/ W7 I5 A& mExact and Smart Lightweight view enhancements
: G9 K4 U+ {* j' D6 t. fDimensioning Smart Lightweight views 6 }& n0 C" e% ]) q: i
Viewing Direction Reference Arrows
9 l0 w! s# h0 {. G4 oSection line bend and end segment widths , a- H' O0 l; v; d, \5 ?9 a" \' r
Auto balloon leader placement
" a+ h' H) c) a6 E8 M& j. fAxis Intersection symbol
! p/ }6 {3 V$ b; t, O0 e" @Surface Finish Symbol enhancements 3 U( m2 u0 i3 g: c. N4 |8 B+ v$ h
Datum leader enhancements
g, ~, e3 T' C$ T9 e% qDrafting symbols 6 t8 @5 H* f+ n1 X7 i' R. V
Embedded image enhancements
( \" ]. z8 F+ nHole Table 3 R) }8 S" M* h! R7 o# @. n
Bend Table
! d# t E0 `2 c8 C8 {8 L, a# AInherit PMI enhancements
( k$ S, Z- F2 ICrosshatch enhancements _5 y, ] k) v- W& ^' A2 x
Product and Manufacturing Information (PMI)
6 m2 c5 @6 q* Q: IUsability enhancements
" P. Q! j+ N3 m) D5 \8 uRapid Dimension ! `, T* c6 n& s! a+ J j
Linear Dimension
- X* G4 Z& J$ r* N- u6 S7 ZRadial dimension 5 g. k ], J" I* z# g" x; c( |
Angular Dimension enhancements ' _( q$ c" q- m+ N4 j! L
Hole Callout
' N0 ^! O1 J. W( hGeometry margins for dimensions and annotations 9 ]( ~0 L2 I6 x2 E0 f# Y8 a* o6 C+ B
Alternate Dimension Endpoints ! O! i7 e# o4 c# C: a5 n
General dimension enhancements
9 I6 A0 _; h8 qLightweight section view enhancements
& m: j" H, Q' x6 ~- Q# CSurface Finish enhancements
8 J/ a7 |. U% N$ `' T3 `, oInherit PMI enhancements
/ r5 q# ?6 U; ?9 `5 N) IRegion enhancement
# ?4 v6 R# e B) u" f6 v; F. x jSorting model views
# v& D/ `2 H! I3 wDatum leader enhancements * _2 a2 P/ ]9 Z6 G- d* j! v9 i
Drafting symbols
) |: w! f1 V& {0 m \$ [, t T% \Axis Intersection symbol
1 J1 q' @. `8 Y0 g5 T$ uPMI Feature Identification business modifier % W: e `( R7 r4 b3 j
Update PMI tracking properties 8 v! g% j/ Q' J
Sheet Metal " p) f A4 T" j$ }, d- S/ \% {/ q
Bend Table . \' y* T7 `, j$ _- R
Unbend and Rebend enhancements
7 W* y" ^5 j$ |5 ~, P" g+ `Resize Bend Radius enhancements ' G' d- F6 P3 S5 h
vi What's New in NX 90 6 E/ w) `: q/ `0 t; }3 Y5 F2 \& b
Mirror Feature enhancements
- L7 f0 r( \5 c6 aUnite in Sheet Metal
) O6 @9 {# P6 ^( ~$ C& NThree Bend Corner enhancements
; q/ V7 d8 d7 @Mirror Body enhancements 3 u: m1 r& O- N7 ]9 {* I
Preferences for flat pattern views - b4 G' W' k6 H" o& ^
Flat Pattern enhancements
) l; `- U* H6 ]7 k9 Y, k7 A, ?, PPattern Face
8 \+ ]# J! y& ]/ k/ v- H2 ~' O- KFlexible Printed Circuit Design
9 t$ @9 N1 r( W- D, PWrap
2 i3 O2 C! ]; pFlexible Printed Circuit Design enhancements 7 J2 C; l6 g u5 r4 W' Y z, M
Pattern Face ; h0 @2 o; k2 }/ t+ I
Data Reuse 8 E5 B6 h- y h* N L, c
Double-clicking folders and reusable objects
1 z$ Z0 w; g' s6 Y& WCreating shortcut folders for your reuse library 3 a. \# x4 ^" P- I$ C3 Y, B
Reuse library undo and redo
3 e) }# b& H7 ~/ s( }Creating an index in the reuse library
! G% u& Q# z- H1 _' HMapping reuse library names
3 V1 d5 m) E! w# TReusable object feature name * i3 T: M2 C6 [
Reusable object part definition
& c+ B7 s' B! c3 M1 I! uCreating feature component patterns with reusable objects 5 q7 ~; l) W3 B! f# z; ~& v; U
Managing knowledge enabled components in Teamcenter 8 x+ J4 ]: `* O! }( B
Reusable component revision rules in Teamcenter & Y( _, Z- \; a* k1 _) o# g
Adding files as datasets to reusable objects and reusable components in Teamcenter $ ]9 O2 c' b% |9 f4 n
Part family-related enhancements to Product Template Studio
* e$ Y; e& Y( q2 w: ~% }# N4 qRouting
4 b8 ?4 {+ x. j/ h! V% E: qConfiguring Routing applications 2 G6 l5 B- O$ B+ T
Common Routing tools & K* [+ p, v' O8 q4 F: G% Q
Routing Electrical
0 [* r& [! o; C( YRouting Mechanical
1 H& i3 ]; z2 y' |1 d5 {HVAC
# I7 l4 O$ U$ m' y; [Shipbuilding
+ u o* R$ V' x4 BKnuckled plates
7 v, t6 f& w; E$ p" {: O3 S% S* rKnuckled profile systems1 x( e: [# x2 s& V8 W9 k' U
Knuckled profiles " V- X0 j6 L6 {+ ~
Create stiffeners between supports : O$ ]% n! N$ |; j+ r
Control profile orientations + ?- f) I+ Y+ @4 k0 g2 X- T
Built-up profiles . t% U) l+ u8 N! _0 ^) l1 N3 l& S
Create stiffeners on plates with multiple thicknesses
- V2 p6 E4 V& [6 R3 |* {9 G& bCreate standard parts on plates with multiple thicknesses 9 y) Y7 y- e- `
Split standard parts in the basic design
: p5 j1 U) M1 W( a( `9 JSplit standard parts and built-up profiles in the detailed design
M5 p! r/ K3 g) z& L1 s3 gProfile Transition
4 r$ _! {3 w3 a6 M8 J- q; \( ?) Q t- H& BEnd Cut enhancements
! M7 D- l) b! aProfile Cutout enhancements
8 ]6 p- o9 n" @7 jCollar plate enhancement
3 {% E+ J, N1 r1 @Examine Steel Features & P: z# E# j4 l+ K' |1 L2 o9 o9 V* K
Paint Parameters
% t& @! h8 V2 F- ^4 b1 j5 _Vehicle Design & N# g; L0 q4 ]& d' f% b
Vehicle loading input to vision tools % Y' p5 A# S! Y2 i
Vehicle Packaging Validation : D, ?8 i, Y0 f" n- `. y
Head Impact
# T- ]" a7 ~( i+ Q7 m4 g0 zPedestrian Protection enhancements
; I, _! r8 I6 U8 T) a, P5 s- }Eyellipse enhancements . t) C, d- x5 Y6 v; A) ^) ~- e
2D Manikin enhancements
0 p; G! W |: y6 T& n. ISeat Lines enhancements
4 h5 P J! {% p1 ^Hand Reach enhancements V& C* _6 x" N: _$ f3 w3 E
Direct Field of View enhancements . P$ M# _) u( r
Instrument Panel Visibility enhancements
) M, a. a' M+ j1 |Windshield Vision Zones enhancements
0 F2 ^, h4 D' l* ]Mirror Certification enhancements % @2 Z1 o) G4 C9 j
PCB Exchange% j! F& ~* J v; H" e
User interface enhancements in PCB Exchange
/ @9 z# s4 D9 C9 a C5 G9 r+ _+ F* uIDX collaboration commands ) E4 R5 m' _4 a9 S% J
IDX support enhancements
# A# v2 ]8 N8 T' Y( q8 HCopper Area
* H* B5 n8 H6 y' S HComparison of ECAD and MCAD primary pin locations
5 m1 M+ I) r; Q" vShow Test Points 1 f0 O+ u# s5 } F
Chapter 3: CAM - C. `) [) o ~* k ?# b5 H7 Y) [
CAM general
3 q |# G" T+ @Notes in Manufacturing ; h& Z* \3 s7 [( e% v
Descriptions in Manufacturing
# i* a9 q: B, QDisplaying visible and hidden geometry
. [" @9 H; B: h3 h! |% C3 JBoundary selection enhancements
# e2 q' |+ z6 M6 r. o3 C/ d8 @% ~Boundary selection display and gap closing
v) {2 D! c1 \, CPasting operations with reference P5 F/ E$ X% D/ A: f, |: [ q4 l7 v# d
Show Thickness by Color enhancements
1 Y5 ~9 \2 m4 j/ n: ^. YSet Machining Data enhancements
8 Z2 a# ]7 w% v9 c" dFlute length for drills
0 Y8 ` F) S1 |" H K3 W9 t* zMilling enhancements % y0 [$ i$ B1 O: Z. [
Machining with a T-Cutter
, P5 t/ n( Q* R6 V: k" DMachining cylindrical parts
( ~5 F( O+ D4 W% rTilt Tool Axis enhancements
% a0 P# \% n4 H0 h/ ^Area Milling enhancements
" k# l4 y9 g2 v, \Divide By Holder / C# H& O4 j4 O8 N! S
Contact data output for Hole Milling and Thread Milling
$ b0 |, ?+ y1 }8 oCut area selection by edge-bounded region
, @) a% {: ~% ` f, j7 R% CSafer engage and retract moves for Zlevel operations
9 n$ G$ P$ q6 kSmooth noncutting motions in contouring and flowcut operations 9 k# d3 R$ b: R4 k& I
Improving 3D IPW efficiency in Cavity Milling / l5 @* h! Y3 r
Multi Blade milling for turbomachinery 0 E# F* ~! t/ r
Hole machining
: H; n' C3 H7 p: qNew manual drilling operations
) [+ ^; u) C* V2 S3 q/ lHole machining workflow using a feature group geometry parent $ m2 R# W7 v. P% l
Machining feature groups
0 c/ S5 N0 n7 l2 U5 {0 `In-process features
* v+ H& K3 M* u, Q7 L/ x2 jVisualizing in-process features
" T) z7 j, O0 E/ XIn-process workpiece options to control the in-process feature
+ n8 v. \+ t% e: r, T& b' O \viii What's New in NX 90 ! w! q4 c) t0 x) N8 X# l" V8 T
Feature machining areas
4 y" N9 [$ p# H& d4 `5 ]4 LDrill tip point length
0 v; S% S* L7 G E2 sCore Drill 1 v% `# w* b% D- w( _% t9 g5 j
Probing
`7 T$ ~, r( q5 NProbing
6 j+ C" M! S7 W/ I, f' KTurning enhancements ; H8 \+ O: i! m& v2 E0 ]
Centerline Drilling depth enhancement
. B% j c9 r. f& Z! `2 d, v& U) oTurning non cutting moves enhancements+ i, v4 G2 k3 t5 R+ l) i& c
Parting off operation
7 m8 k% q6 R# E( _0 x i- ]Threading non cutting moves enhancements & Z% U% H) u! D) u
Integrated simulation and verification — ISV ) s* [/ N/ W' v1 B. U! U
Displaying axis positions and limits + z$ Q% O+ H$ e% b: u \
Positioning simulated machine tools and cutters ' N B# [' r! R! W$ \: Q
Tool path display for external file simulation
/ {: A5 y$ q! j1 r3 ?, @Simulating all channels in external files 7 Q0 f& S. p( I! a! }0 \ d; M2 C
Simulating synchronized operations 5 B9 x6 Y0 S8 I, ?' m3 }( G+ l
Viewing a tool contact representation : E% X! y! y5 L! A9 `
Configurable parser for NC Controllers! P1 I; }8 ]5 R" [& d% g( O! W, R0 Z
Kinematic chains for simulating complex machine tools
5 j. B* ]6 F; C5 a% E$ @0 K, K* PSuppress Status line update
0 n: m- h) }+ g3 I/ e, l3 f. {( mIPW color mapping to tools or operations
9 E9 P9 H3 Q( z# g- n( [Regenerating a saved IPW " E0 [* Z+ m5 E# y; Y
Gouge Check enhancements ! F0 |# o$ I2 C' \, w5 e
Sinumerik Collision Avoidance
: e8 ]: M1 e7 m: V6 s U3 lSimulation and postprocessor examples
3 p0 c- m* z! |# X2 E1 Z, Z/ MFlute length for drills $ A" t* G, T9 p2 D8 s3 Z
NX Post
6 ?: V. P5 d# k7 ~& `' \Adding CAM attributes for shop documentation in the post 6 ^' B6 Z7 g* f/ Y0 a$ J# c! V
Post Builder
* V3 @# H( c. H3 |New Tcl commands in Post Builder
& W% q. F7 @. f5 a! I& e* C! y* {Simulation and postprocessor examples
" t# D. F0 |- K( iFeature-based Machining
( p+ z8 x6 o: K+ lFeature machining areas
/ _5 d2 g, m! |Machining feature groups
" Q& A* {; K0 H% W7 B: D3 D8 ^0 S) p; jIn-process features
/ `, q2 J! e$ q; s8 P) s: [Visualizing in-process features , z8 {* I8 K9 l3 X
In-process workpiece options to control the in-process feature
/ ^9 |+ e( n( L$ dWire EDM
3 ?& z' m7 G, ]3 mWire EDM tool and guide ' f; J( ~& d- E i5 Y$ m5 a5 F
Chapter 4: CAE
' L3 H! L; ?% n3 m1 wAdvanced Simulation
9 x- U: c# m( Y/ WSolver version support 6 c9 G& N8 e: K0 I7 `, b
General capabilities
3 \8 m1 o" x C9 \( ?0 C7 p/ @- XFields
6 s" T6 r" r0 YMaterials ; x& U/ L# |2 ~5 K' E# P! P: ?
Meshing / V- p8 ^& |; {1 ~* G
Boundary conditions / L" K% L& o2 t! r' y: W; v+ s. Q
Solutions 7 }1 z4 d2 T7 j9 q X
Nastran support enhancements 0 X# x) g: q) W5 V
Abaqus support enhancements 5 |. X) t! g+ }% U+ `! }) l" X6 R
ANSYS support enhancements . k7 J' f5 m D1 k$ C' F
LS-DYNA support enhancements 4 z2 c; y# @) r3 |9 i) d8 g Z% U: m
Optimization ) C I* l8 U& e3 w i# D' [1 X2 [
Post-processing * G! |" j/ ?1 x
Durability , {. R1 b$ j; d! {( \
NX Laminate Composites
, Y3 Q" [* y fNX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal 4 P) V% W" ?1 Y" r' g
NX FE Model Correlation / Y5 t4 I. t/ r. e$ P1 ?, u/ e
Teamcenter Integration for Simulation U( Y+ n1 E8 ]' a
Design Simulation 0 r z' C2 ?' R7 K3 X
Boundary conditions
7 r# i" C- V, wMeshing 4 e$ ]4 P) |6 Z# F+ Z
Motion Simulation
0 C2 J; s; o3 c. u& L( K) dInteractive articulation methods . f l; D8 I) c' K
Joint limits in articulation & l1 `+ ?3 x2 J8 m8 F9 w; b
Animation enhancements
& B/ e, ^. i6 `* v J: c' ySpreadsheet Run enhancements
3 z$ a. C5 H% {8 a" o) c! X! HMotion Preferences enhancements ( \: w' r. F, I3 U
Functions and Graphing & h8 P9 ?9 n1 }$ `
Inverse option for Function Single Math command
& [ b* y* a8 u E8 l! wPlotting a graph in a separate window ) e: V7 P7 D+ {. g8 `; O* c
Improved font support in graphs
1 y5 V, [0 a$ P2 Z; ?4 |Plotting a graph with no line $ Q& X# F' p& K
Saving graph data to an AFU file , f' Z2 g; s3 S* L6 M8 u
Expanded complex plot support7 A! ~; v$ o* g8 i) ]! v7 t. T4 ]
Chapter 5: Teamcenter Integration for NX
m* Y: }2 c: ]" f9 c! @Teamcenter Integration for NX
' h' Z" f# j- S6 bDefine and load configuration contexts
' _8 h6 A8 Q; w# ZRun NX in a Teamcenter multifield key environment
4 W3 @) h5 _. V0 JIndependent drawings added to export and clone
6 a+ ]% D! `' ?! \* _Save As enhanced
! [+ _/ @9 Z3 Z+ kRetaining absolute occurrences when saving moved components . o# r6 m/ S' |3 |: N6 Q/ j
Opening a component with a different revision rule than the assembly # ^1 I( B" _9 m3 Y4 F4 t2 L( M# Y! |
Viewing results and default filtering for projects
( k) X5 v/ Y* HAdding independent drawings and CAE parts in the ug_clone utility
% l' `, c' A9 v( n% WRefile utility enhancement in Teamcenter / G& O$ a" V" ]
Item-based publishing of welds and datums to Teamcenter # z0 A8 S1 I1 ?7 M6 i
Chapter 6: 4th Generation Design (4GD)
) t/ k3 R+ p" P5 Q0 y8 h( J9 t2 KIntroducing 4GD
! \+ ^* D- o- K# H. M, H5 V4GD enhancements
! n! O0 n. Z' p3 O8 n. _Design element enhancements
* N# C+ I( _/ M9 [( _4 XCreating multiple design elements
. E& q( z+ @ H1 @/ [Converting design elements
, g# C# _0 x, P h9 |4 ICreate Reusable Design
% z* G/ Y! c( r. n( }Presented parents
7 j! L% U8 G7 c& a( h6 D! NPartition views for subsets
# F( c9 p+ Q. k+ g7 c0 Sx What's New in NX 90
1 v8 g; u& a# } DSubset structure views
: P) }; A$ C8 [7 l2 M1 fAdding connecting welds to a subset
4 F1 Z V; _7 s/ `2 c. S+ s) g8 D, y; lMirroring a design element
$ R: n# w0 a! c) ^Load attribute groups for design elements ) T# n1 l- C& Z) h
Effectivity and variant options added to subset creation
1 [% k' a1 s1 O p( BEdit attributes in bulk
& }4 c1 E8 _9 F# @Show Collaborative Design Preview ' v3 |$ U) v8 V( ~
Design features
! o- Q0 ^$ b U. qCheck in and check out enhancements
- ~ ^3 J) n. g: W: H$ FGenerating collaborative designs from existing structures * T0 u5 B. r/ T2 M
Check-Mate in 4GD
7 B( l7 y! `1 \( Z6 ?* IIssue Management in 4GD ) \$ r" s+ f% c: X% G, L! Q
Chapter 7: Inspection and validation
2 a( L2 C) @+ _ v2 T# g- dCheck-Mate ; |) R" A7 P7 a ]
Check-Mate checkers and functions - O3 u5 K& h9 {9 U
Check-Mate profiles
9 B: j& r0 C; a8 \9 c& f" xCMM Inspection Programming
4 w# y5 w5 O* L7 w) g* oGeneral enhancements . v, \* L( {. l9 k
Expanded CMM libraries
6 i8 [+ ~3 f# x: B7 E& K" WOffset distance for 2D features & I! C* I/ P* X
New inspection feature type: Edge Point + q4 P/ k8 T/ G4 X; A
Set PCS to CADABS alignment type * D- _, u7 g% N. Y* {& c; N
New inspection command types
0 ~; E5 u5 ]/ s! ^7 w* u) uSupport for cylindrical probes
* \6 _" s. t& [4 Q! x% F0 sResequencing of inspection paths
2 \7 `4 J7 L8 i( a8 tAuto-ordering of tolerances in the Inspection Navigator
# R z* x3 z1 l+ a* t( oSupport for DMIS SNSET/DEPTH
" H$ L& o! _2 _( R& FMeasure an inspection feature relative to another feature
" V4 Q9 O8 Q5 s7 \ I1 DRequirements Validation 4 b+ S. y% [9 m& b, B
Units in the HD3D Requirements Validation tool 2 b* I7 w' B0 i0 v" W
Chapter 8: Tooling Design
' h9 v7 x8 E; y) e7 x: tCAM Data Preparation
* }: x, o4 r4 w* b3D Curve Offset # h4 a% `/ ~" @5 `
3D Curve Blend 1 _0 n: ?' g! O! z! Q( U5 B0 l4 X
Match Surface 8 _2 H2 }" V; o$ H; T6 p
Reduce Surface Radius ) r4 X6 T, D8 D! M- b) j
Guided Extension
e# Z3 Z& ^1 `- YTooling shared functions
% f+ K0 P/ P, D* P R6 r KDie Analysis using LS-DYNA
1 f+ v3 d3 A6 x' \8 }& Y* n C7 zObject Attribute Management
# k. |3 ~8 I4 uFace Color Management , g, x3 ? a2 a( F4 h
Hole Manufacturing Note
' G9 {" U/ G8 `Restore Tooling Application ( M" O n w- T. @2 k$ o
Mold Wizard
: x. H5 }# b8 a. g7 R* O7 GMold Base Library enhancements
1 j# C8 B% \3 X# `9 P: z( m& T; yWorkpiece enhancements
+ T7 l$ ]6 m: P$ X" K6 ~Ejector Pin Table ) p/ r+ e( h) M! q0 p
Weld Assistant/ y ?$ A7 `; I" S2 X
Fabrication Information
" {1 a6 h$ I# q% ~* iJoint Mark ! D# Z( o( m7 ?: y3 Q5 f
Export CSV File enhancements 3 ]1 E) L/ \' ^* b+ c
Import CSV File enhancement
M' u$ T9 P4 @7 [Groove Weld enhancements
1 ]& d" H2 c: l% aDatum Surface Locator and Datum Pin Locator enhancements + M" E- t9 H) m# M9 c% y, ]
Using weld and datum information obtained from Teamcenter + E j2 m- v" K4 M) u- m7 w6 o, j# o
Item-based publishing of welds and datums to Teamcenter & ~$ ]- c4 N8 |. }# t* w1 i
Connected Face Finder enhancements % ~/ h' |( c! B+ \' w* q
Compound Weld enhancements 2 n, z3 A- S0 T6 _2 Y# N4 X) [
Structure Welding
7 x2 [) s6 b+ `5 R4 x# ?Fabrication PMI
' n8 ?% V% e! `% Z" |% g: w* jSurface Weld
( }) L1 e1 {- {1 C: J, AWelding Joint enhancements
+ H8 c. @ ~5 o7 a( U! dEdit Joint Definition enhancement
1 v, m5 k/ W6 ? W# jEdge Attribute Title welding customer default , m+ \, R+ w0 i5 j; {/ c
Export Welding Joints enhancement
; x! }5 L6 N/ RItem-based publishing of welds and datums to Teamcenter 5 q) `8 J* P/ n' u( s2 N; B
Die Design
; P7 T0 O+ j2 r9 H& |" aLower Binder
, F" F% Q7 h# I8 _, g6 Y9 x ETrim Post
# g. b E7 i8 \) W$ Z6 _; EDraw Punch and Draw Die enhancements
) h e! G. ?1 I* ~Assigning colors to die faces . f, n# b, T" }7 C, W5 R
Die Engineering ) _1 j5 p2 S4 p6 A
Die Analysis using LS-DYNA ! G I5 b4 n3 }
Trim Angle Check enhancements : Q0 ^* f- J# G3 b: H/ i
Stamping Operation enhancement
, x* ~. M. n4 uDie Tip enhancement ' l; N, G: C" q: U n1 A V5 p
Chapter 9: Data translation 0 I: V. m' ]5 V: @' A9 P. B
Exporting editable dimensions to DXF/DWG file
6 Z/ k% \1 c7 ?1 _/ kControlling text aspect ratio for the text imported from DXF/DWG file
: G3 \! D0 [! @9 c1 O ZSupported DXF/DWG versions
' P$ U" p. L- u9 aSTEP translator enhancements 3 @4 d5 q' |& l6 Q5 s
NX to JT
0 ?$ O4 X2 x% S2 V/ v* t4 a3 TJT version 10 files " [8 g7 v- V( e% {6 H6 S* I" {! i
Display order of model views and PMIs in JT files
6 r- G7 E' Y$ ?JT support for object visibility in model views ) G* s3 i, M2 r, H% n+ g& ~. }
PMI lightweight section views enhancements in JT files
( L, u1 k; a7 ~* CJT support for weld Joint Mark feature . |" F9 E6 s* d9 y5 P
JT support for hole and thread callout PMI
7 c& S! n% _+ y3 a |Geometry Sharing in JT files $ d: z5 o# a' T- W
JT support for business modifiers and PMI attributes
2 U# p# m% D1 A) VVisibility of datum entities in model views of JT files
$ D" T9 X9 o6 p# l5 kJT support for PMI association with objects & V9 v! V! q% D0 d6 y
Chapter 10: Mechatronics Concept Designer - n/ u9 u4 G; |" F. g1 Q' h2 V9 \
Collision Body enhancements 0 d6 r6 D: w% F
Actuator enhancements 8 r4 [+ M* v1 w/ s5 b# X
xii What's New in NX 90 2 `' f. r( L' L. Q% q+ F
Cam enhancements ; x' m- Z8 {' Z7 g" ?
Operation enhancements 9 \ ]3 I, Z: F7 \' K! \2 u
Changing units in dialog boxes
* N6 _4 t/ U) Y' z% AMechatronics Concept Designer preferences " {5 H) I3 m; y# @
Create dependencies 0 V3 H! p6 K( k5 q; D8 ?
System Navigator enhancements 4 ~4 \" s: }2 f6 R- a
Creating physics containers $ S: Y5 @5 O8 ^) L# `2 V* N
ECAD integration enhancements 4 V% {7 ?$ D1 U8 Z
Simulating NC code
9 S& e9 r5 _* i) s- I/ A5 _6 G2 \Convert from MTB 4 D7 H6 D; G: N ?1 A, m
Shared memory signal mapping
; q5 I! F& |3 y* `9 s5 r/ @SCOUT Integration 7 g* X7 d4 D4 E2 r* c, s
SIZER Integration
. w8 `. j: U2 ]) o$ n6 v, PChapter 11: Programming Tools
! M g2 D! v' q5 Y5 q+ pAssemblies functions in SNAP
3 M; w$ S9 e& {! D4 uBlock UI Styler
+ r' y+ E1 i5 T3 ^% m& I7 w o7 m. hNew properties for blocks
! M5 w8 k: _8 b& e* \! H; B/ t0 A: AChanging a displayed part: Y* l* h6 e( V6 R2 _% t
Explorer block + Q5 T P0 i& K5 j* i
Chapter 12: What's New in NX 851 + O/ n& | J a
Modeling 6 q# |' r1 C) U1 K" m5 Q
User Defined Feature callback hooks for NX Open API libraries
6 J- h* l" _' T" Y2 ^- H# y2 pPreserve the relative order of Feature Groups 6 I/ c" A7 C# V5 g8 I
U/V Direction
7 a. y* ^& J" \% ^* q5 a7 I# ~Studio Surface enhancements — Split faces along boundary curves 8 y3 B |7 M# g1 I& E
PMI
/ H4 W" h A4 X6 r9 rFind PMI Associated to Geometry enhancements
% b3 Z: }6 h3 J1 xPMI Effectivity Management 741 . y P$ L4 C2 N& P% E
Routing 742
8 A7 E2 j9 y& y: I6 IWind Catcher 742
4 ]6 S$ }. X0 B8 fBranch Path Numbering 744
. i" [) Z, b! }# O9 SPlatform Creator 745 8 z4 j6 x2 J) z) s4 S' r* D
Shipbuilding 747
& e: E& I8 p3 {" L1 I* ^3 _, a9 O$ |4 g A5 uAssign manufacturing information to openings 747 8 A' b x& |, |/ y @9 d) X; V
Specify section subtypes for steel features 749 % c. |$ Q% z: b$ U3 ?3 R& R
Manufacturing 750 - X4 ?+ r' t/ q/ o& b& Z4 r
Operation Navigator enhancements 750
! j* e# \2 T) [" \9 F! _Advanced Simulation 751 7 W) o5 j/ e- u$ b
Solver version support 751 , ^% Z: _6 ^: \; N
NX Laminate Composites 758 ! ~# k, o( i' g5 G- Z& t1 M: {/ U
Durability 763 # V% n2 X2 l2 F- c: B
Teamcenter Integration for NX 764
0 ~" a0 B" G' l7 }' [$ mNX Relations Browser enhancements 764 % r7 q3 J8 ~" p1 g& S
Select Configuration Context when loading assemblies 766
- Z/ b8 V3 B6 d' f9 P! X0 aDefault project selection 768 5 w6 S4 ?: Z/ { e, T
CMM Inspection Programming 769 - n) z8 ?* ^- n u9 R5 S1 P
CMM measurement analysis engine 769 1 ? J: j! s& m( n3 D: n
Export analysis results 771 DMIS programming enhancement 772 + R+ y8 P: z6 Z
Data translation 774 : s$ X+ s2 } I9 U- t+ L5 _
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
& \1 x" D6 q* C; ^- F1 z _( {JT support for PMI association with objects 775
4 Y: P; f7 [9 {& yMechatronics Concept Designer 776 2 g% V u7 N1 J0 b1 h
Import from ECAD enhancements 776 * R) ?0 p* \9 f* r6 }
* |3 p, K' N9 e# b0 [* t+ H: v |
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