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3 L; v2 i* w) [* j# j【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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# k; ?" }8 E, \# {. M* Q( ]1 p不懂E文的,看图也知道了!!9 z( O$ O0 g4 E% i
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: Y! l! u: B! s( ^+ B What's New in NX 90 iii 4 _8 W2 e6 E9 e% c* \* W# G
Contents 9 ]; Q. M2 y0 u9 A" Z" J. {0 g
Chapter 1: Fundamentals + R4 C, a3 q; D1 i9 l: s% k: M
Ribbon bar interface The NX Window (Ribbon bar) ! k: j" z" y: z# r6 y& @
Show Ribbon bar tabs and commands
5 L8 x" ~, d4 XAdd commands to the Quick Access toolbar 1 w% }( u. W5 c+ |- T1 L, q
Add commands to Border bars
8 C- @& h9 G4 K& |Customize the Ribbon bar interface
f' Q( _" l: S" j$ UAdd a tab and group to the Ribbon bar - n0 d! V" o4 b9 M( d+ C
Save Ribbon bar layouts + ?5 f* m/ M& D" s+ \
Export and import your interface layout # d; w7 R( C R+ S3 ? n. Q
Ray Traced Studio
8 Q+ V" m1 e) R0 ]2 ^; ^- RIssue Management enhancements
; ?: u' g+ d, e$ u& M& U( P- \ SGenerate support logs for IR or PR
" Y6 n/ C* K1 u( ~- t- y$ kIntegrated web browser enhancement
% F7 e% b2 \ nView section enhancements
: y6 y p3 }. }6 c- ~4 `- \Display facet enhancements * a! ^/ i5 u6 x9 A7 u* J! u y
Measure Point # F# h/ q. [3 L* X
Raster Image enhancements
# c+ g" ^ I' A* F* f' D7 R. [/ E, g& OLock Rotations
, t& [; w4 F2 }' lSynchronize Views
4 s6 }$ v) f' l$ k r0 EStereo Display Visualization preference / |% \* X! H7 i& s2 m
CSYS tool enhancements
! W, s, E! a2 `2 T$ v) YEdit attributes in bulk
- r: o, q+ b/ _0 w( e5 ZChapter 2: CAD
# D3 f0 D- L9 K: M7 g% V+ aSkeTChing 7 [ [" e! p: m
Sketch enhancements
6 r( K6 A9 K& qSketch dimensions 3 y) \+ J2 K- o: C( c- G
2D Synchronous Technology
0 O; Z d- d& T( CRigid sketch groups
% @3 H, K' `* APart Module * T# `7 g" g6 N2 L
Additional Part Module workflow
: I6 N6 u. o) ^0 ^$ fShared Body enhancement " Z8 M4 h6 W) M- e
Controlling Part Module updates
6 f% G' e( H; ?. ^+ mNest and Un-nest Part Module
/ t& `) M1 ?5 v e, F+ WSave As and Part Modules
: P$ a% y$ T! e( GSynchronize Links enhancement + \. o4 T$ |7 a' P2 E9 \. `( [( r
Modeling
- a _9 ^+ U- Q7 U, F+ V/ {Snip into Patches
7 [! X% e( d. [- E! z0 jRib 0 o: {* _2 ?4 M& C9 W0 j
Mirror Geometry
* ~. r7 c0 w1 xExtract multiple bodies enhancement
7 e5 s7 e' ^, x) ^5 {Analyze Pockets and Blend Pocket ( T/ q# W9 P Q. b4 ]
Combine or separate tool bodies 1 D7 \1 W! k, X: `! v+ c
Interrupt feature updates
2 @# H# K2 K2 u0 P. o! TLoad Rollback Data
6 g4 r, I1 m4 QSorting model views ; w2 a* a# x1 g% `
Select intersection edges in Edge Blend and Draft
. h- N |1 }6 C+ X2 n/ x8 Q, qReplace Edge
& U! _& ~* x' O7 T% _( `4 I0 A xiv What's New in NX 90 2 j6 \9 t+ b# N* O" Z: Z% O y( d
Local Untrim and Extend N% Z' f9 ^4 h! J
RoUGh Offset enhancement
, Q. T2 @' @9 v0 YReplace Feature enhancements
+ r5 f/ N" E& c4 f: vUnsew enhancements 5 N( x3 r7 a& G: {) ~" E ?
Draft enhancements
4 f P# o& E7 I0 Y5 {4 y( D# ]Draft Body enhancements 1 m5 a3 c5 ^/ n8 N9 ]
Thicken enhancements 6 N7 V) ]! R6 a" r
Pattern enhancements 3 @( F- h$ b' o) H( s+ K
Untrim enhancements
) K7 ?" e3 V+ B2 PDivide Face enhancements
( J, i' H( L8 L0 G' \2 K h' ^; [Part Families enhancements
9 `$ U, Q- B( s: e. S4 pBody selection enhancements for Boolean operations
8 R/ p4 t( h, [: w- _8 x/ @Face selection enhancements for Synchronous Modeling 0 [! i( w! L# F4 j! y; G% G
Synchronous Modeling
4 g7 F9 {+ h% f% e' l3 rMove Edge ( v6 W- T7 n" J4 g, \# J$ V. ?
Offset Edge y; K( O" ~. Y! N# g% w# @+ ~- a
Delete blend faces with the Delete Face command & V% ]# C$ x* U8 Z* [
Label Notch Blend enhancement : q9 c M+ I$ H- ^" o' m
Facet Body Preparation % I1 `3 l2 r: Q+ s. k' B% V% W
Create Box 0 e. @0 F% }- I
Snap Point enhancement 4 [& j: r0 l% V4 ]" O+ p( A
Extrude Facet Body 2 `$ S+ k9 M- s9 [! m$ Q
Extrude Profile
/ U. K+ b% M1 AMerge Disjoint Facet Bodies 1 n. `' z* T" N2 J7 Y% w4 E3 O
Merge Overlapping Facet Bodies / O8 [( |4 d4 b Z/ q' B
Merge Touching Facet Bodies % W* n6 z+ E z+ \3 u
Rough Offset enhancement
2 t4 T% d0 `& t, v FShape Studio
% l( t( M6 G6 C0 d/ p5 \2 N; [6 F4 }Smooth Curve String
% U, j# J6 d" S, z9 |Section surface user interface improvements " ^/ V3 d, e! `( ^" B, u/ Q
Highlight Lines enhancement
- U% r6 L4 L6 A: g- t( BDeviation Gauge enhancements 7 Q( s& S6 D) [! X
Face Analysis – Slope enhancements ' C, y y j2 q+ u2 I& w* ]
Concave Faces enhancements
0 S0 i/ Q+ u: GFace Curvature Analysis 6 {7 s7 B0 }$ t1 V$ w8 g! ]
Ruled surface Developable Alignment
, |( Y. ]8 E; U v4 Y' JWrap/Unwrap Curve
. L, P+ A/ J$ Z8 A2 eAssemblies
# x) N- H- o" m& ^Pack all components enhancement
* Y4 `& h( V+ i! n! |. H' QWAVE link multiple bodies enhancement
+ G) M! K0 k5 ^% t2 {Load Rollback Data
% a8 ]1 c1 c6 H# Z6 L7 \& R9 G+ {Assembly Clearance enhancements . F& r1 j$ z. Q6 E: z/ ~- Z
Order of components in the Assembly Navigator
& ~8 K4 v, i5 z9 C0 vPattern Component
% F/ q: a& C4 f! y* w5 rIdentification of inconsistencies between WAVE and assembly constraints
, K9 s. n1 z/ F( ^1 s! ]0 a9 XAlign/Lock assembly constraint
k I {: i9 [9 h- W2 eDirection to Fixed column in the Constraint Navigator
3 R, q* {, ` K3 d2 x4 J/ o. }Product interface enhancements
/ p! ]! y1 [7 |$ M; HAssemblies functions in SNAP $ F7 G: a' W% S/ R4 r6 r1 W Z
Visual reports # n9 Z% N0 s0 Z% A y2 z
Drafting
. V+ S- ?. i) S5 W' d: xUsability enhancements . l# ~2 q6 _8 F i- C
Rapid Dimension 1 T/ B& }1 K9 k8 J* ~- ?
Linear Dimension
+ z. o: v5 V' l O3 M; eRadial dimension $ K0 j- h7 e$ C; k1 a( X4 i
Angular Dimension enhancements
6 A/ t5 G4 f2 K: s0 {" k5 k; l L& AHole Callout # O8 f9 r* T$ ^2 T6 w
Geometry margins for dimensions and annotations # H2 S/ O. z+ z" }" j
Alternate Dimension Endpoints ; ]/ k% R* V8 u- Y- ~ \
General dimension enhancements
8 C7 d) Q/ e0 \; RExact and Smart Lightweight view enhancements 1 }' Y9 }7 Z0 b7 p
Dimensioning Smart Lightweight views 0 s% Q1 Y2 i" p: `: h8 f
Viewing Direction Reference Arrows ( D9 j0 `: e% a9 r
Section line bend and end segment widths + `, ?8 }9 w) p* f6 d+ z5 R. y& F
Auto balloon leader placement ' E2 _2 P, k. h& b
Axis Intersection symbol
5 ]7 D! q+ E# l1 [$ |4 D0 _Surface Finish Symbol enhancements $ ~9 U( D% m' e* z9 i1 K$ t
Datum leader enhancements
" X7 u0 s, w5 R2 W6 LDrafting symbols * j: i- @% F; b! b, O' B: }
Embedded image enhancements 1 ^2 m( p B" o
Hole Table - A p# u4 b- y' t
Bend Table 3 Y L* I8 c# O
Inherit PMI enhancements + z2 \- Q0 U/ L; y: B! _' o
Crosshatch enhancements
7 g! x. f( L3 j( k- VProduct and Manufacturing Information (PMI) " X8 q' a. u1 F5 x% p4 z9 y: y* K
Usability enhancements
$ I- k3 S& X' q4 BRapid Dimension
1 E& s2 V9 O$ v2 L2 ALinear Dimension 0 x$ P" y9 p1 r2 [4 l
Radial dimension + b, B0 [) e- h1 \ q
Angular Dimension enhancements
: ]+ O6 }' w( [8 k j4 r& oHole Callout 3 u1 X! B: V$ ~4 I9 D
Geometry margins for dimensions and annotations
! B1 U L: b- q9 _Alternate Dimension Endpoints # Z1 J) h, i$ l$ a; L5 G
General dimension enhancements 2 ^! W% O' F" N5 r7 ~
Lightweight section view enhancements
5 j7 c6 k6 i) |$ H1 t0 x2 DSurface Finish enhancements
4 ]2 M4 f7 ~& C3 NInherit PMI enhancements * b1 y) G' c% q
Region enhancement 5 F) `! c) Y3 g! k
Sorting model views , z* q: {- F$ M- n6 K
Datum leader enhancements 2 _. R. g* H( r; L1 w' L+ n. {
Drafting symbols
* G, ?- r3 |+ X/ k9 iAxis Intersection symbol
7 \2 g) F2 K! g: z- R u# i# d3 dPMI Feature Identification business modifier ) v+ E7 g' J# y( j
Update PMI tracking properties $ {0 j: f2 W7 \. M) ^" e
Sheet Metal
2 r% h' a% N2 { x' c& BBend Table 0 U, P- u7 m4 x& ^3 d! |
Unbend and Rebend enhancements
/ ^& R" b. a3 c4 ]/ D! x2 jResize Bend Radius enhancements
+ ], T6 `4 u7 Y- t8 Z0 dvi What's New in NX 90
" e. ?9 M, Q8 V# @7 CMirror Feature enhancements
5 i ^4 q, z2 R4 ?$ V! HUnite in Sheet Metal : T! z. k# s% b5 H
Three Bend Corner enhancements
# |3 U/ B' [7 \/ t4 s) U- p, g f' bMirror Body enhancements
" b+ n+ k9 R* I) I2 P; ^8 JPreferences for flat pattern views
" [1 s- f- [2 g. z5 T* PFlat Pattern enhancements R, M& {/ M7 @+ a9 y/ ^
Pattern Face ! w. [- I6 G3 a& Y+ L! w4 O5 J8 T7 [$ _
Flexible Printed Circuit Design
) Z% @: b" Z& E3 h {) CWrap 6 l% S( O, D1 `# f) j) U
Flexible Printed Circuit Design enhancements ! x k, ^- e/ d# p0 l
Pattern Face
( h2 E( x4 {+ x/ W4 o' O9 j5 GData Reuse . M: U6 m6 B( v c
Double-clicking folders and reusable objects
! I7 u) ]- v' ]! _Creating shortcut folders for your reuse library
- C" @" t, Z, E2 _Reuse library undo and redo : V. `. }' q# R3 o# s
Creating an index in the reuse library " Y; `. _+ c3 b2 `; c$ b. \6 P
Mapping reuse library names * {$ A' x% O3 \, N+ K) g
Reusable object feature name
- [( J0 X! F1 f2 gReusable object part definition
9 M4 R# ~3 l/ r# Y ]. a# hCreating feature component patterns with reusable objects / i7 K; o; I! v, W& ]) U
Managing knowledge enabled components in Teamcenter
f! B( I- u4 m( U4 Y$ s5 E- vReusable component revision rules in Teamcenter
# u( q1 `+ ?7 b. w* d2 cAdding files as datasets to reusable objects and reusable components in Teamcenter
1 L; ^# u: b! m6 u& v1 lPart family-related enhancements to Product Template Studio
5 }4 h* z. J q4 M, SRouting
. N* |/ ^7 C7 W6 H4 v; }% YConfiguring Routing applications 6 `( m0 w; [6 q. p# V
Common Routing tools 1 o# Z8 F) [2 G
Routing Electrical
# ]: e& ~/ \/ y2 yRouting Mechanical
4 P/ k. w/ @3 u9 QHVAC
7 ?5 E% `1 p5 y- bShipbuilding $ S# ^* M* s$ g% L# ~
Knuckled plates + B$ s+ r2 `& `6 k8 b! j: c& N
Knuckled profile systems' @ z' {$ Z* v9 s
Knuckled profiles 8 y" ]) B- P4 f, [ q0 x
Create stiffeners between supports % J% B; I- C9 }+ Z
Control profile orientations
& l- P* B4 `. b: }Built-up profiles
' Z2 b8 q9 D3 N1 ^Create stiffeners on plates with multiple thicknesses ! g3 @) T# p4 C5 K" c- g" Q
Create standard parts on plates with multiple thicknesses
( e7 C! J) a8 p% N" \1 G- x0 JSplit standard parts in the basic design / P; u& x# f9 a! J& Q& @$ j, x7 w" W
Split standard parts and built-up profiles in the detailed design ) V# B$ G% ^) \8 J5 ?
Profile Transition " ]2 e9 ^4 W& ?0 ^/ T( F! E0 W
End Cut enhancements' _( _) S0 ~- K4 c" e I
Profile Cutout enhancements
9 E& S+ b( _2 b1 v$ w1 {Collar plate enhancement
! p' U [$ R2 r. r* a6 a* E, yExamine Steel Features
4 Q; d: Z+ C, y1 I! ?6 ?1 ZPaint Parameters ' W" [8 b- X% _7 d T" g
Vehicle Design % ~- o/ z9 W/ \ y ]6 E- I! R
Vehicle loading input to vision tools
" s4 t' n4 b3 i6 dVehicle Packaging Validation 2 b+ f2 Q2 f' `: p6 F; a
Head Impact
% D3 B7 e% i0 `/ M* k+ @ \Pedestrian Protection enhancements $ `* \4 Q# w$ u8 f3 G
Eyellipse enhancements . P' D$ N8 G! P! i& T6 D
2D Manikin enhancements + ?4 J6 w# U6 G+ u2 x/ ?
Seat Lines enhancements
# r4 }6 ?% ^- c$ ^) LHand Reach enhancements + Y" o' G0 B' J1 V
Direct Field of View enhancements
: ^, z9 }$ \1 \: C6 DInstrument Panel Visibility enhancements " \: k7 |# N, _: n3 G7 M8 g6 Z
Windshield Vision Zones enhancements
6 H+ A1 t9 d+ K) ^4 @Mirror Certification enhancements
3 ?9 ]7 d! ^, YPCB Exchange$ Q& B' I( d* J, g# J
User interface enhancements in PCB Exchange
0 G. S1 {: `$ s3 _' [$ IIDX collaboration commands
1 W& b0 _" F. p% c: }* t1 L0 _IDX support enhancements / H4 u! H' Q$ |
Copper Area
4 H- l5 ^6 O0 k: b# Y* l/ wComparison of ECAD and MCAD primary pin locations 7 }% D/ n3 s$ X/ m# {2 f& Z
Show Test Points
, E# k2 p$ q$ l" u3 \; |Chapter 3: CAM
0 d% U& R9 @( n3 r- X6 I/ k7 kCAM general
& h! I) h' @, |$ {Notes in Manufacturing : u5 V" a3 r/ N( T8 ~, h
Descriptions in Manufacturing
3 A. V* H! x; @. Y" `+ oDisplaying visible and hidden geometry
9 r0 k, Z$ B" ~8 DBoundary selection enhancements ( p4 ^2 @9 U, I" r1 e6 c
Boundary selection display and gap closing 1 B+ \3 W6 [) x+ L( j( C$ z w
Pasting operations with reference
6 e8 S, X# a" ^9 \% ?Show Thickness by Color enhancements . k1 x* t- v4 H8 r6 |' F
Set Machining Data enhancements
9 B8 ~ P! X: G3 M9 EFlute length for drills
" e+ \* ]$ a% r4 H' Z0 IMilling enhancements
8 ~ g( w3 \2 I& r) Z, WMachining with a T-Cutter 3 v0 Y; \5 Z0 e
Machining cylindrical parts 2 S3 C" o' _6 }
Tilt Tool Axis enhancements ' y0 b1 j" |/ D8 u
Area Milling enhancements 9 c5 w1 R& Q1 b" J5 h% _
Divide By Holder
8 r( q! p' G: [( t5 }1 j0 E8 KContact data output for Hole Milling and Thread Milling ( [- e, l% i5 W+ S
Cut area selection by edge-bounded region
' A* j% W; m1 z* c9 o, e9 [# j& {Safer engage and retract moves for Zlevel operations
4 U- }& u0 A/ Q% g3 \ ^) }Smooth noncutting motions in contouring and flowcut operations
; S, h$ k; M) jImproving 3D IPW efficiency in Cavity Milling
' p$ J2 S: q# y* Y, L9 EMulti Blade milling for turbomachinery
1 T3 [9 I' [5 S' gHole machining
) N3 }% i* ?% T$ @2 lNew manual drilling operations
2 [3 w9 G& S, u" B; vHole machining workflow using a feature group geometry parent
# s$ k; Q8 a8 K2 g: h& g2 N$ @7 y3 rMachining feature groups % ^' R" k" v$ ?3 r; A
In-process features
1 I# x3 j: ~* oVisualizing in-process features 9 g+ Z) q" ~' _3 d" Z8 `
In-process workpiece options to control the in-process feature " E( h7 X0 N7 T2 z1 _
viii What's New in NX 90 * E* ?, V3 A/ F ]+ D
Feature machining areas
: J) e& G- m. A9 t' p9 M( q; P, s; ]* {Drill tip point length
4 w9 a; j% G* W8 \8 h8 O: f& U& lCore Drill
0 k* W/ z7 d$ Y; y+ v3 R% VProbing , W9 E5 N$ Q1 E# o
Probing
1 M! S: G ^5 a- UTurning enhancements
5 S* ~, d: B8 u9 ACenterline Drilling depth enhancement
; b7 h S7 {" J9 D4 {# M" S2 \Turning non cutting moves enhancements/ U- h+ g+ |' B2 b
Parting off operation 8 V) V; ?5 a/ N8 D6 U9 G
Threading non cutting moves enhancements
' h8 m: K) _2 [Integrated simulation and verification — ISV 5 \' F' T1 M+ H% e4 _7 o
Displaying axis positions and limits
1 c$ j( A* P, X! L9 m/ E8 nPositioning simulated machine tools and cutters % Q" e: [, J# m: j1 y
Tool path display for external file simulation
$ D1 w- n" S% ?* a. GSimulating all channels in external files . ^, Q2 V# U \4 w; l- ?8 Z
Simulating synchronized operations " S+ P# g) \- j- `& M
Viewing a tool contact representation ; M* [" C' O3 j' B5 c6 M) M. a
Configurable parser for NC Controllers% [4 W! d: i2 x0 T
Kinematic chains for simulating complex machine tools
\- n+ w, B# b" s6 aSuppress Status line update
! w+ o$ C; X5 j* E6 ?IPW color mapping to tools or operations
# e8 Y, B. s1 @3 s: kRegenerating a saved IPW
5 g1 ]) l# n1 M6 J4 Q( vGouge Check enhancements : D, i3 F' h H, c# p. W
Sinumerik Collision Avoidance
; H' G' }: B% m8 FSimulation and postprocessor examples 6 y3 i8 H( T2 l3 y8 _
Flute length for drills
2 x2 x/ L$ |0 _5 W3 D3 r9 B: PNX Post ; z# Y! {$ _; v& }0 v
Adding CAM attributes for shop documentation in the post
% X& u6 R8 L. P5 U% o% UPost Builder P8 q$ R P6 L- p2 a
New Tcl commands in Post Builder
8 t; N( @5 ]9 }6 d, vSimulation and postprocessor examples 8 w% s& d; i+ a9 Q% s
Feature-based Machining
* p6 O! x0 a" g& B0 B xFeature machining areas # o) s7 Q- v' I5 u; [) A0 P2 u- c
Machining feature groups
8 x6 r w# e4 s2 {" Y) hIn-process features
. I+ P0 v( e) Q, oVisualizing in-process features + x/ y# }1 z+ q5 P1 N9 U' l& ^
In-process workpiece options to control the in-process feature
1 w" f: ?$ q' P0 XWire EDM
9 K0 a. p) {3 `% M6 m1 GWire EDM tool and guide 1 I+ U8 m* g! Y) `- Y
Chapter 4: CAE ) @2 N3 ^5 u) U8 i4 Z) i$ M
Advanced Simulation
# M i: a" u, \" _2 kSolver version support 6 H+ \/ S8 Y3 o7 v7 c- x+ r& R
General capabilities
, c5 j# s) A! n. T/ R; b6 UFields
) g7 Y5 I n4 Z5 QMaterials
; H, r( [! W# A Y9 ^( v' ?0 L# QMeshing . X9 p! Z! H$ y0 r. O- w: C
Boundary conditions
, Z+ f( T0 l7 J' XSolutions
& M/ m% N' ?& ?% KNastran support enhancements # u- y9 G) O" V/ }" e
Abaqus support enhancements
2 v6 Y+ s9 j9 BANSYS support enhancements
; g3 }/ r) m8 }$ ?4 rLS-DYNA support enhancements & r$ l: r6 }5 u# f" `. u
Optimization
: e, |" |3 y3 O; U2 E9 [Post-processing
F" Q9 Z5 X) ]: A y/ Z/ IDurability * f0 L3 a* ]8 P7 Q) E' X
NX Laminate Composites
) j) B2 k) K: P' P( @NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal & `) C: L8 b+ e$ m% ^2 Z, h
NX FE Model Correlation
; C7 t: i) @9 W4 J4 n& J* ]6 m2 gTeamcenter Integration for Simulation / A, L' W% ]7 P, D2 M U% M9 ?
Design Simulation
! D4 x& X3 j) L/ L2 D$ kBoundary conditions
+ q) a; l% J5 w3 S4 Z, g# ]2 wMeshing
" l- e! h# U) }8 f' G R y/ ZMotion Simulation
4 R9 [1 o8 m1 A7 hInteractive articulation methods " t! x8 x: l5 ^; y( i
Joint limits in articulation
' Z! F7 k- A7 M3 {' jAnimation enhancements
k+ q& `! m: ]2 R) j3 t DSpreadsheet Run enhancements / l a" Z: o/ V! b3 v8 A
Motion Preferences enhancements + S& e' q8 Y, I4 ~9 b9 C! v
Functions and Graphing
* _" w. v4 W# ]5 K. y" WInverse option for Function Single Math command : D9 Q- Y: M1 K' ~# C7 j: B6 J
Plotting a graph in a separate window
2 W. h; R, N( e+ |1 `2 NImproved font support in graphs . G0 R" ^7 h8 e
Plotting a graph with no line 0 V6 c6 ] S/ ]3 P* `7 O
Saving graph data to an AFU file
; c7 t4 z+ L' DExpanded complex plot support
1 |9 k- N: G$ L1 S" D: F& TChapter 5: Teamcenter Integration for NX
6 X( `! ?+ E5 m* B- R& {Teamcenter Integration for NX " t/ o( w( I, b( @% z; H5 B
Define and load configuration contexts
2 A) [ U; b2 i: [- j! ?0 Q6 TRun NX in a Teamcenter multifield key environment
4 z; s, X; N7 h- k" O/ Y" ^7 G6 AIndependent drawings added to export and clone
4 }! E6 N2 o$ \Save As enhanced
( g- h) G9 b d6 i! M/ E, MRetaining absolute occurrences when saving moved components 7 J4 M& z. A5 Y9 @& s$ f, F
Opening a component with a different revision rule than the assembly
7 X7 y" ?* B: |1 C" [ |. ]1 IViewing results and default filtering for projects $ R8 T8 t8 h; j& g& N+ U- F
Adding independent drawings and CAE parts in the ug_clone utility . i! u" _/ r: d
Refile utility enhancement in Teamcenter : x# |9 M/ I- }8 ?; t0 O7 j
Item-based publishing of welds and datums to Teamcenter
3 Y9 u4 G# A5 \! q: x9 mChapter 6: 4th Generation Design (4GD) * q, z0 _' U! `$ y' T% X Y
Introducing 4GD % v( b6 z# L' @
4GD enhancements
" p) H F: s; {Design element enhancements
) ^( n1 Z5 y4 Y6 o; ACreating multiple design elements
5 V* e0 b% [. _" P/ j) S5 @$ n8 d3 GConverting design elements
, w, v" ~! j5 sCreate Reusable Design
1 ^/ i, I$ W4 b& vPresented parents
4 q- y; ]; k% A( v% j& LPartition views for subsets # |, u% X# X* I3 e$ F5 ? B6 h- L2 O
x What's New in NX 90
# [( s- m$ c R6 ]' CSubset structure views 3 t& _" ?: X! g1 T, n: k. e
Adding connecting welds to a subset 8 H! A1 y1 @! r: Y0 r+ b( P: R+ p
Mirroring a design element ) k* Z* C/ @0 z) I. g9 b$ a: a+ i( V( G
Load attribute groups for design elements
9 Z4 T0 i& E# _4 X' ZEffectivity and variant options added to subset creation
, Z- R' K" K3 {9 [* R5 b& lEdit attributes in bulk
7 u9 p6 ]. Z. ^# H* d$ [Show Collaborative Design Preview * s, ?1 q# P' f9 P6 C
Design features
5 s; s( q$ |; y+ l& z$ ]1 LCheck in and check out enhancements ! ?1 X1 R; `" w3 S1 G
Generating collaborative designs from existing structures ! X* z5 ^4 m" ^ Q9 d
Check-Mate in 4GD ) }0 x2 R" I2 Q# ?! k4 s$ ?
Issue Management in 4GD
7 j. o0 e( s$ yChapter 7: Inspection and validation 5 \. t7 \: J9 P9 v9 o4 F7 K
Check-Mate
* C! B0 ^6 m) _( t( W3 ZCheck-Mate checkers and functions [: w+ X4 h4 X" B2 N$ a! I
Check-Mate profiles 9 L- }& l* N3 p4 e
CMM Inspection Programming 8 m. r. c- M p t
General enhancements : J' @+ ]1 E" E1 z1 Y, Y
Expanded CMM libraries7 c7 Y! A# e5 c, \: W* e
Offset distance for 2D features 8 q. r- J/ d0 @+ M. r
New inspection feature type: Edge Point 5 \, T; q* f, C5 F4 [6 E1 {
Set PCS to CADABS alignment type 6 R4 D4 ^8 ^. j: U/ x2 L* y
New inspection command types 5 R/ L6 F9 H% @8 j3 s
Support for cylindrical probes ^5 h0 C) L9 G5 m; {
Resequencing of inspection paths
# E( _8 G j/ k+ j( ^7 F. \7 KAuto-ordering of tolerances in the Inspection Navigator ! i4 ?9 C. E) w9 z$ C8 _+ q
Support for DMIS SNSET/DEPTH % [$ \( w% ?, M+ [6 r G. [8 t
Measure an inspection feature relative to another feature
' z" ^# y6 V4 O, p+ f& pRequirements Validation
9 d2 y* t! S' l: H$ LUnits in the HD3D Requirements Validation tool
0 d7 s! ]$ ^& w! dChapter 8: Tooling Design
6 M. D4 J5 Q/ @6 e' V, xCAM Data Preparation ' q# Q6 p- N4 {2 r: i, ]
3D Curve Offset
: v7 X9 g2 k5 E. Y1 ^3 J3D Curve Blend 9 e S5 J% f" _% q1 ^! \
Match Surface / W. H! ^3 p9 h; L. r: W3 a! _
Reduce Surface Radius
% _" e3 \: [* }% jGuided Extension
+ }' z. g1 O5 P3 K; R8 zTooling shared functions C$ Z& \! ?! B8 q& ` G
Die Analysis using LS-DYNA
" p4 J, x( n# }. z8 CObject Attribute Management * w( ^4 m5 F3 k9 }$ K
Face Color Management
) \6 a, D3 k5 m! THole Manufacturing Note
- t4 G7 [; S# M" w" CRestore Tooling Application
7 A x" ]8 \2 V$ o3 e$ f5 ~Mold Wizard ! U7 N/ t) Y+ \3 A
Mold Base Library enhancements ! G, u1 f/ g, c% V3 \
Workpiece enhancements $ `/ M3 f5 Q4 a& b
Ejector Pin Table
" o% A" x' u" ]- b GWeld Assistant" F, t+ D8 [0 Q0 S! g
Fabrication Information + t- Q/ h7 U+ c, C3 |$ R
Joint Mark
% z( v+ v7 f9 }$ c- a fExport CSV File enhancements 1 K, M% |2 q Y
Import CSV File enhancement
7 U, P! r3 e. Y7 y7 i* {, E$ l; [Groove Weld enhancements ' q# D7 N3 e2 l/ J* @3 p; B
Datum Surface Locator and Datum Pin Locator enhancements
" s1 Z: N- F; O2 ]0 SUsing weld and datum information obtained from Teamcenter
. j, I# X( g% {6 C JItem-based publishing of welds and datums to Teamcenter 3 i, g. n- `2 G8 K
Connected Face Finder enhancements
0 O5 l& b7 k9 n" V6 R, A$ O4 kCompound Weld enhancements
8 m. E% \0 a. cStructure Welding
1 L3 g) ?4 I0 q* v. [- n% HFabrication PMI 8 U3 P$ b ?0 _- t
Surface Weld
. Y$ s7 Y% O* }4 f. sWelding Joint enhancements
- F# t) D/ P/ K2 U; @8 tEdit Joint Definition enhancement2 n8 a6 q5 M+ D
Edge Attribute Title welding customer default
' z j! x' Q: a5 m, W1 Z* m! y7 \Export Welding Joints enhancement
# ^# s8 s; B9 k$ b( MItem-based publishing of welds and datums to Teamcenter
H! e+ x" e2 y% @. h" a+ cDie Design 8 S% {! \9 Z& {9 D, K( y4 i/ _
Lower Binder
$ x, G V( x G+ fTrim Post / F7 |7 y7 n, p. l' l
Draw Punch and Draw Die enhancements * m! L. ?2 H6 d
Assigning colors to die faces
2 A, ]3 `6 w1 ~+ N; dDie Engineering : ^' L% |2 s9 { R. `7 X" ]
Die Analysis using LS-DYNA
9 @# L8 M9 R. A$ c2 |( r- tTrim Angle Check enhancements K' L( F. e# J: k0 Q: R8 q5 O' G4 C
Stamping Operation enhancement
+ H2 R- t" i+ l0 P$ k% S: MDie Tip enhancement # g9 t! @, f$ H) K% i7 x) _
Chapter 9: Data translation 8 I! N( P& W# x4 i4 v' B+ a
Exporting editable dimensions to DXF/DWG file
7 N2 [7 n8 b8 ~ }5 M7 \6 w& wControlling text aspect ratio for the text imported from DXF/DWG file . ^: X, J# L* p& [
Supported DXF/DWG versions 7 @. y$ j: y/ z+ [. G# i
STEP translator enhancements 4 x3 n5 ]( N7 R3 _$ s6 U
NX to JT
# m k$ R% ?: m8 eJT version 10 files $ i, ?0 D8 N6 Z8 O7 Z/ v+ R
Display order of model views and PMIs in JT files
' @ R- o* D8 _& u- T' v3 cJT support for object visibility in model views 5 {# C! H7 l$ S z; t
PMI lightweight section views enhancements in JT files 1 J& M/ w5 \% n2 _8 U* t
JT support for weld Joint Mark feature
# @0 @) w* H. r {JT support for hole and thread callout PMI / W1 v5 V( @3 x* U8 J
Geometry Sharing in JT files
. O% V. Q. r. ?7 A& JJT support for business modifiers and PMI attributes + i q8 b( G( `/ ?+ r3 i2 [
Visibility of datum entities in model views of JT files
$ N2 l2 ~9 z$ b. p. s9 |: [JT support for PMI association with objects
. L0 }& @( Y E DChapter 10: Mechatronics Concept Designer
6 |, y0 t- [" @+ Z5 cCollision Body enhancements
( ?9 I& q* G9 D: ?$ u5 kActuator enhancements : n5 c) [! Q0 O3 l* K; g8 c8 {% C
xii What's New in NX 90 0 z8 M; s7 K& ^
Cam enhancements
# m" ]6 D5 J# ~; r) `% h* A$ J8 POperation enhancements 8 |; S1 r( w1 I, R3 g+ V9 c; G" K
Changing units in dialog boxes 2 H8 A' k5 g$ L( J
Mechatronics Concept Designer preferences . ^+ P& e% e( ~
Create dependencies
9 h4 l7 X$ G- { @* Q7 h j2 ySystem Navigator enhancements
+ G4 Q6 A3 Q7 s- a2 w5 nCreating physics containers ( G7 [ {& Y+ `9 T& d' V+ B2 `5 t
ECAD integration enhancements
4 I1 @4 s$ _, V" i$ N$ r; k+ rSimulating NC code
# F6 O/ s4 c' o* G/ G6 J- O7 q& ]Convert from MTB
/ K* Z2 H( {5 {' F, {+ h8 @Shared memory signal mapping 4 E `: d d( [& j7 P+ x- [. S P+ N6 D
SCOUT Integration ' b+ ~9 G) b, {3 o/ l1 w
SIZER Integration
4 ]& j5 I9 S; ?+ ]/ j" e6 oChapter 11: Programming Tools
2 G" L2 {9 n' J# q* L iAssemblies functions in SNAP
1 s4 Q% E+ y5 c/ b' p X6 J- ~" G2 XBlock UI Styler
2 q* a; @) K; {! ~3 c V8 dNew properties for blocks
5 E! {. v9 d: T2 Y* ZChanging a displayed part
7 W8 K7 h' B6 BExplorer block # o2 {' A* f2 |! t# n/ d
Chapter 12: What's New in NX 851
2 \9 z1 ~( n/ x' G$ ]# i- pModeling 1 U$ Z, h# p4 ^! Y( z# u
User Defined Feature callback hooks for NX Open API libraries
0 ^6 [. r9 _* K* w" f; D: R$ EPreserve the relative order of Feature Groups 7 W0 B% t" I% Y+ _2 L# {1 i
U/V Direction / }$ @/ Q( V( v" F% K* g/ G6 c
Studio Surface enhancements — Split faces along boundary curves
8 C' Y( i8 ?' `' _ wPMI 6 l1 K5 q; f# R+ L2 c
Find PMI Associated to Geometry enhancements ; h+ j: ]" `$ f1 E; `: i) @
PMI Effectivity Management 741
( `; I2 I" m# i1 N; ORouting 742
" i, ~7 U$ f4 Z( y0 ~Wind Catcher 742 6 E; q4 K* g S8 h6 ]
Branch Path Numbering 744 . w' U& G- P5 @
Platform Creator 745 / @( ?( G1 V K, v+ z! ?! y
Shipbuilding 747
* G) Y: N! i ~* d8 qAssign manufacturing information to openings 747 & n5 C- u. y& x8 p: p' ]% P
Specify section subtypes for steel features 749 ( V8 _0 I) i! }
Manufacturing 750 % B# y# K) c) V9 w) }! F/ F0 s$ i
Operation Navigator enhancements 750
- y9 J) T9 C" P- e1 _2 O- QAdvanced Simulation 751 `4 Z$ \* M. Z3 _
Solver version support 751 " G) k& `9 F; X7 k A2 q' a
NX Laminate Composites 758 1 T% Q/ ?/ [' q4 Y0 i+ G$ I! S3 G
Durability 763 0 [2 k& |) F$ \$ F, u( _! ~
Teamcenter Integration for NX 764 2 B2 Y2 t% F! [4 g$ I* o
NX Relations Browser enhancements 764
7 R0 A# c/ T: QSelect Configuration Context when loading assemblies 766 # C* y5 v: Z% n- r) s% h7 n- J
Default project selection 768 # H2 l5 X* v( y: U" [
CMM Inspection Programming 769 $ u2 _0 M+ ^' R6 v
CMM measurement analysis engine 769
9 Y5 P# L! S# s0 f, yExport analysis results 771 DMIS programming enhancement 772
x4 U" u- j* MData translation 774 " p5 A: }8 z6 K- p
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 9 R; r& B0 r7 K8 \5 i6 c5 ~
JT support for PMI association with objects 775
0 X" {5 N g- e6 N3 e- T. CMechatronics Concept Designer 776 * d+ Y. @8 V# h1 l
Import from ECAD enhancements 776 % a0 a. n0 g; T8 Q
' G5 u9 \2 ^. T% n6 @- a |
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