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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！8 |* A+ V/ a- y+ H
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; d9 \: s: L) w3 V4 N) a+ j涵盖了所有模块！! b# {# p" z" |8 J: b7 U1 k% b
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不懂E文的，看图也知道了！！
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- W+ j" f, L' ]) H: k7 K; } What's New in NX 90 iii : u- d7 _# K" R+ ]; l
Contents ' t( N! O1 P1 ` D8 f+ g4 |( a% J
Chapter 1: Fundamentals
& N* R- C9 e, `8 {& }Ribbon bar interface The NX Window (Ribbon bar) % S( W* U. H( j$ [
Show Ribbon bar tabs and commands ; k7 d8 C( c g+ a) m3 ?4 x: F W% ?
Add commands to the Quick Access toolbar
# I" N3 V* n9 p2 U$ wAdd commands to Border bars ) s, A6 T+ o0 |% F% _
Customize the Ribbon bar interface 3 G" l, v' `! s6 q/ N
Add a tab and group to the Ribbon bar , O% f" z) ]' q
Save Ribbon bar layouts
# F* ^+ n+ }" |1 _Export and import your interface layout
+ \& Z% U( s/ J0 y) a! p% r+ ?! PRay Traced Studio 6 T% `* e3 V) `4 b2 _- _% \3 P' F% ?
Issue Management enhancements 1 q" k% o n, q
Generate support logs for IR or PR
) Q( w O* D% A; {Integrated web browser enhancement
* }( b0 M; L$ q4 E7 N6 Y' Z0 h0 E" X& gView section enhancements
* l. \6 @2 R: r& G7 xDisplay facet enhancements
7 }" R: [) J6 A) y/ _9 Z3 CMeasure Point 1 e) j2 v8 t- y4 O- W
Raster Image enhancements
* K! p! [* }- b4 V cLock Rotations 6 i' h4 [& ?9 s
Synchronize Views * [. d7 m9 b0 r* O4 H
Stereo Display Visualization preference f/ W. L( z& L& y8 Z
CSYS tool enhancements / u& M. r+ k L/ A" E4 y F( s, [
Edit attributes in bulk
6 ^, x# e9 {' }. @: i8 Y: VChapter 2: CAD ! s' p( _# w6 g/ X- P
SkeTChing " P- |! r" {3 \8 t: b
Sketch enhancements
# q: Z. p; [; b; iSketch dimensions
3 s! u0 {1 S! Z7 w1 a2D Synchronous Technology
7 o0 x8 [0 ^; f4 ?1 ~/ gRigid sketch groups
9 v3 {$ v. M. H/ V) ePart Module
6 M; O8 t0 X; @8 `0 o2 n% F) Z+ pAdditional Part Module workflow 2 p1 d0 @7 j) G: I8 z6 h1 W
Shared Body enhancement - t) C1 X/ B2 l3 v% ~
Controlling Part Module updates % O% }- [. y+ r' _: T) R0 S: S$ ^
Nest and Un-nest Part Module
# D# w! `2 ^, J: W4 fSave As and Part Modules
8 `! O W- J2 MSynchronize Links enhancement 8 @* B5 A6 A4 O0 @
Modeling
" \/ ~' L& H: m( Q. TSnip into Patches
% q/ m3 s/ m4 ~7 o! \Rib
" _3 v* U" M+ M& c* ?6 xMirror Geometry
- }) @" w& k( Q3 \2 i FExtract multiple bodies enhancement
* u. R5 g& e$ k+ ^# K/ zAnalyze Pockets and Blend Pocket
4 N/ b* ~3 J ?& I% ~$ d) qCombine or separate tool bodies % u2 w1 I1 U3 {, R/ w1 r! v) V
Interrupt feature updates
( N/ A7 c4 k! s0 aLoad Rollback Data
9 X, Z4 n* y# l" I6 n9 E- o, \) bSorting model views
/ c5 R( V b) uSelect intersection edges in Edge Blend and Draft
/ z9 c1 F+ `: I. C. P1 A8 qReplace Edge 9 [! e! W/ C. u0 g
iv What's New in NX 90
7 i! r; T% m$ V$ ~/ pLocal Untrim and Extend
& J R7 p# C- t6 C+ fRoUGh Offset enhancement 8 i( B E$ R3 t# r% b% U p% m; ?
Replace Feature enhancements * ^( P4 B2 _, d* {6 ^
Unsew enhancements " ?% P2 S9 O1 w+ Q* o" Y
Draft enhancements 3 W9 d0 k, V$ o+ y. D# b _; ^
Draft Body enhancements ( p) H- _- V1 B
Thicken enhancements
5 Z- ]% t, i9 xPattern enhancements
1 q+ o* Y A! N8 _( F0 `0 ]8 RUntrim enhancements 2 i z1 M1 j: `( _! z& o& p8 u8 l9 ^
Divide Face enhancements . g9 c% ]/ E$ M H. J: \
Part Families enhancements
, k8 j% A! D; ]* ZBody selection enhancements for Boolean operations : G1 d" @$ P# S/ c9 }7 R
Face selection enhancements for Synchronous Modeling 8 v3 h, n, q! e) N* a6 j' C9 i. Q
Synchronous Modeling
+ p Z( V V% c/ G( ^- u$ [' [Move Edge
4 }- Q+ p, e! n3 h6 U8 SOffset Edge
5 G+ C+ _$ _) QDelete blend faces with the Delete Face command 5 g0 ~; m, l+ H
Label Notch Blend enhancement 6 I( O8 e; m, l
Facet Body Preparation
. g( y' |- D/ i1 D4 f) j, T$ ]7 gCreate Box
& V5 \+ c/ E. W* D2 A+ _Snap Point enhancement
+ T& B( ]2 R3 E* v" C( AExtrude Facet Body
0 T( r% v+ ?3 i& \- \Extrude Profile * P* X! W9 l& a+ Y) ?4 Q: Y0 `
Merge Disjoint Facet Bodies
% I$ T5 y/ x | XMerge Overlapping Facet Bodies
7 N# V' ~/ U* K+ y# K1 }& XMerge Touching Facet Bodies
& s* L, A6 I! S, F+ H, FRough Offset enhancement
# | _5 I- } [Shape Studio 4 B; e0 \1 b* C4 |8 y
Smooth Curve String * n* S) U" Q3 m# T( U8 V
Section surface user interface improvements
: N$ n, V2 U2 U) L5 r" i, hHighlight Lines enhancement 0 r& N/ T( q. N# o
Deviation Gauge enhancements
- W, J& \. F$ A2 @Face Analysis – Slope enhancements
- B/ n& w ] b$ Q6 g N# LConcave Faces enhancements % w3 I2 _! f2 ~% {( ?9 R$ q
Face Curvature Analysis
8 S" s Y/ D3 `7 n5 aRuled surface Developable Alignment
+ |+ p1 [5 ~, f7 g+ N! }2 n8 P* ?Wrap/Unwrap Curve : R4 L, L6 @& j( A
Assemblies
( ?* e9 V6 U# rPack all components enhancement
/ T$ I e# H) d- gWAVE link multiple bodies enhancement% e% o( P6 Z" o" s; w \% |
Load Rollback Data
; J9 h+ R9 N6 |/ ^) ~Assembly Clearance enhancements . @4 I) x" _% R
Order of components in the Assembly Navigator
5 H: t" L2 q: \1 \: h1 F; rPattern Component
- k2 t3 i! P4 \/ jIdentification of inconsistencies between WAVE and assembly constraints 4 n* V3 l& n# J3 f. M. E9 i k0 f4 ?; l
Align/Lock assembly constraint
* z$ \3 l" T7 f& c" K' QDirection to Fixed column in the Constraint Navigator
" z6 e5 y1 R7 J0 m/ g/ {" t( ]Product interface enhancements
( O) }# x' ^8 P% sAssemblies functions in SNAP N3 b8 k0 f ?( Y1 N; ?
Visual reports 1 X* Y$ B1 U+ x# \
Drafting
8 l. O" L% u9 ?. u0 S' oUsability enhancements 1 T7 A& R7 Q) R! _& M6 Z
Rapid Dimension
7 G+ F2 X. [! R% Q7 ?Linear Dimension ) D3 O* O" T4 m7 P9 r- T
Radial dimension
6 D @/ H! v$ g' x; I7 b: s- yAngular Dimension enhancements
# c+ d+ u, ~0 MHole Callout % I1 v2 T8 J- t" [6 r" v" S
Geometry margins for dimensions and annotations
a8 l& P" U" ~Alternate Dimension Endpoints
( X; e8 Y4 O8 ^& hGeneral dimension enhancements
8 }% a, e3 s4 NExact and Smart Lightweight view enhancements 0 a3 W6 W, c' u. |9 X
Dimensioning Smart Lightweight views
4 `% k0 y. ^: ]$ b0 OViewing Direction Reference Arrows
$ y; v+ K, p* @6 pSection line bend and end segment widths
* S: j) x$ s% z0 l4 x) aAuto balloon leader placement
% N2 J% F9 I7 x$ ~: f9 `6 z$ s6 G* @% RAxis Intersection symbol 3 a1 ]1 Z5 t K" y
Surface Finish Symbol enhancements ) P7 h' \( V i C8 G, Z0 x# e u
Datum leader enhancements 8 e7 {4 b2 V9 b! p& b( ]2 z, \
Drafting symbols + h# F8 u; e& O" E$ X" t- I! g
Embedded image enhancements # N4 ^) q6 T) ~& j% O, i1 B
Hole Table " }- U5 k8 t7 I" J: j
Bend Table
`; g% a4 L) R! J' |" Z6 H1 n; vInherit PMI enhancements 8 @1 ?& R# x. C
Crosshatch enhancements $ C: _9 }* n5 e+ L$ s q8 g: o/ P
Product and Manufacturing Information (PMI)
% G# }1 T& a& kUsability enhancements $ q$ `' J, f/ l
Rapid Dimension
+ t* C0 @0 d# P N& x7 M4 bLinear Dimension
2 m+ X0 N6 x5 s f& G' Y" u4 [, JRadial dimension , g7 h' j2 r% t- u6 W9 Y! J
Angular Dimension enhancements - Y; X+ G6 z1 ]5 X
Hole Callout J% f9 p$ }+ Z5 Z8 \
Geometry margins for dimensions and annotations
/ L5 r9 [, D; j1 X8 B* m* wAlternate Dimension Endpoints + L! j. I: z' n* a& Z
General dimension enhancements
$ m P7 A7 F6 f1 w rLightweight section view enhancements
' f6 B6 a) \ h' D6 Q, R/ W( lSurface Finish enhancements
. Q% N9 D' @8 s5 H% \- hInherit PMI enhancements
3 p" x! i; p6 p3 k/ \4 lRegion enhancement
1 w/ C+ N) R; X4 B' p- ASorting model views
6 y# X" Y; ^+ | f) ODatum leader enhancements ( G8 W; }8 W5 T5 V/ Z' L% i. g
Drafting symbols
" K" B2 }. `: w$ q5 V1 o) CAxis Intersection symbol
# f" A7 j [. @" N$ mPMI Feature Identification business modifier 9 T. W1 l& o0 ^1 c4 l( t
Update PMI tracking properties
# q0 H7 s$ o, w" HSheet Metal
+ o. _( s8 f' j) nBend Table ! u3 k {0 t2 N/ D2 b
Unbend and Rebend enhancements - R8 m6 ?# S4 \2 y
Resize Bend Radius enhancements
7 p! f8 n t1 ovi What's New in NX 90
# [1 T& t8 F7 P* L' HMirror Feature enhancements
' |" ~& l. ~1 E8 L# PUnite in Sheet Metal 4 \( S; L7 g6 ]
Three Bend Corner enhancements 3 L% s' p- h% o2 l4 Y
Mirror Body enhancements
. B; w' H$ r7 KPreferences for flat pattern views % z1 G! Y7 j7 `" @& g3 W6 M
Flat Pattern enhancements & F& L$ P+ U" J" k& y# M
Pattern Face 2 p3 N3 i$ n- U& l/ h1 g( @" T1 |
Flexible Printed Circuit Design
+ b% |& X8 {5 B4 IWrap
& Y: g. w" {) a; e! h3 gFlexible Printed Circuit Design enhancements
- L- p' I) R9 L& \4 uPattern Face
1 ?* }5 G4 b& M4 @: ]0 Y. V. @* T' ?Data Reuse
$ f5 L* m, l) c" C" CDouble-clicking folders and reusable objects 0 ]; D6 ~1 R* v5 Y% H( Z5 c
Creating shortcut folders for your reuse library
1 b( J5 ]4 g; M& i6 X0 k+ i' ?Reuse library undo and redo
: c7 W; H% v$ \4 P* wCreating an index in the reuse library
. ?" A; Q0 v0 m* i( BMapping reuse library names
% ?3 K8 i5 g# I% lReusable object feature name ) _6 _6 Z& J& N2 _9 O! H
Reusable object part definition ) D; U5 c7 N! w$ T! m
Creating feature component patterns with reusable objects 9 t l" i" n' J0 J3 B1 R9 O
Managing knowledge enabled components in Teamcenter 0 V( H7 j/ Q" ]4 Q) \; }, ]1 H
Reusable component revision rules in Teamcenter
7 k3 J, V; N7 x/ ^5 H z8 t& f8 q uAdding files as datasets to reusable objects and reusable components in Teamcenter
" P' G) {3 Y. q' P# [ uPart family-related enhancements to Product Template Studio
+ }+ `8 b5 l1 yRouting
9 t. o1 }1 F6 r9 A& i/ z+ VConfiguring Routing applications : w9 D: g6 H. F7 ?! o
Common Routing tools
F* Z/ v: J: n5 Y7 _Routing Electrical
( r2 e! C2 Y2 h. B1 b7 ?; SRouting Mechanical 9 c# U. g8 ^6 p4 X( l
HVAC . g# `: w$ z, z, K% @; u
Shipbuilding ( f/ w8 o! C* e; D; O# x- W+ {! q
Knuckled plates & i$ N3 A/ ]. m: s! z: O2 w- i, J
Knuckled profile systems. P0 G( S/ s% t2 u
Knuckled profiles
; z' b$ q4 u! A% M1 ^Create stiffeners between supports 1 }, ]( J/ B6 U1 Z) d4 |' @1 R% z
Control profile orientations ( N h$ {4 k( m- r, K# ^$ D2 [
Built-up profiles
3 i9 {( I4 V! _1 O# _Create stiffeners on plates with multiple thicknesses
% \0 }6 {1 H# r& k( eCreate standard parts on plates with multiple thicknesses * o3 H: H6 \/ _6 d& ]
Split standard parts in the basic design
$ J2 x. x' t, {1 t4 U3 Q9 dSplit standard parts and built-up profiles in the detailed design
& M- Q# s- _6 k& N0 \8 {3 X" EProfile Transition - O! L N4 K" a E2 G$ d4 D6 F% y
End Cut enhancements
: b8 Y/ h6 B; dProfile Cutout enhancements , S2 s- `8 `9 J. n
Collar plate enhancement) R& o: X2 n% K4 I$ e" N! U
Examine Steel Features
/ c( P& S* U) h ]' A9 V" jPaint Parameters - V6 z( O" K0 N! V
Vehicle Design
8 ]* Q3 f% ~. a* @7 j) x( VVehicle loading input to vision tools 8 s! f8 q- r5 z" w7 i$ J/ \
Vehicle Packaging Validation + L+ [# _, e ~9 J! |; X
Head Impact
5 I ~+ C0 c& ^- v3 T( ~& pPedestrian Protection enhancements
9 b4 H# x3 B% aEyellipse enhancements
' ~: u4 z: M# T: v2D Manikin enhancements
. _6 ]8 H3 ~# s* YSeat Lines enhancements
2 Y3 i: V8 p& J3 bHand Reach enhancements
0 y1 Z; g5 T$ |; p, h' F# U% D7 P7 JDirect Field of View enhancements % U: f! T8 c- T4 R+ p6 ~) j* |
Instrument Panel Visibility enhancements : L' m0 ]: g$ q$ v/ Q* F
Windshield Vision Zones enhancements
, j" T2 h) h: R" xMirror Certification enhancements / B7 T5 @, \- n$ v/ Z
PCB Exchange
% i5 {, ^7 P- U! T' c9 uUser interface enhancements in PCB Exchange 1 q, A; a) ^, @1 z5 W$ ]
IDX collaboration commands 4 `7 @) F6 G5 `. I) H
IDX support enhancements
3 g1 ~+ y' D2 c0 S2 C [7 \Copper Area
$ m4 g3 k, A3 r7 L+ pComparison of ECAD and MCAD primary pin locations
' e& }5 B9 o: E, t1 NShow Test Points 5 ~- M! d! ^7 m) q8 {! c" U
Chapter 3: CAM
: C* T/ l& _3 N; f3 N$ R% Z9 NCAM general
' {3 V/ f- D/ ~3 wNotes in Manufacturing
0 a- r; u- c& U& @0 a# WDescriptions in Manufacturing * H, q7 y( }9 x8 H* T! w* t1 c
Displaying visible and hidden geometry ' G; S( e4 w8 s' s W; U
Boundary selection enhancements . ~) d! |: A- y! r* L5 W
Boundary selection display and gap closing
) K( w8 R8 V" E! w7 z( zPasting operations with reference $ p5 l8 g4 t `7 P7 o
Show Thickness by Color enhancements 9 x1 E+ q: X% `& K+ Q6 u* r$ R
Set Machining Data enhancements
- I5 e9 Q3 ^ _" l9 Z/ A. Q$ XFlute length for drills " @; J& ~5 u) X/ Q7 e
Milling enhancements , q) O& o' {8 R- n8 `& N6 ^- {: E
Machining with a T-Cutter 2 O, O# b- ], u9 ~( Q% z# v0 C
Machining cylindrical parts ; ? u* D4 N7 J( Z1 E! [" E( Y4 A
Tilt Tool Axis enhancements 9 m& R! ^3 R+ y8 ^
Area Milling enhancements ) M7 V8 R) w- ?. p e& x% n" ^+ ~
Divide By Holder
4 \0 z# Y( i0 u3 c$ {Contact data output for Hole Milling and Thread Milling
% ^, m' P* G$ c; j; S% GCut area selection by edge-bounded region & p. Z7 Z; V: n, j
Safer engage and retract moves for Zlevel operations ( j6 M5 l1 s, \
Smooth noncutting motions in contouring and flowcut operations 9 }2 [" Q- o% @# z" S
Improving 3D IPW efficiency in Cavity Milling # I- V) \0 `: U) W2 U0 Z
Multi Blade milling for turbomachinery ( W E* N2 v9 y+ x* W
Hole machining
9 r8 o$ C. J% f. G: Q8 [+ XNew manual drilling operations
- P+ R+ ?2 X \# ^Hole machining workflow using a feature group geometry parent
5 w/ v( a9 P- ~ B! d3 HMachining feature groups
( J, S% Y3 J; D, h# [: \5 E# _/ f. NIn-process features * `4 ?' `- W: O& v& Z
Visualizing in-process features ! L9 c4 I* w7 u* `' h" g9 v/ s, _
In-process workpiece options to control the in-process feature
/ Y; [; ^$ F: U* y/ Vviii What's New in NX 90
5 Q+ E" k% p: }: O6 v, h( [Feature machining areas
5 Q# H+ ~2 g' ]3 wDrill tip point length - a- j; f( }8 M* A3 U
Core Drill
3 b$ x! Y$ m: e8 R; j) vProbing ' b$ h: o% z# i/ }5 Y
Probing. M2 G, f; D# Z. |* f. @. C6 n. X
Turning enhancements 2 O3 V8 K8 I% Y/ Z# q. W+ Y' O
Centerline Drilling depth enhancement
* h' R+ C+ U8 \2 ^3 X1 M1 C4 K2 {, kTurning non cutting moves enhancements9 A/ C, T4 x& O. e
Parting off operation + u% `2 R5 X/ y' Z- S4 j* F
Threading non cutting moves enhancements
. ]/ T. h* b z2 |: rIntegrated simulation and verification — ISV
% l$ y& g5 G2 s% W2 a9 y, K# DDisplaying axis positions and limits 0 Q2 ~4 p; S7 D" Q, Y; l
Positioning simulated machine tools and cutters
$ E' u7 V b7 A0 ^0 kTool path display for external file simulation 1 {% j; W; X. a# b& D2 K O6 L. U0 X
Simulating all channels in external files & W% {9 U2 F! f0 y
Simulating synchronized operations 9 N) P0 ~, k& @5 x6 `1 Y, t5 D
Viewing a tool contact representation
, o* j2 ~) R$ _ |3 @Configurable parser for NC Controllers) G# D7 P5 M& U4 Z4 G
Kinematic chains for simulating complex machine tools . i: z7 A3 e: l) K
Suppress Status line update
: } x5 J, _* a+ w- r9 W5 n& GIPW color mapping to tools or operations 9 h1 P* s' q/ M/ @; l5 ?' a
Regenerating a saved IPW
) a8 {+ J8 t2 k$ p! eGouge Check enhancements
6 p3 g# F& e" b) q5 oSinumerik Collision Avoidance , P9 m3 B. ~* t$ }5 T) z' l, L
Simulation and postprocessor examples & S: m6 P, M7 P
Flute length for drills ; B0 B7 R0 R4 r0 }$ h% t, c
NX Post
! _) {; _% ~) `1 ~( jAdding CAM attributes for shop documentation in the post 8 g. q& g0 Y9 {5 k. ^5 K! o
Post Builder + n5 b6 L7 y4 N. ]" B8 t
New Tcl commands in Post Builder
( x0 F. _! l Y: o9 W6 s) n4 tSimulation and postprocessor examples
( b' z! {* e! qFeature-based Machining 9 L! J8 Z; T2 X
Feature machining areas - U3 F3 S |4 i( \7 Q# V
Machining feature groups ' Z' h- `- B" y* T; o. {: v) C
In-process features
8 l1 v8 z8 a1 C* ]3 @" ]Visualizing in-process features
' k. u) N4 d, \1 |2 y, QIn-process workpiece options to control the in-process feature
* P0 }& x& r- b$ s6 F' }6 MWire EDM
( |4 Z9 M9 d" b4 J# DWire EDM tool and guide : U. Z- S \, U" W) G1 w
Chapter 4: CAE
# L- i* y- v; h4 i) @" uAdvanced Simulation
/ z& K- e1 f' L$ q" Q6 Q' vSolver version support
! p# Y5 W( g6 ]: K( V4 A0 {* `$ mGeneral capabilities
0 ?4 l) j# I5 B) q+ MFields / F3 a3 Z: }1 B% P# }" M
Materials 5 F* u# a& V9 k9 v# B
Meshing
) {, k+ M5 z3 j) _( K) iBoundary conditions % Q: c3 |" R: E* u( ^" M( j
Solutions
2 O) D& k" v% [# i1 [! NNastran support enhancements
- k5 ~) y( Q# xAbaqus support enhancements & T$ r, O# ^& ]
ANSYS support enhancements
3 \# P7 M8 Y \* j" W# fLS-DYNA support enhancements # b( W" i4 F3 A* T. @5 c
Optimization / R" N$ f# }1 t. R) D6 T. E
Post-processing ; |4 p0 Y X' C
Durability
5 J3 w5 P/ `+ L" ?! i1 x: o6 K5 sNX Laminate Composites
6 h. `2 {' a+ `1 S% z7 t6 ]NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal ^; |. ` _1 E& J- r: z
NX FE Model Correlation # K6 l6 C. v0 f
Teamcenter Integration for Simulation
" `3 F: _% H! p; a1 m# ^3 y2 rDesign Simulation
/ F; M. t1 f( F! F# ^. ]% pBoundary conditions : m: T) f' X8 ?4 b* y6 _0 w
Meshing
0 @( C& h3 ~( g' dMotion Simulation ; H: k9 u. m/ w3 i1 n
Interactive articulation methods
! L+ x3 l8 s5 t# o% NJoint limits in articulation
8 M+ A* P3 w) x: B5 _4 XAnimation enhancements 3 ^( _. n' K6 k6 e* f+ h- ]3 Z
Spreadsheet Run enhancements ! H/ H4 t0 w. A& {' D7 H4 q/ u2 |
Motion Preferences enhancements $ a1 B9 f2 M' ^ q0 C/ ]/ \: V% N
Functions and Graphing
S& D+ d) w; q) l3 q8 Q" w, V: K* z( wInverse option for Function Single Math command 5 o0 C: t( D& L$ N, k* B
Plotting a graph in a separate window 7 X$ u' f( o/ v/ ^
Improved font support in graphs ; v6 E! y8 u4 [' Q- S$ q
Plotting a graph with no line " X4 u3 u/ a* |' v! W% ]
Saving graph data to an AFU file ; g6 y) [5 `8 v1 _7 A3 ~) _# H
Expanded complex plot support! H- h9 M( G) s6 E- T
Chapter 5: Teamcenter Integration for NX
7 C3 @; D0 i2 s+ w- M- W$ `Teamcenter Integration for NX
) W7 S9 `- e) u! E. W' Z" |Define and load configuration contexts 6 h0 M( F3 q5 C$ L
Run NX in a Teamcenter multifield key environment
0 a- q6 J2 N8 p8 oIndependent drawings added to export and clone 7 S1 a) ]# M4 Q: J2 g
Save As enhanced % N. `/ [. t$ n- m9 M0 J
Retaining absolute occurrences when saving moved components # ?- X' c7 m$ [) c5 h# A. ]0 X
Opening a component with a different revision rule than the assembly
4 c. M2 \$ a. d9 D( |( eViewing results and default filtering for projects 5 K3 I/ T" B1 z& ~
Adding independent drawings and CAE parts in the ug_clone utility
# m" F; Z$ ]) p# E" `Refile utility enhancement in Teamcenter ( g- y* G. l- e* j8 R5 I
Item-based publishing of welds and datums to Teamcenter
% S( V* J$ ?7 f# `- x% lChapter 6: 4th Generation Design (4GD) 5 S" ]4 G3 }' Q2 u# H
Introducing 4GD ; v2 U! K8 R C( R/ N) G0 \+ P# _
4GD enhancements
/ M; Z5 Z6 K- _5 h3 h$ q- _Design element enhancements & W- H6 G) Q) k8 n4 C+ k
Creating multiple design elements 0 ]7 Y! E: G9 K. }' F' F/ |
Converting design elements
* k% q- Z |$ t- w6 nCreate Reusable Design
% W* ^0 ~) D$ |" xPresented parents 4 N) d2 B+ e/ b, i7 W% k
Partition views for subsets 2 u/ _& X5 [# I6 m
x What's New in NX 90
+ ~2 D8 W+ A, u1 g |6 YSubset structure views
4 ]0 C; |8 z, z6 R" m5 f& xAdding connecting welds to a subset
, `( q' M8 F# K# o& PMirroring a design element
! p6 |1 k2 } |Load attribute groups for design elements
# H% s+ l1 p z) Y9 s, n0 I& rEffectivity and variant options added to subset creation
) L! ^- }6 \& h# R) N- DEdit attributes in bulk + t2 \# {- f! F1 h0 ^( `: G( P
Show Collaborative Design Preview
4 s) @- G2 P) pDesign features 5 }4 W+ `* ^" w/ F" Z
Check in and check out enhancements ; g) h* ?# Z- Z* t } A% [+ g
Generating collaborative designs from existing structures
5 P& I! m C/ P( r# Q& RCheck-Mate in 4GD
X( j! [+ M5 f6 U, {* b9 `Issue Management in 4GD 4 S6 j: ]3 ]+ Z: r5 a
Chapter 7: Inspection and validation
; o' {7 w$ d3 s NCheck-Mate
~9 a5 Q7 @3 SCheck-Mate checkers and functions
* P4 q# k0 x; ]. H" U) P9 QCheck-Mate profiles
/ g2 S: F5 @9 F& `+ o/ V3 C7 m$ t- ~CMM Inspection Programming 0 N# b3 \- z8 k' n2 a/ }8 C; W- o( z
General enhancements
& B! n% B, A9 l2 LExpanded CMM libraries
$ S' E% f" L3 A% t0 P/ j |8 l' uOffset distance for 2D features 9 S" F9 u( y, i
New inspection feature type: Edge Point 3 b; V8 w' ~+ T; _0 ^. f
Set PCS to CADABS alignment type
8 I" b0 l# o i2 |New inspection command types
1 K& n+ |6 e, N! dSupport for cylindrical probes . i o/ H, M3 E K' ^
Resequencing of inspection paths . A& ^) H$ H& R+ B, m U
Auto-ordering of tolerances in the Inspection Navigator
( a, e3 b% m$ _" Q( v4 a j7 mSupport for DMIS SNSET/DEPTH 6 b: s& L1 ^$ s% X% l3 P- F1 w
Measure an inspection feature relative to another feature
3 ^1 `' C( |7 z# i9 e/ I2 SRequirements Validation - w/ }* n& U& q% d$ |$ ]5 }
Units in the HD3D Requirements Validation tool
9 M8 t7 q/ t/ ?) {$ T: [Chapter 8: Tooling Design
+ X4 i6 G/ o7 ?- F+ JCAM Data Preparation * h& B; v( N- n) a c+ t
3D Curve Offset ' s9 C; w: V4 X2 j3 z# b9 j
3D Curve Blend ! x1 e2 H: O/ b- e* ?
Match Surface
5 d& ], t9 ?$ h4 f0 U! r& KReduce Surface Radius
. z0 d8 {0 T: ~$ G$ I2 g: lGuided Extension / S% ~: X7 L4 x% L
Tooling shared functions 8 Y8 {7 a0 D! l6 E( U3 }2 F# K1 O
Die Analysis using LS-DYNA . m R/ X* r: K7 i" ~7 o8 G
Object Attribute Management
" l+ d2 I, e* i" m7 I: h3 u2 mFace Color Management
% k8 V2 R3 W; l r8 I; aHole Manufacturing Note
) T! `, k( S" u) IRestore Tooling Application . {9 O5 I; x# t( U
Mold Wizard . v0 t% e4 p& J5 u, b; h0 H
Mold Base Library enhancements $ W; q: c& L# G- k# u. V
Workpiece enhancements
- y$ E0 w J, o2 hEjector Pin Table
% R2 \* y" P( c9 K- b7 oWeld Assistant( r/ B/ Z2 l9 O% q% y
Fabrication Information 5 S- G& X) F( _3 L9 y9 d0 l
Joint Mark # r5 q. p4 s5 Z7 j2 H# |3 o
Export CSV File enhancements ) h# B; t9 E; ~9 j* M
Import CSV File enhancement : t: K! _7 ?7 S2 y% R+ G3 ]
Groove Weld enhancements
) M' N5 U( w' _/ k* h+ g6 ?Datum Surface Locator and Datum Pin Locator enhancements ) F4 n H0 k, S4 o) s* d" K3 d# n
Using weld and datum information obtained from Teamcenter $ ]$ X1 O% _+ _9 A; ?
Item-based publishing of welds and datums to Teamcenter
, F* C) N; G1 G1 BConnected Face Finder enhancements
. g1 ^+ Y: A6 m& WCompound Weld enhancements
3 r( X/ q M" p$ b# I% _( U0 N" LStructure Welding / v. z- o) J; _5 d0 Z
Fabrication PMI ! n! f7 T' ~: v/ Z
Surface Weld
% y6 X0 z/ n, }% A' WWelding Joint enhancements
2 f+ b! z w$ s8 l4 C0 d8 aEdit Joint Definition enhancement
$ o. i* z. K4 fEdge Attribute Title welding customer default
. J+ U! ~' L' T* N, I$ qExport Welding Joints enhancement
; u. [1 I# d* m m( A" t7 b7 JItem-based publishing of welds and datums to Teamcenter
+ T7 \+ X1 m; ]- D! @! ~Die Design ; X4 T3 |9 f4 _7 X7 g7 ]4 J
Lower Binder
* W# {8 a. f, `! cTrim Post 2 ^3 F1 e; o: J) m! d6 X6 H, l0 N
Draw Punch and Draw Die enhancements 9 N8 F$ Q7 ~& t+ C7 x9 G3 @6 G
Assigning colors to die faces
( ]# R' D; m( kDie Engineering + o0 q$ T: T4 C3 Y A
Die Analysis using LS-DYNA
! Z9 x1 n- O) {1 e' v& \; S+ CTrim Angle Check enhancements 2 _, P5 z9 b) L1 M: T! C
Stamping Operation enhancement ! l; g: b( k/ g& ?
Die Tip enhancement
/ X! n3 Q/ n1 g+ }4 n3 `+ ZChapter 9: Data translation
M8 y7 j9 P7 L- t+ C' O) t3 zExporting editable dimensions to DXF/DWG file " F6 D( I7 P) ]3 ^3 E) S
Controlling text aspect ratio for the text imported from DXF/DWG file
- h, j8 {6 O2 N9 ?Supported DXF/DWG versions
6 W9 k. \" z# J3 iSTEP translator enhancements
9 J0 H$ a0 a7 Q- p) ~NX to JT $ v: X# V$ Z" r
JT version 10 files ( ?7 D" u! b C5 w, Y: p) }" Z
Display order of model views and PMIs in JT files ( [9 }- `' ?% y
JT support for object visibility in model views
- s+ s4 A1 D/ q% v$ j+ uPMI lightweight section views enhancements in JT files
, S$ h4 t6 I f' n9 UJT support for weld Joint Mark feature
% V; W2 V3 P' a" ]+ gJT support for hole and thread callout PMI - W# @8 [" o$ C0 \2 q& y
Geometry Sharing in JT files 1 j7 s2 N5 m( P; o
JT support for business modifiers and PMI attributes
/ b* ] W( d. i& G( b: TVisibility of datum entities in model views of JT files
9 p( o+ E9 v, N) k. a; KJT support for PMI association with objects
' |5 `, a: Q& w- b- y5 _7 ?0 aChapter 10: Mechatronics Concept Designer
3 t) ?( N' \' s* _( \) a! F: FCollision Body enhancements ( R8 P; ]8 Q% @
Actuator enhancements : A& b0 c+ [( r
xii What's New in NX 90
- n) Z4 P" b6 w; E& L1 LCam enhancements 2 j9 d8 z9 c3 m: ?
Operation enhancements , `! A( y* d& t* ^' B
Changing units in dialog boxes
7 Z# \1 Y4 s: Q% UMechatronics Concept Designer preferences
% |- L% @4 f% o3 WCreate dependencies
{7 w7 T( t3 sSystem Navigator enhancements
& T1 x4 q, T9 g* s1 ~* N* e4 N. qCreating physics containers % C3 _& [& x7 K+ O& B% a4 x
ECAD integration enhancements
7 y# U }# _( B: a5 y, x5 G6 WSimulating NC code
; R1 a9 V5 E# C3 k1 FConvert from MTB / C% M& M; l# I
Shared memory signal mapping
8 j# O$ a$ [2 {8 Q9 t) xSCOUT Integration
2 |" J4 o U( ~0 {/ P: \ T$ O9 cSIZER Integration + M1 ~( W6 W: W1 P/ r
Chapter 11: Programming Tools & c2 c6 H5 F4 j6 U% M' b
Assemblies functions in SNAP 4 n3 ^! E6 G* c& \6 d) S% v2 A
Block UI Styler# n& G2 B+ I) \
New properties for blocks
" \* o; ~ b, m: c) `6 V- `. N- ~4 ^Changing a displayed part) G7 R1 J. i5 v# A+ Q
Explorer block & F- e0 O/ G3 s, T, d
Chapter 12: What's New in NX 851 : G4 B }9 s8 a9 p( q
Modeling ) k8 d, t* m9 w! U, r3 j
User Defined Feature callback hooks for NX Open API libraries
0 l9 W1 |$ \# J$ M3 GPreserve the relative order of Feature Groups
3 m& d G& T( n4 bU/V Direction
' L9 ]; M4 ^ p n3 ?, n L& l5 SStudio Surface enhancements — Split faces along boundary curves 3 y5 U( r9 T( C3 q/ p) r6 t
PMI 8 @( H: M ]% M9 G: h
Find PMI Associated to Geometry enhancements
8 q4 Z4 c) L& t: l8 Q- tPMI Effectivity Management 741 ; [% Z1 e2 [+ }1 u
Routing 742
0 C2 e7 A; \3 _" k4 M- q& LWind Catcher 742 ; Z: n& m/ s3 w: N, Z4 K8 y/ e: [
Branch Path Numbering 744 ; ~% O; n4 e W1 i
Platform Creator 745
' }% k5 J$ c( ~& V2 CShipbuilding 747
' E1 ~' ]& q$ w. k) Q! t1 PAssign manufacturing information to openings 747
0 a; T$ o% z" I( n0 PSpecify section subtypes for steel features 749 : v2 h- x( X* q. E+ C
Manufacturing 750 2 X. d( g8 X& s0 j7 E
Operation Navigator enhancements 750 7 F* E( b+ O) N
Advanced Simulation 751 " ?6 Z f& G6 V7 V0 y, k, V
Solver version support 751
6 s6 Y. y% P. j7 BNX Laminate Composites 758 ' {3 B# Y* |' W$ _/ M
Durability 763 $ H/ B2 x, G* q3 ~
Teamcenter Integration for NX 764
5 P( |* N `# ?4 ]8 z3 MNX Relations Browser enhancements 764 9 b" Y8 d- O; D+ g
Select Configuration Context when loading assemblies 766 0 D/ Z. a. `3 `. [; {6 Z8 d
Default project selection 768
; h, p) P- b0 y' [2 d, TCMM Inspection Programming 769 & O; e" k4 q; E2 t
CMM measurement analysis engine 769
8 q# G7 v, C3 j& k8 Q. P& {Export analysis results 771 DMIS programming enhancement 772
; q* k I+ e3 AData translation 774 6 I$ q# k, S# x5 K, ?2 L
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 5 h: |( k' s# k, Q
JT support for PMI association with objects 775
) m# e4 B6 p5 x; ?) ?5 L6 A! jMechatronics Concept Designer 776 ; C' I. }0 @7 H% X7 {
Import from ECAD enhancements 776 ' U% Y- L( t# s0 _) }' I1 K
* D5 x) [! a5 o4 }2 i$ [% a. y |
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