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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！/ \9 w* E4 m8 ^$ H; Y0 \
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涵盖了所有模块！4 v3 f; [- y8 P: e+ x! [3 ~
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不懂E文的，看图也知道了！！
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9 j( [/ H) b$ A2 x- } What's New in NX 90 iii * {( ?5 v. t1 k+ {; n$ Q5 y
Contents 9 h/ w% X- {$ q
Chapter 1: Fundamentals ! o. M. A% x( r/ H0 b0 s
Ribbon bar interface The NX Window (Ribbon bar)
, E8 A. c' T7 GShow Ribbon bar tabs and commands ' N, R0 {9 d1 A k. f5 Q9 p
Add commands to the Quick Access toolbar
! D+ M* f$ D3 t/ Q( [. cAdd commands to Border bars
3 P% l. O$ }: C# V2 ~( v; TCustomize the Ribbon bar interface
$ ~! k8 W6 ^: L5 AAdd a tab and group to the Ribbon bar ! F% t% t' T: {' N* L! X% i
Save Ribbon bar layouts ! J$ A1 @) h% {- \8 ?
Export and import your interface layout + o, x5 j& G+ d ]4 J
Ray Traced Studio 8 L# `- z, r2 l; e3 d
Issue Management enhancements
7 t! _4 Q5 K3 _0 FGenerate support logs for IR or PR 5 W! N+ D' K# K2 }2 x2 P
Integrated web browser enhancement ; l" ]; z" |/ q o$ Z' v
View section enhancements
# O% x" M! `- v, j$ h$ J( XDisplay facet enhancements 2 ~/ T- b" z6 f6 v( [
Measure Point
- b4 d" y+ b3 }. ZRaster Image enhancements % B5 z( Q# b. J" g
Lock Rotations
* ?) `% g1 b: }8 s* x2 n0 xSynchronize Views # Y# `4 m0 E8 X2 T7 r
Stereo Display Visualization preference 9 s! O# T9 d9 |. ` e0 S+ @
CSYS tool enhancements ! }0 a/ a. q( v& ^/ p
Edit attributes in bulk
, R( j3 ]6 E% r" n1 J% T, }Chapter 2: CAD 6 }7 c, s* K9 l- |( K, E$ U+ ^& ] P
SkeTChing + b9 f$ |* H) i3 j
Sketch enhancements " V9 d- [! v7 z; ]' V8 [
Sketch dimensions ! k6 }* [: w+ r
2D Synchronous Technology
) D- R6 w3 j- |. m) pRigid sketch groups
2 b7 D" f5 f, ~: N, t) [& h: r+ _Part Module * {( W6 V# r. b: J" j6 Y
Additional Part Module workflow 1 y7 Y! d# s! m7 H" h
Shared Body enhancement
: h; N+ O8 a% |- `. l8 y" {Controlling Part Module updates $ ]! t0 B" h) @5 O0 h8 Y) x# J1 f
Nest and Un-nest Part Module
0 a, t. @ h" b5 E8 |Save As and Part Modules * U b4 Z) e) K# P
Synchronize Links enhancement . T% T0 y: G5 Q1 k1 M7 w! ~0 D
Modeling
" G8 y2 J- q4 E1 D: J( PSnip into Patches2 i4 l. {. `1 b- f9 `2 }5 N/ R
Rib
3 `# ]% F2 R8 C6 ]; ~& FMirror Geometry
& j9 l$ p( p: \. p xExtract multiple bodies enhancement
6 p' b8 b# J8 R* u3 y0 nAnalyze Pockets and Blend Pocket - u/ O( d. m0 v! ]0 Q* Z
Combine or separate tool bodies
% e h6 k5 d! H% o; L6 n# IInterrupt feature updates
& t& W) `6 O" N( P8 rLoad Rollback Data
, f! K: _7 Y* \" y7 A; iSorting model views 0 T E3 _( E- ~. z. D
Select intersection edges in Edge Blend and Draft 8 }4 w& M* s, _- l' J, }
Replace Edge + H( [7 u D. i7 N9 Q& O+ s
iv What's New in NX 90
7 V# s. i% u# H* F o" ~Local Untrim and Extend
" O& T; E( [* @, ^' }& n3 n3 dRoUGh Offset enhancement
) y! u4 ]+ g* VReplace Feature enhancements * j, A" \- i8 }
Unsew enhancements " }- \& e% O6 {* k9 `0 m
Draft enhancements . l3 q e1 j; s, U
Draft Body enhancements
L; x* Y1 T3 GThicken enhancements
0 J' u; q! q, O$ z0 b/ uPattern enhancements
+ s$ [3 {) a% b+ RUntrim enhancements 9 W1 ^( b* Z8 r9 [: m' P' x+ f
Divide Face enhancements
+ [% U/ x0 h7 zPart Families enhancements 2 f% p) h; o& d& v: M
Body selection enhancements for Boolean operations ! ^2 u/ F2 z" J/ z2 W8 F$ s
Face selection enhancements for Synchronous Modeling 8 f" Q* n1 p3 z
Synchronous Modeling
3 \" l) s) b/ {$ v* h! x6 ?2 fMove Edge X1 S W* ~& }2 R0 E* z" @, e
Offset Edge . q8 ~, c1 V6 o I% L: |
Delete blend faces with the Delete Face command 0 \4 N$ l# X( T
Label Notch Blend enhancement % F A! P7 g1 j2 F
Facet Body Preparation
3 c5 R) q( F+ ~0 V D( b# DCreate Box
4 y$ M- _% k) Y& {, L0 OSnap Point enhancement + F) v0 U* M4 M J
Extrude Facet Body
) [' G2 c( {! G. _8 a" K2 M: HExtrude Profile : c7 K) G3 Q3 G: J: S6 `6 G( c
Merge Disjoint Facet Bodies
/ m& C' @ I! XMerge Overlapping Facet Bodies # o" ~# J- w9 ~
Merge Touching Facet Bodies
& i h, `) ~0 O' j6 N# N- IRough Offset enhancement . J0 G9 E& i, }$ n' ?
Shape Studio 1 W& Z7 I9 `! d8 @
Smooth Curve String 0 T, E" e7 A. Z6 _% j# V
Section surface user interface improvements 4 U, ~- a" n$ n/ l2 A! x8 V+ j" P
Highlight Lines enhancement
: {) |9 _, L% V( QDeviation Gauge enhancements
& c# U {3 p0 d6 WFace Analysis – Slope enhancements ( y. w! M+ K' X
Concave Faces enhancements , B) i' d1 @0 J( _: A# x
Face Curvature Analysis 3 j+ j4 B) S. }" s
Ruled surface Developable Alignment
/ r7 E8 q" r3 k* cWrap/Unwrap Curve
8 Z) }/ m9 p9 G l3 M1 O8 O8 O3 iAssemblies . R2 X, g9 q& y; L: ~) O$ Z
Pack all components enhancement
1 O( g1 ?" f0 ]1 t# H% @WAVE link multiple bodies enhancement/ m V# r0 d. { L
Load Rollback Data + }6 g4 E( a" W3 ]5 |% M
Assembly Clearance enhancements
% I) w9 s5 ~( COrder of components in the Assembly Navigator
2 A+ d+ T* k. l8 V- w) I+ e9 uPattern Component
) H( A+ N' l. S* O6 K. p4 mIdentification of inconsistencies between WAVE and assembly constraints 3 D# v7 ]7 B& a# o, I
Align/Lock assembly constraint " Y& F! P* p0 Q3 N
Direction to Fixed column in the Constraint Navigator
& S+ |4 e, H1 WProduct interface enhancements " i+ Q+ D0 d" H: H" h+ j8 y H
Assemblies functions in SNAP
- w- q1 B+ g+ k/ d, f" HVisual reports ; N! ^& C6 s' ]$ k+ w# G. b# A
Drafting , s! Z: b* M' g6 p# Z
Usability enhancements
5 G% b4 v$ X9 G7 Y7 ?% @! IRapid Dimension
, j: v6 a, s+ ]8 V( E6 YLinear Dimension 0 b9 s% Z; \' W# k* w) n
Radial dimension
' v; C1 }) i# G. Q) t! w9 Q! IAngular Dimension enhancements
! ?( y7 M3 o/ ~& ]Hole Callout 1 W( p5 q- V5 H1 A1 |8 z
Geometry margins for dimensions and annotations
' ?' d5 _0 ]6 u6 P1 o! \& OAlternate Dimension Endpoints % c& \& {, H4 u/ {% R
General dimension enhancements & z0 J) v9 l4 `# ^
Exact and Smart Lightweight view enhancements
- j0 }0 V- F2 K- aDimensioning Smart Lightweight views
' g G: B" Q! ^ b% O; h {: l$ @Viewing Direction Reference Arrows
' G, Q" t; Q# {, y6 h5 T* OSection line bend and end segment widths 4 S6 J- C0 {( `: S
Auto balloon leader placement
, J1 \( b1 x' Q" n( h6 HAxis Intersection symbol
. I2 T1 h1 D9 _7 qSurface Finish Symbol enhancements . {8 l8 V& W8 q5 T* s, @
Datum leader enhancements 2 S( W( d" }7 b3 f W1 R
Drafting symbols
6 Y, [! H, C; n0 EEmbedded image enhancements 4 B. e% d5 M% m% X
Hole Table
+ ], C5 G& X/ M- I- n* q0 Q2 JBend Table " m$ {3 {+ X8 j% C) ]0 f r$ `
Inherit PMI enhancements 7 o$ K2 R0 j! C
Crosshatch enhancements
9 n, y' s$ D. QProduct and Manufacturing Information (PMI) / |, s9 e: H! J `: I: a
Usability enhancements
- j, T0 l' M/ l4 q9 R/ xRapid Dimension $ @% Z7 P8 E) G
Linear Dimension 3 n. n c0 N" k, H
Radial dimension
/ F8 h% V0 `' L9 ?: AAngular Dimension enhancements ; o$ C4 I8 P/ |6 k2 C6 y: a) M
Hole Callout ! y# m/ K: ]0 V" J
Geometry margins for dimensions and annotations
1 C+ [, J0 v+ ~, [4 G* oAlternate Dimension Endpoints
0 v8 J7 [" a8 m" w. u$ B P/ FGeneral dimension enhancements
4 T% n% W" s v8 u- H C; pLightweight section view enhancements ; O1 ?( _/ j8 ?! \8 d- @' {6 o
Surface Finish enhancements ! ~/ w' ?" Z! u! b' D, ^
Inherit PMI enhancements " o* ]5 r6 F* V- K. _- O6 R5 \2 W# E
Region enhancement / f i, p8 w5 v: j+ r
Sorting model views ' T( |. V2 J4 d/ ^. C& L! P
Datum leader enhancements 6 n- U2 Q3 ~( b2 [
Drafting symbols
0 a, k7 W) T8 pAxis Intersection symbol
$ S4 s |; E- H; e+ EPMI Feature Identification business modifier * ~- ?& `' \# L+ ]7 s+ u
Update PMI tracking properties
* M# [- _. k H/ @9 YSheet Metal
; l! Y! G1 d+ D! k3 k9 G6 kBend Table
: Q2 b. C/ m' R0 jUnbend and Rebend enhancements 7 O+ N! D5 `- _" w5 S6 e
Resize Bend Radius enhancements 6 Z% J1 ?, K. F0 u: [
vi What's New in NX 90 0 M: [ R0 y8 T+ ^2 y
Mirror Feature enhancements 5 W7 t5 I ]# s Q% J ^8 I: B8 C
Unite in Sheet Metal
3 O$ w+ A8 w3 q' ~Three Bend Corner enhancements 7 j- G# |% F* ?+ [
Mirror Body enhancements ) l- P) D3 x7 H
Preferences for flat pattern views
, H. A4 g# r8 `1 ]. k" l* e# hFlat Pattern enhancements a' X0 Q1 }. ?, N! v e# a% ]
Pattern Face
+ J7 e# X7 a' e) T% l6 |Flexible Printed Circuit Design - @: L, Z* Q. f1 {& ?% i: ?+ h
Wrap , B' J/ n% R1 R. D4 K n+ W
Flexible Printed Circuit Design enhancements
i( U/ B- v* T4 o9 J! Q" x1 @Pattern Face
5 `1 p1 d& W; A" Y) ^# b% s& fData Reuse
5 [1 K2 g# l# E p( k C- tDouble-clicking folders and reusable objects % M1 O0 g$ z2 [1 ~9 q7 V
Creating shortcut folders for your reuse library
: a, {# N3 X0 ?9 h5 S6 b' k# L# PReuse library undo and redo
1 \4 p( y2 {9 `( x( T0 J HCreating an index in the reuse library
1 t" c$ {$ L7 H( w2 e. ^Mapping reuse library names 6 f5 G, x* x3 @; w4 [% K6 j: F& M Y
Reusable object feature name
% Z; X5 _) P! |+ X& ]Reusable object part definition ; o8 N* Q0 j& a! A) J+ E
Creating feature component patterns with reusable objects
; t2 K, h! i+ T$ B2 n8 |8 HManaging knowledge enabled components in Teamcenter " _& ]0 F' j( m
Reusable component revision rules in Teamcenter ; u6 Q& E/ \5 u* n/ [9 w( R1 f
Adding files as datasets to reusable objects and reusable components in Teamcenter ) X, U* r% y+ p8 p% @9 E6 h$ E
Part family-related enhancements to Product Template Studio
6 J! _2 Y" C. \6 K- ARouting
" U0 |' t: t/ _; B! ~; fConfiguring Routing applications
3 Z: P. |9 p' z" ?) L$ T, _: P! eCommon Routing tools
: K1 t' Y' Z9 PRouting Electrical ! t8 |/ k3 ^' w
Routing Mechanical
9 d4 Y" g6 g5 M; h+ \ DHVAC 3 U: u$ F# `, f q! D, [, T
Shipbuilding ( f1 z1 _1 H* ?$ b- q4 |
Knuckled plates " S% O2 ? w c2 w( a% U
Knuckled profile systems
$ X6 D9 j3 v2 `' S- Q, H+ IKnuckled profiles ( T0 A, l. h1 v X' m6 `0 }+ \
Create stiffeners between supports
0 l: w; X3 c! SControl profile orientations 6 q+ S2 i: a9 y9 Y
Built-up profiles ' ~$ V/ o% K. N! z0 g" ^; ]! _
Create stiffeners on plates with multiple thicknesses 8 {7 H2 I7 s$ ?: v- p
Create standard parts on plates with multiple thicknesses " e% V! C: @8 M+ D$ S
Split standard parts in the basic design
; r1 F; N5 H) x ^; eSplit standard parts and built-up profiles in the detailed design / S# @& f0 o4 h3 {9 f, P+ q9 n; V
Profile Transition
1 A+ E! H/ W6 s4 d5 h- R2 \End Cut enhancements
% S$ ^; u: f- u3 k D3 WProfile Cutout enhancements
; Q% e% b, ]9 ^) \) ]- lCollar plate enhancement$ n* @! D2 n" k
Examine Steel Features 5 P" A0 m* h; ?' }1 a
Paint Parameters . f: e" K7 n; n9 e! d- q( x
Vehicle Design
8 J/ g4 M8 H% l- wVehicle loading input to vision tools $ p q3 l& T4 n: W1 l, U
Vehicle Packaging Validation " g/ Y" M* k2 m" @/ b
Head Impact
6 u# f/ F1 _4 [9 F& D4 F) R6 FPedestrian Protection enhancements
- o7 {+ v: |- n. v. R' f4 b& Q3 BEyellipse enhancements
: X) q3 g V1 h j- }( Y2D Manikin enhancements
' \" _4 r9 Q4 L2 FSeat Lines enhancements
7 a) N2 k7 U0 [Hand Reach enhancements
4 y4 @; X5 R! o A4 HDirect Field of View enhancements / m! T; ~5 i" H+ N3 a
Instrument Panel Visibility enhancements
. ~- \" L2 N* BWindshield Vision Zones enhancements
7 |; d+ g4 ]0 e% w& p; L# v: `9 }Mirror Certification enhancements
2 v6 K; _. Y0 `& U* e1 F# q. kPCB Exchange
7 |2 B" S8 |8 N9 G3 ~) O' W- PUser interface enhancements in PCB Exchange
+ E# Y5 F ]& z# z& P2 N2 @0 _. tIDX collaboration commands G4 I- ]* l1 u% t- g3 h
IDX support enhancements & X2 Z2 z- |6 B' ?. z7 k
Copper Area 7 v. J& d, \, z4 f; d# ]
Comparison of ECAD and MCAD primary pin locations
9 u4 T* C' p5 e: P1 S2 ~; K* wShow Test Points
' [. }6 T# F" TChapter 3: CAM ( ]2 r. L& M5 \ l" P6 X
CAM general F0 l) N, }* c6 P
Notes in Manufacturing
4 \6 t* n0 j' `3 L$ z; ?3 G( C- ODescriptions in Manufacturing
( o7 `/ Y, G$ v, W8 E8 h! {2 N+ hDisplaying visible and hidden geometry " l% j' y- }% M; i, w" ~9 n, {
Boundary selection enhancements
: X& D! J2 [. A( l$ QBoundary selection display and gap closing
8 G& {# o5 r: w; P, lPasting operations with reference 3 V2 K* @( _0 c" _6 R9 d
Show Thickness by Color enhancements
; i. w7 X0 b2 o8 F# N1 JSet Machining Data enhancements
8 u! \$ {1 M! B: e' ^9 |# _Flute length for drills
0 |" Q2 |3 m. [# }$ x2 UMilling enhancements
! k9 e) A( A8 y a. _, HMachining with a T-Cutter
0 _& {# N) Q2 S; nMachining cylindrical parts
: Z" j$ |5 ~# s' D3 e' eTilt Tool Axis enhancements $ L4 l3 e' w1 }6 M) I5 q) W
Area Milling enhancements ; H( H3 l ?% `6 T* a6 n3 ]: V, P
Divide By Holder " _ V8 M, Z& a1 ^6 g
Contact data output for Hole Milling and Thread Milling
7 }2 l# M9 \/ `1 ?# \" Z, \Cut area selection by edge-bounded region
0 S" h/ d) |* N: T# s- RSafer engage and retract moves for Zlevel operations
' n5 k" k% b6 f/ q, c1 qSmooth noncutting motions in contouring and flowcut operations
! e, @( U. M3 j Y1 v- WImproving 3D IPW efficiency in Cavity Milling
) |$ X0 t2 a2 Q+ `2 s* kMulti Blade milling for turbomachinery
* P2 Q- h( |& B8 A, @9 {: s Z! f" GHole machining
3 }4 J3 M: C9 Q* }& jNew manual drilling operations 8 \ Z/ s1 }2 ]
Hole machining workflow using a feature group geometry parent % m/ P" c& U5 U3 _5 ~1 W Y$ S
Machining feature groups
) U/ V/ G; ]8 X- F, SIn-process features 9 T8 a4 m0 f8 e2 q4 s( ~( l% _0 S- ~
Visualizing in-process features / A9 y4 O8 K# @9 K. C6 h2 G
In-process workpiece options to control the in-process feature 9 x, L4 i2 F) m t: S0 C" l/ l( R
viii What's New in NX 90
- x* Y/ i2 ]* p4 uFeature machining areas # W/ x& b6 ]1 M9 J( `- a
Drill tip point length . P9 G/ L8 n! `" j, I
Core Drill + g% L8 ?' M4 `
Probing
/ u4 T4 y) {% [Probing
% Y' Q+ S& Q1 V1 k# h) sTurning enhancements % }: s" y/ Q+ J8 A& I( H$ U$ {/ g# g
Centerline Drilling depth enhancement , {* E0 t* }9 s: { P. B1 `
Turning non cutting moves enhancements5 }$ g$ a- |: ~2 R$ N' g5 H( ~
Parting off operation 6 Z- b$ t3 |& H( j) \ w0 o1 H& `
Threading non cutting moves enhancements 5 i" i. `. n% w% x4 q- o
Integrated simulation and verification — ISV 5 t: C& J3 k- [4 L# l; @4 a
Displaying axis positions and limits
9 L* _. t" v& c n; N& O0 p! U$ bPositioning simulated machine tools and cutters
: _: @, Z0 N" UTool path display for external file simulation 8 Y1 {) X( c" h$ W
Simulating all channels in external files
8 t O: x8 d" D9 ySimulating synchronized operations 8 B' A/ j; k. G9 A
Viewing a tool contact representation
4 b$ k5 C; W( w3 k9 YConfigurable parser for NC Controllers
$ h8 x1 ?, W1 V* w, z' [0 LKinematic chains for simulating complex machine tools ! U* i! l4 g* b7 D" R' g8 H
Suppress Status line update
0 A3 y/ W4 k9 v7 e9 ]IPW color mapping to tools or operations
$ ]$ C2 a }4 I FRegenerating a saved IPW % \6 ~# v1 n) r6 B4 V7 i+ S
Gouge Check enhancements
3 P* L4 R) d" H( X- `" c' r* ? MSinumerik Collision Avoidance 6 H; U1 c( {* t+ Z) N
Simulation and postprocessor examples
- I; Y. @4 n" Z7 P6 \+ E9 HFlute length for drills ( Z* U4 j& u6 @
NX Post ' p* A1 X) m R% s8 V# P
Adding CAM attributes for shop documentation in the post : d* Q) U# U9 t; H
Post Builder 9 v, \( Q1 j* B/ Q- Q7 t
New Tcl commands in Post Builder : A8 ]2 v5 F6 @+ V
Simulation and postprocessor examples 3 E9 o3 q8 j" q$ ^, K
Feature-based Machining # `3 n# x9 ?% Z# X- [! _
Feature machining areas
" ]. ? ]; z. _7 eMachining feature groups 1 q, l9 `* G- I% l/ d4 f
In-process features 6 s, J9 n6 t, i0 d! X( U
Visualizing in-process features % q/ w. P$ y: U; C6 w5 j6 M3 \
In-process workpiece options to control the in-process feature
" w9 j7 h/ h4 e0 C. R/ qWire EDM
# a: `0 @2 ?9 i. h: W0 p* iWire EDM tool and guide
$ Q+ O/ | Q' c* ]1 h2 ~Chapter 4: CAE 1 O6 S; l a/ S# L# o1 I
Advanced Simulation
0 B7 r; C: c2 s. u) oSolver version support 6 e( U% C/ _& d8 h. a+ h1 s+ _
General capabilities
' \8 T q/ v y1 b6 O5 {* ]7 QFields
# S& ]" B9 w3 p1 YMaterials - n+ Q5 Q, F: A: k
Meshing / n, K- F" W* g4 D* A" ^
Boundary conditions / r2 o+ _( |1 r" I
Solutions $ k, } v8 |2 ?, ?! [
Nastran support enhancements 9 I) c( ]0 @- V" n5 z6 p" A c
Abaqus support enhancements
0 d- q3 o& j9 }7 K0 o( hANSYS support enhancements " @6 z% c, `8 P+ K
LS-DYNA support enhancements 3 F/ Y8 u9 d4 u+ Y
Optimization z6 j$ v' Y9 P: n. Z% J# n. x) b
Post-processing 5 w) Z6 T& v( Z8 \4 M% T9 t
Durability ) n. L, b0 N% C. W4 j
NX Laminate Composites
4 ^1 a5 K: B3 L6 G F" z, x9 nNX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal # i8 U4 { j4 R) y, j
NX FE Model Correlation
2 Q) O( ^; B3 Z- V( _; UTeamcenter Integration for Simulation
: t% M/ x1 T; yDesign Simulation
' W' S$ [" n0 P" z! {; L$ [, k! U, NBoundary conditions
! t0 c4 U6 ]/ l( M5 H8 ^Meshing 0 E. Y, h1 a J) i$ h( @; K
Motion Simulation 7 R& n( U( A$ [2 T) m( A
Interactive articulation methods - n% _4 a& p& Z' `2 x
Joint limits in articulation
: V6 H6 F/ o0 N1 v) i0 oAnimation enhancements
! n1 s' `3 e2 ]+ o. |$ A- Z) kSpreadsheet Run enhancements
/ N: C) s2 S4 @: @* a" [Motion Preferences enhancements ; b- r! W) y0 Q+ c
Functions and Graphing 9 m: K0 k, y/ T) {
Inverse option for Function Single Math command
% m+ ~4 l' p0 s+ i6 K% FPlotting a graph in a separate window $ D; g3 X0 ]% M8 E, d" O( k" ]
Improved font support in graphs
, T' {* U" h! G4 D8 dPlotting a graph with no line
% i T, i) u. j& Z R6 F7 c5 SSaving graph data to an AFU file
! ?0 q- y; u6 N+ ZExpanded complex plot support
6 \$ {5 m( [" cChapter 5: Teamcenter Integration for NX $ N6 y6 z: _" {/ s+ J$ P: `
Teamcenter Integration for NX 7 z% W% l$ [! b
Define and load configuration contexts + i; h0 o/ ~+ P) w+ }# H
Run NX in a Teamcenter multifield key environment $ y: S2 m9 n2 I( B, w
Independent drawings added to export and clone ) C" T3 p1 C) j! X
Save As enhanced
0 o* T# \% w+ c8 w: IRetaining absolute occurrences when saving moved components
9 l! r& E% {6 @6 n9 ~+ yOpening a component with a different revision rule than the assembly 2 \$ p- N! a& d
Viewing results and default filtering for projects 8 u% t5 l- E7 ?7 C) Z9 A
Adding independent drawings and CAE parts in the ug_clone utility
$ C# Z7 i3 m% ?; }: v7 W* ?Refile utility enhancement in Teamcenter 9 p9 u3 F* o u$ o0 S5 P; E6 \
Item-based publishing of welds and datums to Teamcenter " w2 S) C! h9 _( {- W6 \' e
Chapter 6: 4th Generation Design (4GD)
5 V* Y: j" Y$ _% o% x6 pIntroducing 4GD
U" q; u) o! _4GD enhancements
' g+ a" `, U# pDesign element enhancements 9 o7 I: G0 U: \9 |
Creating multiple design elements ! s5 ~, [7 c8 k: x9 I% Q* q
Converting design elements
. e+ P3 p1 X' ^& z9 YCreate Reusable Design - b; Y- D# D3 x: B; c! `
Presented parents
i6 S/ w4 Y1 F6 h8 q; jPartition views for subsets
' J5 k; `; P' C7 c+ r0 }! H( q; j' yx What's New in NX 90 ( m/ ~+ ?' ` R2 e
Subset structure views 8 E; t- T+ Y3 C. e7 r, `
Adding connecting welds to a subset
. X+ Q2 Y9 c& _' L% k9 C4 ]% jMirroring a design element ! t2 C4 a* f) F
Load attribute groups for design elements 6 k, ~. S0 x& y1 L6 Y
Effectivity and variant options added to subset creation
: ? S/ U& @9 o3 B# J' ]5 \; v1 oEdit attributes in bulk 5 S; M _. I. B6 H. d
Show Collaborative Design Preview ! F+ z- N' i0 E2 w5 E
Design features
8 G* O) D0 L+ n# a3 ZCheck in and check out enhancements : g! p) Q9 G: E$ ]* O, H4 L1 Q
Generating collaborative designs from existing structures
! E4 F" H: r/ \3 nCheck-Mate in 4GD
* S9 w1 d" i( F, r/ UIssue Management in 4GD
( V H1 s% ~# o' Y% f" AChapter 7: Inspection and validation 1 X% O( p- R4 o. ]
Check-Mate 0 y2 U* F7 ~! S6 I' z7 j
Check-Mate checkers and functions
* ~$ Z5 c+ w2 [$ ~6 `' x9 QCheck-Mate profiles 8 Y% a2 O" U- s
CMM Inspection Programming
/ d( _8 P) l% D9 VGeneral enhancements * S% q! x% @0 w7 `" x
Expanded CMM libraries# d, A+ {( t# E& Z7 ^4 Z0 x( ?- e
Offset distance for 2D features ; M7 F$ {; U* @1 }" D2 ]- u9 Y
New inspection feature type: Edge Point
- _: F4 t1 | f* d4 GSet PCS to CADABS alignment type 7 k# ]- W' G5 K
New inspection command types - @ a5 d ?3 m- Y
Support for cylindrical probes - L! j: u" ~. j4 \ ]3 Z
Resequencing of inspection paths
$ {7 f$ Q7 x4 I2 {/ r! yAuto-ordering of tolerances in the Inspection Navigator ; Z2 a! @9 f. ^* @/ f7 `
Support for DMIS SNSET/DEPTH
# f2 F+ f# z0 B' GMeasure an inspection feature relative to another feature8 B( {* L/ o( C6 w
Requirements Validation
$ x) I' B% W4 AUnits in the HD3D Requirements Validation tool / ~; |. O: g+ K" `' S
Chapter 8: Tooling Design , \! q u3 ^$ V; A4 K4 o
CAM Data Preparation 1 t1 J, A0 |2 U1 f
3D Curve Offset % A5 D+ n9 k, N4 A
3D Curve Blend . e. b `6 X; r8 E* U
Match Surface
2 d1 i, ~7 G) L) S4 {5 x4 hReduce Surface Radius , M; Z8 o; S1 k5 b
Guided Extension + H- ^: |0 E7 [( l6 b
Tooling shared functions
, b5 t) z1 V/ cDie Analysis using LS-DYNA 5 c- L+ v! B( s% R+ f$ |3 {
Object Attribute Management 9 G9 H8 o6 `( U# {
Face Color Management ( s W) M6 j$ K0 |# _8 P/ ~ Y
Hole Manufacturing Note
! G; |/ {- }* f& R4 U" _; `' NRestore Tooling Application ; Q* c7 q0 z; C
Mold Wizard
& o, R2 I8 u7 A' HMold Base Library enhancements
0 ]7 d% N. r4 f$ K0 o% d# |; |/ dWorkpiece enhancements - A8 R# t% W8 y+ }* `3 a: [8 N; b+ b
Ejector Pin Table
. j! q8 q6 M- z* G/ Q+ Z tWeld Assistant4 _) R. K: w4 e. K! ?
Fabrication Information
; [0 _ a( M& _0 i1 I3 _- RJoint Mark 4 z Q8 g2 l! R" Z8 |* q
Export CSV File enhancements
) z1 p( n% L* S; }$ p; d* { m X5 wImport CSV File enhancement 9 h. W1 j: B( u8 U. O3 V- e7 B; H
Groove Weld enhancements
7 \; ^. L4 [$ z, c; `' t8 @# M( eDatum Surface Locator and Datum Pin Locator enhancements P& P7 C0 A0 m6 R$ o0 ^. J: \2 r# Q
Using weld and datum information obtained from Teamcenter
6 T9 e( q3 `% M' l' i' K5 C! DItem-based publishing of welds and datums to Teamcenter
8 U( M, w! s: G, TConnected Face Finder enhancements
$ U7 R, i( P# h$ tCompound Weld enhancements " H7 [$ l) `; Q" M0 x$ o$ {
Structure Welding
2 n( s/ l( ^; i5 }0 pFabrication PMI
. e% f4 v' k9 Y9 W' N4 B1 DSurface Weld
4 T+ n! c" e8 i6 I7 j' wWelding Joint enhancements
6 g- ~3 N0 Q e9 W! X# tEdit Joint Definition enhancement
9 i& @; n' D/ X2 EEdge Attribute Title welding customer default 1 W5 g' I$ r4 J1 `8 I+ }6 n! I
Export Welding Joints enhancement
A6 X8 J$ t* H6 D4 W; FItem-based publishing of welds and datums to Teamcenter
& N5 z- l. {4 {, I! RDie Design 2 { q& P7 {' G/ w$ k# P
Lower Binder
( ?; v4 Z, m% g2 H8 f8 T* ^$ ?Trim Post
; ]/ J. D# e& I/ Y4 `4 o: jDraw Punch and Draw Die enhancements
) L7 w$ d# [- b/ {) UAssigning colors to die faces
9 W G6 L/ y) D; eDie Engineering 1 F2 W6 u+ m- e8 R! S0 B' J+ P9 e" Z
Die Analysis using LS-DYNA
[ D: }) K% L* C! O. d3 pTrim Angle Check enhancements 5 C: M: j( k) f7 S* H
Stamping Operation enhancement
" {: S& A' { r( p9 pDie Tip enhancement % O; Y0 O. Y' w# A
Chapter 9: Data translation
5 F% v& D5 R. m% wExporting editable dimensions to DXF/DWG file
3 L! o4 l/ I# R6 [( }) j9 r3 o/ OControlling text aspect ratio for the text imported from DXF/DWG file
# w9 q, U8 e6 y$ i. z. T# VSupported DXF/DWG versions
" c' d4 Y2 O" o% q! k/ l( ?6 hSTEP translator enhancements ( M0 ^: N; j/ x H7 u& Y
NX to JT
& v0 P, r% p' ~4 C2 Z6 I1 l2 wJT version 10 files * e. ~ W! Y7 k! u
Display order of model views and PMIs in JT files
) l1 ^! c' l0 p# a1 o% jJT support for object visibility in model views 9 e8 m/ m7 l( U5 _5 v' ?. s$ C [+ u
PMI lightweight section views enhancements in JT files : d% T {3 @0 ]5 ^/ e! D/ ?3 q
JT support for weld Joint Mark feature
2 Y' i, H/ j1 |7 L- m6 O/ h1 G8 K* AJT support for hole and thread callout PMI
7 T* m" z, R) x7 O0 D5 D) mGeometry Sharing in JT files
`( p4 B* s* @! h: ]' SJT support for business modifiers and PMI attributes
& e7 [8 f' `% O: d: @4 i" nVisibility of datum entities in model views of JT files
5 l9 o" O: N0 H% V( | c jJT support for PMI association with objects 1 @5 b# {) B5 i7 S1 U. v
Chapter 10: Mechatronics Concept Designer
7 k+ q9 C4 e+ _( S7 YCollision Body enhancements
j- ]# e1 S& E% o- yActuator enhancements 5 R6 S2 ]7 V$ \: Z: }2 p
xii What's New in NX 90
7 @+ v5 ?* ~ N, ICam enhancements ' U2 b* N3 W) O8 t+ g
Operation enhancements
7 W8 p$ T9 e: U; u" BChanging units in dialog boxes $ K4 m: K9 e0 u) ~1 I
Mechatronics Concept Designer preferences
" G+ p, Y2 s+ [; N0 ~7 \! FCreate dependencies - A' t" I/ X1 D8 f5 d, N$ p
System Navigator enhancements
2 \$ l; ^* }+ E0 m7 T9 }, aCreating physics containers
2 ]! d7 G9 q+ ^! aECAD integration enhancements
* V; H9 W# j, i; X0 S' |7 D* PSimulating NC code
4 ?+ [ Y/ }& tConvert from MTB
4 e0 z) a, b* o5 W4 n9 vShared memory signal mapping
# T$ t. Q1 Q( k, d( c5 QSCOUT Integration
. P/ ~3 g, g7 X2 E( uSIZER Integration
" S# H" L4 D+ PChapter 11: Programming Tools * [: I5 V4 O) Q$ W# c
Assemblies functions in SNAP + g* e% a" H( S$ F6 ^% I* l3 T
Block UI Styler' V/ T' x, T o$ s
New properties for blocks
) I' {+ `5 h) NChanging a displayed part
|9 G- A& t3 y: ^4 f6 U! M) JExplorer block ! Y+ c: T7 ^$ U! K8 @* Y
Chapter 12: What's New in NX 851
9 |( N3 d+ | z+ p% _# ~Modeling & ~" S, N$ X7 a0 Y- Z' b
User Defined Feature callback hooks for NX Open API libraries
- E9 B) `: q1 P6 sPreserve the relative order of Feature Groups $ o" b1 u3 H2 C5 Q% R: x
U/V Direction " N2 W! o9 h& ]# ~
Studio Surface enhancements — Split faces along boundary curves
: `' G0 D6 a4 _! v. f9 U! @PMI ! h5 \$ r0 P! y5 L
Find PMI Associated to Geometry enhancements
( G4 h8 v! K4 _9 a- C7 r* IPMI Effectivity Management 741
1 M2 Q& m- I: w' n- B0 v! y: ARouting 742 ) A' |: ~' G( q p# r+ H
Wind Catcher 742 ' x: P8 ?5 F0 f# P
Branch Path Numbering 744
, n- w2 `+ H% {: Z1 o, QPlatform Creator 745 : @0 m8 @- ~1 o% B; k
Shipbuilding 747 7 L6 \7 c6 }5 I4 z3 r( ]- q- }
Assign manufacturing information to openings 747
, s {1 ?6 c9 a" ^* d% JSpecify section subtypes for steel features 749
7 m; |* R8 p6 ]2 W6 z4 _Manufacturing 750
" \) a7 [) t/ ?* M$ s% NOperation Navigator enhancements 750 : G! {) U, V' l( `7 a
Advanced Simulation 751 2 g; b: w" E9 z8 c2 ?
Solver version support 751 3 i- j* H" S$ a; ~5 h
NX Laminate Composites 758
; {" [8 d* a- i3 T8 E$ r! ADurability 763
$ b: @/ S8 `3 O) LTeamcenter Integration for NX 764
) L' K: S/ \3 N3 uNX Relations Browser enhancements 764 2 w* I; q) r" d6 A* H. j2 x
Select Configuration Context when loading assemblies 766 : N0 f7 M* A9 G# [
Default project selection 768 - B9 j' ?/ y; J: K5 {+ l& `* K1 g
CMM Inspection Programming 769
! D: h* r6 j# @% p5 v% E/ [CMM measurement analysis engine 769
; w$ Q3 H* c! m4 WExport analysis results 771 DMIS programming enhancement 772 1 G, r3 b+ v! e% v# f8 H
Data translation 774
( @1 l+ X: n3 d) j5 vAutoCAD DXF/DWG Import Wizard dialog box enhancement 774
: @9 [$ T7 v4 S/ E3 {5 [# M- PJT support for PMI association with objects 775
! j5 p0 n, r8 ]* S& NMechatronics Concept Designer 776
w& E, D0 u( z' X Import from ECAD enhancements 776
0 m$ ?9 E3 C! O8 b- F" o" d8 B+ c* ^
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