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* j- S8 ~$ u' [4 c( N. k【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！
7 a" ~, u$ f1 w& b4 b! ?' g# {( ]8 A' z2 e% ^
& x$ k, j3 C) P% h) x( W涵盖了所有模块！
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0 T3 `' `8 r, B) H M/ d# c2 z不懂E文的，看图也知道了！！
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1 i4 D% T9 ]3 z What's New in NX 90 iii
8 {9 [/ H9 i4 z7 F% }Contents ) h- w6 U2 C9 h8 J% O
Chapter 1: Fundamentals
* U/ `7 V; [+ `; S* BRibbon bar interface The NX Window (Ribbon bar) $ v; C9 E# C6 {! W1 u
Show Ribbon bar tabs and commands 5 k4 A/ R' [ I: ?: V
Add commands to the Quick Access toolbar ! T( } _0 [" b* v- I4 A$ v
Add commands to Border bars & i. p1 o& }/ T' z; O* ]7 Y( r( Q
Customize the Ribbon bar interface
' |1 e: F* r5 i+ [) eAdd a tab and group to the Ribbon bar 3 }& d* i8 m1 ?
Save Ribbon bar layouts 5 v9 j8 y9 l' a4 c
Export and import your interface layout 5 X2 [( ]7 J/ {. N: ~3 Q5 q
Ray Traced Studio ( E4 O5 U1 B6 L# g- x7 g# l
Issue Management enhancements 9 y( w# }; U9 X. [
Generate support logs for IR or PR $ v! f! i: n1 o* V5 o/ W2 ^+ n
Integrated web browser enhancement
( Z* e: n7 a- HView section enhancements
& u2 C6 [$ o+ l B9 `: _Display facet enhancements 8 {! `) e. X# S6 |3 U; x
Measure Point
' e% q: w# ~& ~Raster Image enhancements 1 V: n1 l: I6 q( Y/ y& [8 h
Lock Rotations
2 O ~- `& Q |; F& S& ZSynchronize Views
4 O% l4 G4 v5 X; OStereo Display Visualization preference : \- M1 |9 _. {6 w
CSYS tool enhancements * L! h$ d/ b6 ^: h) i$ }3 | ?- n
Edit attributes in bulk 9 F1 |8 Z9 j- p$ b# g
Chapter 2: CAD
/ Z- C, e$ M9 c; J1 Q# T# V; v X. USkeTChing
6 K7 t, L! q2 JSketch enhancements
0 ]# a7 P( P5 FSketch dimensions ; q4 r5 H: o% p3 W% A1 {; [
2D Synchronous Technology
. W S9 M1 Q. v) w aRigid sketch groups
! U3 A- L- \- b7 DPart Module ( ?/ _. y( }3 F0 G$ l. C5 S0 v1 X& z. S
Additional Part Module workflow 4 Y$ b2 D! W" K" `$ h. |$ m
Shared Body enhancement
/ D6 |" q) W) ]Controlling Part Module updates + d- D) }9 F D3 Y
Nest and Un-nest Part Module * U* ~! L" T: Z! m
Save As and Part Modules
9 @; l' U7 c3 b3 WSynchronize Links enhancement
" T# j/ V! f( W6 Q8 {Modeling
" H/ F' n9 e e+ R4 J& [Snip into Patches
, b8 O; k0 S1 V, Y) q9 x) aRib
' O, `* x% H1 a0 N, pMirror Geometry ; _$ i; O4 h6 C7 M v# l# K
Extract multiple bodies enhancement
- r$ n* w) g6 [2 C" R4 L: W1 GAnalyze Pockets and Blend Pocket
3 z) I8 z6 ^: f b: P. @9 y! s1 DCombine or separate tool bodies ( `& r. u% ]2 P9 P% ~
Interrupt feature updates + F, R" ~1 b2 T1 c# Y
Load Rollback Data ! V' x: l! z+ {. a2 t! |& M9 g4 h2 M$ T
Sorting model views
4 o% Q5 e. F2 s% i NSelect intersection edges in Edge Blend and Draft 0 }4 z5 c/ ]2 U+ ^2 w9 `' ?( ?
Replace Edge 1 O' }# c- Q# q6 g& d
iv What's New in NX 90 0 I! [+ F' R- C* G* U
Local Untrim and Extend
0 H( g8 N0 T- k$ t" VRoUGh Offset enhancement
* o& i9 D9 g( A& C5 b8 ?9 MReplace Feature enhancements ; ~, X' z: q& K* B6 y
Unsew enhancements
& j" \; P7 W$ rDraft enhancements 8 b% a) ~, n, B) J1 H
Draft Body enhancements 5 N; u( I* l5 e# D$ W. c6 S4 a* z
Thicken enhancements
8 f) L( n/ F4 ~ X8 [Pattern enhancements
5 L; ^! @ D2 ?- X# G" v8 `Untrim enhancements , R9 o X$ i/ H% K
Divide Face enhancements
/ M& S. k% ^8 NPart Families enhancements & d' b* T; f( O7 R
Body selection enhancements for Boolean operations
. ~2 j5 r8 n. w" T' ]7 |Face selection enhancements for Synchronous Modeling
- {$ a0 D9 T) iSynchronous Modeling
5 v3 ?# k. J: m0 f- [- E. hMove Edge : ~6 H. m8 r/ S: h" }: Y
Offset Edge
5 ~" _" ]. b% O' }9 }3 DDelete blend faces with the Delete Face command & z( j5 t/ n3 u
Label Notch Blend enhancement
) B1 J# j& a3 k! TFacet Body Preparation $ O h# X5 p$ u# L6 s9 F
Create Box
" I( E& v* q2 N! _/ _Snap Point enhancement
" k7 k* W: {, p6 yExtrude Facet Body % I- w" _8 T& s2 u$ T& x2 ]
Extrude Profile
/ S" b0 T: W! nMerge Disjoint Facet Bodies ( y9 b2 ~0 d5 Q4 c/ U) R% _ _
Merge Overlapping Facet Bodies
: u& d( E9 C! g1 Q$ y8 r: kMerge Touching Facet Bodies ! f# x$ {/ {& C" d0 g
Rough Offset enhancement 4 C) n c: x+ c
Shape Studio
" r8 o. C8 z- E& zSmooth Curve String
" c+ n7 {$ l |5 W. S% kSection surface user interface improvements
, j9 I: r( |( l! o0 |Highlight Lines enhancement
* |: C1 F: F' ?0 u) m+ tDeviation Gauge enhancements : Y6 J/ t& }, Q Y
Face Analysis – Slope enhancements , I2 G; k, X4 c' f0 z& j
Concave Faces enhancements 3 k9 t: C* f d$ ]3 ~1 e
Face Curvature Analysis ! R7 b" U- Y7 h @% P4 Q4 e. F
Ruled surface Developable Alignment
+ y5 X4 `% F& P; ?3 a0 x" yWrap/Unwrap Curve
# a& b2 @$ Q9 M5 @" r' rAssemblies 0 j o2 L: [# T1 Z9 K( f; y
Pack all components enhancement
$ w; j" b- i: u; [; [# HWAVE link multiple bodies enhancement
+ A- a7 g) c" L3 sLoad Rollback Data
* J4 h1 T+ A' P0 L) K2 d% `Assembly Clearance enhancements - Y4 E7 W8 [9 m3 s z
Order of components in the Assembly Navigator
! V% M7 }7 V+ } p' |; ^Pattern Component ' P7 f5 S6 [3 L+ X4 [
Identification of inconsistencies between WAVE and assembly constraints ( Y0 ]- @6 `# L6 P1 j6 k. N' y1 h
Align/Lock assembly constraint
: }9 {4 B l" y |Direction to Fixed column in the Constraint Navigator
- y' H l) X# l% j% a- d4 M% b9 j* PProduct interface enhancements & A! A0 H0 Q+ \: N% ~
Assemblies functions in SNAP , i5 [3 m3 Y! H I+ k
Visual reports
6 {9 i! [" b; @Drafting ; e1 F" }8 ~+ ]7 ^' z
Usability enhancements ! P$ Y1 a! \: P
Rapid Dimension |$ `0 m( w5 q. C3 r% d
Linear Dimension $ w" R* d# H& U5 h5 C2 t8 G
Radial dimension ) L. r& d+ m: J$ v
Angular Dimension enhancements 3 G1 M) n4 a* l3 q: ~7 q) o& z
Hole Callout
4 _3 s. k+ A8 I; z5 `* w& Y- J9 @Geometry margins for dimensions and annotations
& c3 t0 w) w' A! `7 X* D h) HAlternate Dimension Endpoints 5 j7 F% O. h4 v* Z/ t$ B$ N) V4 m# p
General dimension enhancements
$ K T: g7 ~4 N& H: I! J* L+ g% `; wExact and Smart Lightweight view enhancements
$ _. \$ R, K/ D- k4 W$ o' FDimensioning Smart Lightweight views
( M! ~9 a2 X. n8 M+ b) _Viewing Direction Reference Arrows
0 K( b; U. k' USection line bend and end segment widths
1 Q) V% x) k" b0 `" Q* qAuto balloon leader placement
* s* i, j7 S* m- ~Axis Intersection symbol
% a" l5 o8 L; g; J. ISurface Finish Symbol enhancements " {: n0 t3 ^& v- p1 F& n+ f8 I
Datum leader enhancements ) F: y6 |, t6 L6 u
Drafting symbols % W7 Y3 `3 K9 v7 l* V+ z# @2 u
Embedded image enhancements 3 z( \. o( e+ U: S
Hole Table ; L" Y3 _& _2 m
Bend Table
, Y/ u9 p. W Q2 Z9 N; ^( FInherit PMI enhancements & b) y9 A7 j9 T( v% G- @/ m1 y0 y
Crosshatch enhancements
3 z8 {1 \8 e3 \- O: o hProduct and Manufacturing Information (PMI)
" p, s3 A R H4 P+ ?$ ?3 t( tUsability enhancements
% r9 ^4 U ?, Z, ~5 ORapid Dimension - W; I% q" _: C& _( Q* c, U
Linear Dimension + i" I- G' i6 w2 O$ l( X }8 a
Radial dimension
# q1 A8 Y, E8 h2 IAngular Dimension enhancements 6 |2 L6 i! Y! d# x2 k) [- [
Hole Callout
( Y1 n* @7 l- j; jGeometry margins for dimensions and annotations 3 Z& ^" C; M2 X6 r" {: k
Alternate Dimension Endpoints 5 ~- E$ e2 t; Q! ~+ N3 y3 V2 f
General dimension enhancements 0 G. X. V5 C+ s6 S/ V" a* X
Lightweight section view enhancements 0 w& n5 C8 N$ ~
Surface Finish enhancements
0 Z) b0 E! T+ z, }9 bInherit PMI enhancements
- b: ?. [$ t8 ^ G5 K- F HRegion enhancement 5 h+ Q0 W4 }! ~5 U" e4 e
Sorting model views 8 e3 w8 ~! z, {0 U* Z/ w( u* ~- Z7 t
Datum leader enhancements
( ]. b" Z5 }% W$ g# E" ~' U( sDrafting symbols " L+ k+ q0 q( A9 w- n
Axis Intersection symbol 5 r& d" K; g. V1 A9 v
PMI Feature Identification business modifier
, E" w) i0 p- d. T9 BUpdate PMI tracking properties
% Z1 J3 p% g; b' U' g2 A7 ^Sheet Metal 2 a! M. R) G X8 A( H( T" e/ ^
Bend Table / n; x q3 k% k& L# Y. U, b1 \1 [4 C- n
Unbend and Rebend enhancements 1 o* O, K1 _1 [* B* R1 t5 n
Resize Bend Radius enhancements
" k. y9 }2 f3 h: J6 ]8 ~vi What's New in NX 90 8 t0 b# F9 y7 [. y4 O1 M0 D
Mirror Feature enhancements 2 u4 y% @+ L0 ]4 w. F0 @6 x$ w- X
Unite in Sheet Metal 9 c* d9 I+ @/ F9 ?+ [8 N
Three Bend Corner enhancements
/ w# O1 t8 E# _6 kMirror Body enhancements
. x. B# d: k, c2 n! \! F/ ZPreferences for flat pattern views
2 U4 R. J( Y: ~) NFlat Pattern enhancements |% s Z; l3 p8 O7 x0 U$ _
Pattern Face ; s3 V! Y, A+ |3 A' G
Flexible Printed Circuit Design
, ~8 q% Q' Y4 pWrap ; r2 U+ i; X& x9 w }
Flexible Printed Circuit Design enhancements $ v0 J! @! B' A: B. X# z2 [4 S
Pattern Face / l) M* P& m# D- ?* h
Data Reuse 9 }5 ^- C" ]9 p' B0 m$ G
Double-clicking folders and reusable objects
5 `+ c5 {+ t8 S: S0 |4 KCreating shortcut folders for your reuse library , @7 Z% s2 W9 M# O5 e+ F
Reuse library undo and redo
/ n& [8 ]8 m6 I0 ?Creating an index in the reuse library & p* f5 i6 e$ O8 J" i
Mapping reuse library names
4 C+ y2 d8 X, A, q% W XReusable object feature name # `/ B6 V% @ T( K8 `
Reusable object part definition
' J6 ~# ]. x# \$ V3 JCreating feature component patterns with reusable objects
' u& z1 k* i6 {Managing knowledge enabled components in Teamcenter
) B7 p. n0 {. F- P1 L5 S5 Q4 RReusable component revision rules in Teamcenter
9 d8 k7 F9 ?# {! DAdding files as datasets to reusable objects and reusable components in Teamcenter : t$ y. @& H- b6 c" i
Part family-related enhancements to Product Template Studio
6 T1 x4 T7 V0 G1 l- c4 {+ l% ?Routing
) ?' U5 ~! p6 D2 MConfiguring Routing applications
3 r" R5 F0 z# UCommon Routing tools
2 B6 k b2 j) z$ @Routing Electrical * f! d6 a2 f' S! \
Routing Mechanical ; y* U2 I* M) H+ W/ Y! @0 T5 [
HVAC
4 V; t/ q3 a9 B5 FShipbuilding
1 w6 A p$ } l, n9 J OKnuckled plates
& e+ }8 @8 Q# A1 C3 yKnuckled profile systems
6 z7 [. N; B) \2 d. w. L9 wKnuckled profiles # ]; X4 {% Z& P" \
Create stiffeners between supports
+ ~3 I+ Z- ?8 b T, j! s9 h- @! oControl profile orientations
5 q5 ~ {5 v8 gBuilt-up profiles
9 N3 G4 }) V& [5 LCreate stiffeners on plates with multiple thicknesses
/ D F ?$ @: A, e$ |* YCreate standard parts on plates with multiple thicknesses
8 v% Y4 S9 j5 `9 l' b! FSplit standard parts in the basic design ( H7 h! H" T& s+ v+ z
Split standard parts and built-up profiles in the detailed design
# V2 l) Q% z, C9 LProfile Transition
5 v, X. A w9 {2 ]$ |End Cut enhancements
/ U, G% z7 E8 o& ]Profile Cutout enhancements - b5 ]4 Q+ ?& H1 l6 T) ?9 N) T5 w
Collar plate enhancement& [0 P$ U6 Q q
Examine Steel Features
$ A9 t, N) o1 [+ H" Q1 pPaint Parameters & l7 |6 e9 y; l% n! y$ Q
Vehicle Design 4 h$ d' k3 V- A1 D, e s% M0 ~8 l: ~
Vehicle loading input to vision tools 6 v9 o$ U8 V. Q% ^2 Z, D" [& h
Vehicle Packaging Validation ( g7 {1 s6 c/ {! C- b
Head Impact
9 x0 R% J: s+ h* w6 P. `" D$ b; mPedestrian Protection enhancements % C9 B7 @6 _ ^; F+ @
Eyellipse enhancements
( y8 l: W5 v4 W) ]" V Y p2D Manikin enhancements ( Y% {+ h# t* |* z
Seat Lines enhancements " r% w; K6 }9 a
Hand Reach enhancements
' b4 r* F9 y* N1 F* y% w, \+ X9 B6 fDirect Field of View enhancements
& H$ {* n& b. DInstrument Panel Visibility enhancements
- t+ g/ _5 v1 _Windshield Vision Zones enhancements ' D6 I/ J2 f$ [1 H( a3 J; g. p
Mirror Certification enhancements # T; \6 G( e9 e! Z
PCB Exchange C t/ [. T# a8 s7 z
User interface enhancements in PCB Exchange ' x& ?( ], N0 ?7 K9 s
IDX collaboration commands 7 S( E* p! d2 P, W: v. v1 D! w
IDX support enhancements , V: I+ X( c8 @8 M' V! m9 J
Copper Area 3 N+ b& n/ Y) b/ I
Comparison of ECAD and MCAD primary pin locations
) H+ W" J: b: fShow Test Points
4 C: u* o% O3 { {5 q0 mChapter 3: CAM , T+ o/ N! p4 z% g# _" Z. X- S
CAM general
/ I3 c# S5 O! s1 ^: P7 `: {Notes in Manufacturing
m+ B4 |! {) N: F" a6 {Descriptions in Manufacturing 2 w/ |+ b* U+ P5 {8 o: h$ ?5 g. y
Displaying visible and hidden geometry
% B9 \9 [& u7 u: g, aBoundary selection enhancements
/ y1 s9 V" {4 z4 W" kBoundary selection display and gap closing
3 i: d* i! M2 _) mPasting operations with reference
( z, }' S, d9 J* \2 _; V# dShow Thickness by Color enhancements ! B9 u) |0 s: z( B
Set Machining Data enhancements " D' a* k0 o0 c) }
Flute length for drills m5 W9 o! \6 n6 \9 I! T, A
Milling enhancements $ h8 v: _1 a" w5 n
Machining with a T-Cutter 5 J% I/ n5 k2 E, D
Machining cylindrical parts ! D1 o8 A$ d. [# k, z
Tilt Tool Axis enhancements
* X; ?/ u- ^2 HArea Milling enhancements
# n0 ^) V/ \0 M% r9 f8 }Divide By Holder 1 A+ d9 h2 ?, }$ [/ e- U5 K" L
Contact data output for Hole Milling and Thread Milling
2 v( C A$ G$ o+ `/ H# gCut area selection by edge-bounded region
- J4 H/ k: k$ \" | A( r: ASafer engage and retract moves for Zlevel operations D4 h0 V' u6 S% f: @& k
Smooth noncutting motions in contouring and flowcut operations
! u9 L1 c# H7 Y% rImproving 3D IPW efficiency in Cavity Milling
, M0 K0 \% y) `4 J7 N. TMulti Blade milling for turbomachinery - x/ ? x" \! E0 Q4 ^5 V
Hole machining
9 X( m( y3 ?/ {8 ]/ {" NNew manual drilling operations ' y3 K# o) m" e
Hole machining workflow using a feature group geometry parent
1 T- W% {; N3 f3 f6 AMachining feature groups $ h6 q4 t) I7 B; T
In-process features ' L) E# `9 b* }4 e# k$ { W* L- B
Visualizing in-process features # ?6 l7 l0 z7 H
In-process workpiece options to control the in-process feature
; T: H& Y& w0 y: c; Xviii What's New in NX 90
& G$ M9 U; n' L3 F7 f* ZFeature machining areas
& Z" w8 v4 Y- J \2 C3 oDrill tip point length 7 ` A% `/ r" l$ r
Core Drill # z4 T& M5 F G. a
Probing & X2 v P" K* ]' v* o% L1 L
Probing
' `: P4 Z! q% f0 pTurning enhancements
9 Y e3 @: o" E" V* `Centerline Drilling depth enhancement
- q- }! z" u+ {/ V) l& A) ]! ?) JTurning non cutting moves enhancements
2 E- g J; |3 r( U& B; x# v" i0 EParting off operation
# y" I0 ~% U/ p) h/ L, F% S- h) SThreading non cutting moves enhancements * i0 z1 S' D3 H& H! `0 ^6 W9 B
Integrated simulation and verification — ISV
5 F9 o& V, G- ~1 c$ ?/ NDisplaying axis positions and limits
6 p2 m: W; ?2 a% L% u' uPositioning simulated machine tools and cutters 2 A+ W0 U+ x: a) U, ~% J* D+ l5 k
Tool path display for external file simulation
6 a, Y& |& P) r# C4 W/ OSimulating all channels in external files
4 D( Y) o! c- \% KSimulating synchronized operations
, g* D& }0 C6 g# m* k9 k. QViewing a tool contact representation
& n( R3 A9 |% H* s6 \Configurable parser for NC Controllers
+ \% r% y# P% A6 h& f; vKinematic chains for simulating complex machine tools
- v" |" R# b' b' B% D$ U! ZSuppress Status line update ( i# {# ]! r2 v `0 ~
IPW color mapping to tools or operations
. m" n( H2 \# w, H, _Regenerating a saved IPW
. Q% n" A* C, N, L0 cGouge Check enhancements
- C9 `! H0 v0 W- t7 _4 m+ Q4 `; WSinumerik Collision Avoidance 9 q1 @* K# C" L t4 l8 W2 l
Simulation and postprocessor examples
h, y" l' }& F! S/ }0 Q- k; xFlute length for drills - E% j) L0 ?0 W! Q; y/ S2 n
NX Post . \/ k+ N4 P. ?7 T4 {5 v# T
Adding CAM attributes for shop documentation in the post
" M" N$ z* H( {$ ?& IPost Builder - e" s# y" i( @0 s
New Tcl commands in Post Builder ! ~9 W3 Q: q" b; X6 w- c! [$ f
Simulation and postprocessor examples
- ] s4 _. ~7 S7 u. E, nFeature-based Machining & l1 g8 ?* q7 Z! G6 O3 C
Feature machining areas : }+ x9 M6 ~ k, y' x
Machining feature groups
, o6 |: E8 C2 W/ B8 N) t8 kIn-process features
* ]. c! Q/ |/ }1 a& v K: dVisualizing in-process features
) d. r* c+ b, G" fIn-process workpiece options to control the in-process feature
) L; V% M) W6 A% F2 bWire EDM ; F$ p. v3 {' G2 _- t% h
Wire EDM tool and guide m4 `% D: d+ x5 H" u: o: N7 E/ {
Chapter 4: CAE
3 X1 {6 q. L5 Q" D. ZAdvanced Simulation ^3 M; I6 I9 Z( k' H( x1 t
Solver version support # G. m7 q2 E1 _0 J
General capabilities
L$ F6 m2 t- `" M6 L: v6 W$ nFields
. J y1 r4 [$ o3 F: {( S) g) nMaterials
2 M$ M+ t( _: B+ e0 TMeshing o2 [% b6 E1 g
Boundary conditions 8 Q6 g1 h _, _* g5 B- O3 f; f- e
Solutions + E x5 K- _, h
Nastran support enhancements 4 i3 C4 h1 a( f. b/ _7 c9 m
Abaqus support enhancements 1 }. i7 p% v; y. h( D4 \3 f
ANSYS support enhancements
- i* I! i' d7 M' q# E! uLS-DYNA support enhancements 3 k5 _0 W' J! g( X& B1 B
Optimization / f" p @; Z5 M+ b
Post-processing
" }& K& g4 u% v# L3 QDurability + D. ^; T. n2 c
NX Laminate Composites $ b0 y& I% O7 F4 E3 D+ ?: s
NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
2 [. H1 ?, e0 f4 {$ [* Y( `NX FE Model Correlation
# o5 S+ r, Z7 S8 d7 ~Teamcenter Integration for Simulation
0 U; B; L. q/ WDesign Simulation 0 L0 K5 w6 l. r& K8 o+ O8 r
Boundary conditions
4 r( x9 V% B/ f; ~( UMeshing
' |# N) ?0 R& y/ P" z6 _7 j( L* wMotion Simulation
3 _ | k( k1 Q2 J' s0 V3 V6 \Interactive articulation methods
3 _3 K2 p* |# c9 U, C# p& SJoint limits in articulation
% _! p& { j& @2 n) v) tAnimation enhancements
* k: Z" a/ N# L* U! [, lSpreadsheet Run enhancements
3 H4 g! t; a8 i7 P9 [Motion Preferences enhancements ) ^& N- M6 A. @* p; m
Functions and Graphing 9 `3 b; m0 t6 X4 O) K
Inverse option for Function Single Math command 3 D8 a; f9 {, Y2 ]# I. F0 d) b. Q
Plotting a graph in a separate window 1 U1 J4 p; T9 D; V$ I4 p; V3 A
Improved font support in graphs
! o+ ]5 Z( g+ W) O% |" [Plotting a graph with no line
% ~6 \5 u2 {- i9 u. kSaving graph data to an AFU file 6 y, m& a/ X- h- n0 B& E3 Q; C) q* l
Expanded complex plot support
' C# I6 s/ m3 G! LChapter 5: Teamcenter Integration for NX ! F, L; j9 v8 G+ [; s* R# ~
Teamcenter Integration for NX
( ^* i, S) d! L+ B2 ` _Define and load configuration contexts
" k1 {+ z u6 n" y X' O! ]" bRun NX in a Teamcenter multifield key environment
0 R: o# U; J( j# q. d+ S3 X/ \, T( sIndependent drawings added to export and clone
! ~4 @( U4 y8 J9 F$ W! T9 bSave As enhanced
! S% X' E) W3 `' `0 v3 t! R- H. ORetaining absolute occurrences when saving moved components
+ R' Z& E1 S6 l' _$ MOpening a component with a different revision rule than the assembly
) }! `, K: V& ?( e7 vViewing results and default filtering for projects 4 w5 Q& X9 l5 ]3 a; L. O+ _ q
Adding independent drawings and CAE parts in the ug_clone utility 8 `2 S% I0 v' ~* b9 N5 n
Refile utility enhancement in Teamcenter
: E" V7 J( X- N! S3 {2 M+ k+ lItem-based publishing of welds and datums to Teamcenter
4 z2 b3 Z# P! y7 A' v( vChapter 6: 4th Generation Design (4GD)
7 b1 \! x. B! a. `( |Introducing 4GD
- C9 h$ ^# B- S: w4GD enhancements
: w9 M4 t2 {( M' |7 {( IDesign element enhancements
* R0 N" J( Z6 RCreating multiple design elements
# j' b$ X+ J) KConverting design elements
# `& ~6 b$ w% Q% c3 PCreate Reusable Design
. n5 {7 G* R- L7 s: M+ NPresented parents , V; g q, w& ?$ G
Partition views for subsets . S& O, C; v& s1 D# a. r! ^3 |
x What's New in NX 90 7 r+ k. s* O6 }' C2 m& I- R" u
Subset structure views 7 T' Y& }% J* u6 K8 B# V
Adding connecting welds to a subset
8 M; K$ C+ p0 z1 [Mirroring a design element + Q a- Q3 O8 K, u1 ?- a; Y- q5 \
Load attribute groups for design elements
; F( C& X. c1 VEffectivity and variant options added to subset creation
4 v+ p- v+ h' n g* n3 l+ PEdit attributes in bulk : q! g5 F7 ~* @% U# p
Show Collaborative Design Preview
! Q: R) z* ^- DDesign features
: y v& I0 ~% J- T. j$ ?1 E" LCheck in and check out enhancements
7 i8 ~8 F" V% C5 V. HGenerating collaborative designs from existing structures
3 O4 ^1 p }# jCheck-Mate in 4GD
" V/ X$ S' _" a: }/ M) V e iIssue Management in 4GD
; l) x# A) C2 V6 c: Y/ O( G! j6 ZChapter 7: Inspection and validation . O( x! k2 v# i- Z& B# K
Check-Mate ; M8 Y2 Z) L- R3 V+ M+ A
Check-Mate checkers and functions
: p! p1 ? m! XCheck-Mate profiles ! g& k0 \5 }, P# |0 \
CMM Inspection Programming 7 _$ {6 p5 ^3 N7 }
General enhancements
5 E! u+ _3 L5 s" [Expanded CMM libraries
) M+ Y) b) _. Y8 q8 FOffset distance for 2D features
0 D* }" i& K! r5 h0 \" JNew inspection feature type: Edge Point : ]: K- S$ `3 i0 F3 n5 n
Set PCS to CADABS alignment type ' n+ a( l( c' D
New inspection command types
5 h; ]* T% Z: q. ~Support for cylindrical probes " z- B7 q/ i2 c0 A9 |$ G |( B
Resequencing of inspection paths ' \2 u7 E# n5 e! e; k0 r
Auto-ordering of tolerances in the Inspection Navigator
3 ]! p* _1 [0 L4 S# A9 rSupport for DMIS SNSET/DEPTH , u) r4 ]3 S$ T9 R
Measure an inspection feature relative to another feature1 U# k. O/ S0 e$ U$ H4 y0 e
Requirements Validation & x8 K$ G. X8 w/ d
Units in the HD3D Requirements Validation tool
: \3 }* C. l, L# B* b* JChapter 8: Tooling Design ) ` N% |; O+ |6 c0 V( A
CAM Data Preparation
# k" W$ I+ e; f6 t5 `6 W* c" M$ z3 m3D Curve Offset
( o, M w7 z5 v% l# N. y( H3D Curve Blend $ c5 d0 ?) {1 j: h
Match Surface
D6 ]4 j" m& y8 VReduce Surface Radius
; ?& S8 Z9 ~$ z$ X! `Guided Extension 3 }0 \' G( ?1 b4 a8 K. k! Q9 p
Tooling shared functions
1 u8 `8 b) Z% h! V- b; R, A8 {Die Analysis using LS-DYNA " U! ~1 Y2 ^6 @% V i
Object Attribute Management ( Z* w0 J5 z' H& O' u: {
Face Color Management
& {5 x: X7 j* j8 ?! H' d- w( sHole Manufacturing Note
0 e) r s9 ^6 H" ~) HRestore Tooling Application
5 t: Q& M9 ]; rMold Wizard
# G. e3 c& m- ?0 [: Y/ ~Mold Base Library enhancements
6 u1 N7 b. M- g6 T4 o! PWorkpiece enhancements ! V, T7 A* ^3 _7 V5 _, @
Ejector Pin Table
4 C6 ?; G# U. sWeld Assistant8 Q. m& @/ K4 m; a
Fabrication Information # A- D- ^) x; Y' A. A) b; b
Joint Mark
' B3 b! E) a; O5 Q/ @4 HExport CSV File enhancements % S* S0 l+ V1 M0 r4 P
Import CSV File enhancement % ^- D% C* R/ f9 u* b5 O
Groove Weld enhancements
# b, z/ x4 x8 o4 z+ `* R+ l7 cDatum Surface Locator and Datum Pin Locator enhancements & t" Y9 X8 e# E0 [4 o6 [$ z$ t
Using weld and datum information obtained from Teamcenter
+ p" D2 ?' j) PItem-based publishing of welds and datums to Teamcenter
6 C' D/ f, W: p" P* aConnected Face Finder enhancements
" s! |: Q: J8 }9 V# ]7 iCompound Weld enhancements 4 B: g& L& @0 j
Structure Welding 8 B) _5 ]. `" a
Fabrication PMI 6 C: d$ }! y& G
Surface Weld
) p5 \! J% G7 r. G2 mWelding Joint enhancements
2 t R# `; Y4 T, o2 J1 uEdit Joint Definition enhancement
. Q# n/ E1 r* e) Y4 B6 \Edge Attribute Title welding customer default
- \) N; T! s0 {, O; hExport Welding Joints enhancement
7 F( S# M5 _9 Q! b" gItem-based publishing of welds and datums to Teamcenter
2 y# @. R1 p+ K, k, `Die Design
& p: F) _! u. v1 ULower Binder $ ^5 h V: q) w: F, B1 M% [' Y
Trim Post
) s8 z# _# m, t1 n9 [3 E5 UDraw Punch and Draw Die enhancements 9 C6 r( W: ~5 A
Assigning colors to die faces / [- x% L% E N) N
Die Engineering ) h0 t& I7 y! @4 w3 k& ^1 x4 e
Die Analysis using LS-DYNA
8 H4 g9 q7 e& r% ^2 {9 A# [5 _! UTrim Angle Check enhancements
- w, M! j' T9 y* K1 w2 s# [0 vStamping Operation enhancement
- O; c1 f" O4 c; ^4 _* A% F0 k, g& Y, sDie Tip enhancement
& j( k2 w3 A7 j; o0 J( j! b1 ]Chapter 9: Data translation . w4 w$ Q- k" c, k6 X5 z
Exporting editable dimensions to DXF/DWG file + d0 D7 s+ J( v
Controlling text aspect ratio for the text imported from DXF/DWG file
; Y' j& Z$ k; F: U }" xSupported DXF/DWG versions
+ `- Y' k* q6 C3 V- ?& p) ZSTEP translator enhancements
/ `8 i1 C, @8 a8 B. UNX to JT
/ W7 D- Y5 \7 Q0 l9 R2 Y' c# dJT version 10 files
! F! U M% k5 G2 i+ nDisplay order of model views and PMIs in JT files ' j9 o& F6 X; \+ t3 s
JT support for object visibility in model views ' a. [0 `! p: v' w F' ] g
PMI lightweight section views enhancements in JT files # P* N3 z0 V5 i; Z7 s4 ?% H
JT support for weld Joint Mark feature / @- i Y! k* P
JT support for hole and thread callout PMI 9 N% x% R0 ]6 V
Geometry Sharing in JT files ; y" u8 A8 l k8 p* z
JT support for business modifiers and PMI attributes ) w% r [& c/ a6 D
Visibility of datum entities in model views of JT files
- @, x4 ] t/ I9 c" oJT support for PMI association with objects ' D/ i1 m2 Y0 Q! [
Chapter 10: Mechatronics Concept Designer 6 ?6 P y+ U r2 y$ g7 z+ y! U
Collision Body enhancements
) E/ P, n* n2 e; h5 ~Actuator enhancements
+ A9 X$ i0 P+ R8 V$ R5 ?xii What's New in NX 90
& {- s1 Q9 t" R8 t' m" X3 m h7 ~Cam enhancements % n/ d% P: ]( j+ e" ]
Operation enhancements 3 H2 X3 K: F6 v: s
Changing units in dialog boxes
# M( V7 j: M. ~- HMechatronics Concept Designer preferences
$ v1 T9 r- ]- X6 J% U- oCreate dependencies
" N9 ]5 {: _# n+ N0 k6 ~System Navigator enhancements 3 L" d' }. G3 {4 \& ^9 P6 I
Creating physics containers ' F" L; _- R% I" E) J% p& F
ECAD integration enhancements : k8 r3 Q$ q/ ~: j& G
Simulating NC code
1 ^) K0 u, ? d; w. {' OConvert from MTB $ N) l$ z4 s& u+ q
Shared memory signal mapping 8 u, D! i" D$ L$ f
SCOUT Integration n* `6 s+ ?" t2 v& L
SIZER Integration
2 U& b$ u4 j. D- A8 ~3 Q% tChapter 11: Programming Tools
u, w% {9 r2 v' U2 o. W- q {Assemblies functions in SNAP
& a2 y, u2 O3 L# x. l& Q( s% v# dBlock UI Styler: M$ y2 X+ T; l% [9 \
New properties for blocks
# C1 ` [) G7 L8 z+ D! OChanging a displayed part1 I# s8 y' i1 g% u; y& ^" v5 ?1 c
Explorer block + z5 e+ P0 i; Z8 [$ i& |, ~1 w
Chapter 12: What's New in NX 851 # a6 Y+ v4 f5 r. Y
Modeling 1 |- C, D9 g0 k* {& C
User Defined Feature callback hooks for NX Open API libraries , s, V6 i/ h6 u
Preserve the relative order of Feature Groups * }- _4 f2 n6 U$ q$ L
U/V Direction & ^* N/ L1 r8 W$ N, A! j
Studio Surface enhancements — Split faces along boundary curves
( m- {- o' e" p9 G7 OPMI
" A W: h2 R6 Z) X9 u, [& F. kFind PMI Associated to Geometry enhancements . o- o5 X5 Y1 e) H
PMI Effectivity Management 741 + |& l" ~ \3 A- O
Routing 742 5 Z# K" m/ P2 |: k( I( o5 C4 {
Wind Catcher 742 ! W& w; J. {- `9 }& u! o
Branch Path Numbering 744 ( f/ w1 o) i/ W: d6 }
Platform Creator 745 7 H& K, x% i- E$ F' A k: E
Shipbuilding 747
+ H! N* M0 g& N5 `4 rAssign manufacturing information to openings 747
2 t2 `1 h0 U z, W6 T/ JSpecify section subtypes for steel features 749 ! n5 U1 w: D1 H M6 }5 A
Manufacturing 750
% \( d' a* p7 P5 C% NOperation Navigator enhancements 750 : [, a9 ~) y+ b( A- o
Advanced Simulation 751 - C8 |9 d! ~- S( k
Solver version support 751
2 r% s0 q+ w2 X# cNX Laminate Composites 758
% c% R4 n1 U7 e; t6 zDurability 763
' d6 g6 Y" `8 t$ q( LTeamcenter Integration for NX 764
2 _# ~! L8 Z! W+ t+ w/ r% [' G% mNX Relations Browser enhancements 764
9 q9 l- ?- \' \, W, [Select Configuration Context when loading assemblies 766
6 H: \3 |1 r2 iDefault project selection 768 $ d0 y6 c. P/ m7 b' |4 C, e9 {
CMM Inspection Programming 769 ^5 H9 D4 {: \ ]/ S
CMM measurement analysis engine 769 4 Y/ g+ b( {% w# Z9 k: Y1 G
Export analysis results 771 DMIS programming enhancement 772
' Q) ?! w! C% `. J% f: I% NData translation 774
# R7 P5 D; P& c, [( H- O6 W c8 CAutoCAD DXF/DWG Import Wizard dialog box enhancement 774 }( N1 I7 F% e# s
JT support for PMI association with objects 775 + e- t! o" y. O+ U+ p% d
Mechatronics Concept Designer 776 " L5 P/ N3 }& r- G8 h. ^6 Q; c
Import from ECAD enhancements 776 0 }0 S4 |! j$ Z! G
" D0 T4 j! h+ F) z |
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