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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！
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- v, w% @: D# e& d+ y( t$ ^涵盖了所有模块！
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不懂E文的，看图也知道了！！: H1 q/ I) }" V+ m+ K
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What's New in NX 90 iii ; j6 V j/ v0 j
Contents
( D+ ]+ o/ g( P7 |Chapter 1: Fundamentals + x/ \" ^! g0 {4 n! r
Ribbon bar interface The NX Window (Ribbon bar) $ r$ S8 E+ G8 G5 R3 |
Show Ribbon bar tabs and commands 9 C! ^# j9 R$ g8 q& O" O9 N, P
Add commands to the Quick Access toolbar
3 g1 j2 A$ x6 UAdd commands to Border bars
: |( g( e/ [8 [3 v! fCustomize the Ribbon bar interface , e/ H/ m. m0 p& \: V' {) X
Add a tab and group to the Ribbon bar
/ ^+ w- A& f7 `5 |. uSave Ribbon bar layouts
' c6 z X. A9 g$ t3 E" r0 v5 ~8 MExport and import your interface layout
; Y+ F% | g1 n4 _Ray Traced Studio
" Q: G- M9 u; a5 ?Issue Management enhancements 1 o, t2 }9 r, m; T. [" Y2 U
Generate support logs for IR or PR 6 g) ~% B- T6 s5 }' s9 G
Integrated web browser enhancement
1 d: y" P, U! h" L; k+ r' r. i" fView section enhancements 3 S8 c& \) }( S- |
Display facet enhancements
% u0 K8 h5 F$ P; s; t2 IMeasure Point
5 ~2 T: y9 O3 cRaster Image enhancements
5 T) K5 i2 ^# D6 }, FLock Rotations # L* J5 x( r7 S: Y8 r9 P% Y
Synchronize Views
4 @4 J+ t! J8 _9 B- p8 `& R. S" dStereo Display Visualization preference . |) W6 q4 Q# L P {% E, v
CSYS tool enhancements
; @. D% V7 t( A+ e0 I xEdit attributes in bulk ) @, Q$ I, u- @/ D6 ]
Chapter 2: CAD
" y" c, G9 C4 q' |/ kSkeTChing $ d& j6 T* |: K$ ^% z1 v; i3 E
Sketch enhancements
+ y8 F7 e/ m8 T- x* b- ]Sketch dimensions 6 V" o; ^; W/ Y" ]: _
2D Synchronous Technology # A# @' [# {% q- z
Rigid sketch groups
3 M6 F1 j/ U: I$ M+ IPart Module 4 ~9 K, H5 A( [+ q7 [
Additional Part Module workflow 2 W- ^; m. t3 b( |5 _* m) }, a2 I# P
Shared Body enhancement ' ?# t/ V/ n; X+ G9 K- M
Controlling Part Module updates
2 d$ I+ U& X: D+ B3 H! e: PNest and Un-nest Part Module 8 b4 @+ f+ \( Z/ H* Y3 k7 o: y
Save As and Part Modules
1 a5 a, k& G \. d, \Synchronize Links enhancement
: C& l' s6 e& A3 U/ hModeling " J0 E; @* \8 f7 E, C) f; a; }! ~
Snip into Patches9 S% K3 p5 F1 m( M
Rib / U+ R8 U$ J# }' m1 |! e
Mirror Geometry + }3 K+ o: L1 ~9 Q* [: H
Extract multiple bodies enhancement - T' `( M: s0 D# X. n# h! Z
Analyze Pockets and Blend Pocket * O+ p" z- L5 `$ ]/ }$ u) ~
Combine or separate tool bodies * ?5 K! P, s/ I7 l4 F- I
Interrupt feature updates 9 C9 D4 i3 v& |0 i
Load Rollback Data . B5 ~# S. f, w* B" A
Sorting model views " d _% z ~8 r. {1 ^: P; b
Select intersection edges in Edge Blend and Draft
2 k5 W% ?% b) }1 D( T0 r0 DReplace Edge . L& u0 L! `" P/ Q ~: x9 r
iv What's New in NX 90 9 ]" \+ n3 z2 N x
Local Untrim and Extend 4 ^' D% ]+ h7 p8 _' I
RoUGh Offset enhancement 6 A# x( z! p9 N2 P! w) g, O Z
Replace Feature enhancements
5 J8 q6 t1 e) c4 _/ FUnsew enhancements 8 E5 d- o' @; n( Q8 o. k! |
Draft enhancements 0 p4 c& w$ O b5 s+ w8 k
Draft Body enhancements % C; f6 Q6 Q+ w$ g9 {+ w
Thicken enhancements
& U0 t: m7 w9 Z, v* f% DPattern enhancements
! ?# f6 v% ^% V% K4 q$ X7 nUntrim enhancements # q; o2 o2 W+ j" _
Divide Face enhancements 3 ~; r _7 d/ ?; h
Part Families enhancements 6 z$ j& u. P- U! l
Body selection enhancements for Boolean operations # u; L" k/ k+ S* g
Face selection enhancements for Synchronous Modeling . n/ K8 @, U, v4 C3 A! [
Synchronous Modeling$ H0 e2 z" v4 l5 w) p) ^$ L
Move Edge
4 c M0 {) K, g! T0 D: A+ z+ I7 S2 QOffset Edge
3 O+ H% w; h/ p" S: mDelete blend faces with the Delete Face command * ~6 `% n3 z( ~/ O
Label Notch Blend enhancement
( @$ [8 z5 c3 [Facet Body Preparation ( N2 `8 y" p h$ }' B
Create Box
$ L, x0 p6 N8 ~% T9 t9 I; CSnap Point enhancement * i% e, t2 c; i
Extrude Facet Body ) |, N' n; H" R6 ?* Q
Extrude Profile 2 l+ G4 n( s( e/ |/ D; X. w1 F/ V
Merge Disjoint Facet Bodies
6 p- ^1 u7 ~% ~3 a- sMerge Overlapping Facet Bodies
; E. [% `! H' g% `Merge Touching Facet Bodies 3 Y0 E+ k/ E2 e/ C I1 ~& ]
Rough Offset enhancement ( N6 `# |& x* S8 W- \
Shape Studio
* m E$ K% v3 e5 MSmooth Curve String
# g4 x# [/ P# L. `" u9 _Section surface user interface improvements ) k2 A! ]2 u% U( h5 U+ V; g& H. J
Highlight Lines enhancement }: e* O; I' I; k& c; j ]
Deviation Gauge enhancements 4 [" x1 M# ~# q! n2 Q" c
Face Analysis – Slope enhancements
4 d+ p- H: ?6 y! G# vConcave Faces enhancements
4 R* U% v7 ~0 A2 _7 |( m. K qFace Curvature Analysis
1 L/ a) c8 ]( h3 M( cRuled surface Developable Alignment " U( l& l5 q$ q5 L; o& h0 n$ i
Wrap/Unwrap Curve 3 q/ z* S% Q& K$ q0 T8 F! d& D
Assemblies
6 n' r/ r& S4 d+ R7 i! h4 CPack all components enhancement
5 [+ y* M8 d5 i9 a: RWAVE link multiple bodies enhancement% L2 d G" g: `" ?% I
Load Rollback Data
: g- @# ]0 h7 z# y% r+ s8 G5 aAssembly Clearance enhancements ! \+ V! f2 p3 t; {/ C
Order of components in the Assembly Navigator
4 H1 r3 x" M( I- ^0 L9 pPattern Component
2 T# A: H* ]" U7 r, e* I, TIdentification of inconsistencies between WAVE and assembly constraints + I( O9 ^5 {5 m0 f8 `; A
Align/Lock assembly constraint 9 y8 ^1 |- X) ? |5 I
Direction to Fixed column in the Constraint Navigator
( H8 f5 \$ W; ]0 A# |5 N; `6 uProduct interface enhancements 7 S* v- t5 `8 X0 Y4 h
Assemblies functions in SNAP 9 s3 I _/ D/ d+ w" s! r
Visual reports
5 p6 S/ J& I. Y9 b# M$ Q3 JDrafting
: x) U: k/ |1 J: U4 t2 @Usability enhancements $ k3 e9 m7 n, W& L7 S
Rapid Dimension
2 a# l+ P7 n, u) HLinear Dimension # N" y' c3 N. N- l0 ]9 _6 G5 G
Radial dimension + z1 f5 R0 H: A X6 C9 j$ ?
Angular Dimension enhancements
B0 G, c7 m2 w; p0 qHole Callout
3 H* Q4 F. Q- r) n l; wGeometry margins for dimensions and annotations 8 f1 `8 ~; _6 w! P$ P
Alternate Dimension Endpoints ' }; d @7 W! Z' r
General dimension enhancements ; T2 L: w- q& i/ R. N
Exact and Smart Lightweight view enhancements 9 d7 e; k/ b# N
Dimensioning Smart Lightweight views $ U6 W, o" `1 z2 D& D; ]4 ]- S
Viewing Direction Reference Arrows + f J* I: t3 D6 ^3 y t
Section line bend and end segment widths
w- g9 z3 s8 x$ s8 k# nAuto balloon leader placement
8 b6 w: k" Q5 M& a ]Axis Intersection symbol
3 K4 m# H" M# s( V; \5 hSurface Finish Symbol enhancements ; I* \, H& j) r1 Y7 v& E
Datum leader enhancements 8 Q: r7 F( I" ]4 {7 o2 O* e
Drafting symbols 0 ^9 t6 p! ]/ N7 `
Embedded image enhancements
) d3 K" V8 C. r& X. t# Y5 \! bHole Table
* G9 ~5 s! o8 ~9 j! s0 U4 sBend Table
7 e# x1 u' j( N, ]- iInherit PMI enhancements J& U/ s0 S" y8 E2 m2 a, Y
Crosshatch enhancements
! g9 j* p+ C2 }7 M& P$ ?- lProduct and Manufacturing Information (PMI) + [( S p- R3 u9 s! [. N# |, L
Usability enhancements
. r$ h# D9 v+ TRapid Dimension
% @2 ^9 Q" N: KLinear Dimension
7 G: t( V0 H: [; l" y- XRadial dimension , d2 d0 l5 b, \/ U. S3 b
Angular Dimension enhancements
0 ?7 h- @/ \) j0 n7 a' QHole Callout
' u" M: O) Y+ Q1 |Geometry margins for dimensions and annotations
) E6 K# b4 C% W1 `: |: p7 hAlternate Dimension Endpoints 6 C2 L: d1 C) v5 Z- T& D! E. C
General dimension enhancements 1 U# _/ |( z1 t9 {+ Z# u1 s4 P" _& @& p
Lightweight section view enhancements ; G% t% Z( h. h7 |% ?4 n
Surface Finish enhancements
( J( f; \3 S! H$ F! r4 EInherit PMI enhancements
# d/ H8 L6 M* K% Z% J8 sRegion enhancement 1 t2 O' Z9 s5 s4 l0 n& W
Sorting model views 6 p p- ^+ ^( P/ d# z
Datum leader enhancements
. g5 P# M0 f f; L0 N( i3 @% LDrafting symbols
$ E% j" [4 Y2 H! K! l$ mAxis Intersection symbol
( Q9 i" o0 ~+ r0 w5 b- LPMI Feature Identification business modifier
4 [% B: @* u4 s9 t. FUpdate PMI tracking properties
1 R4 o4 X, \5 q) @3 W4 b# i4 v; gSheet Metal 3 x6 x# r% ~0 y: P4 P, a. a) ?: Q* u+ Y
Bend Table
! S3 ]7 ^" ~/ h5 k+ w" aUnbend and Rebend enhancements - T4 O: [" D% r: g. Z- D" M
Resize Bend Radius enhancements
8 y! H' x/ ^& O8 Q! Evi What's New in NX 90 1 v" m$ N5 a* u: J
Mirror Feature enhancements
1 x5 R% U/ }5 `; O9 B, l) AUnite in Sheet Metal
- z' T. N7 c1 H2 bThree Bend Corner enhancements
- B0 @% C$ v7 {0 M8 ` zMirror Body enhancements 9 K9 n/ h. C" {% s
Preferences for flat pattern views
* x) g8 x- a) ]1 P; g$ tFlat Pattern enhancements 9 c y2 u1 V2 V2 k. V/ Y
Pattern Face
6 @: v; ^2 Y1 z: b- ?: y* ~8 K" h7 PFlexible Printed Circuit Design . v# R) \% k1 ^# ~
Wrap . t6 n8 u6 k6 e( ], A- e2 W: ]9 @$ O
Flexible Printed Circuit Design enhancements 2 J8 x8 Q9 G: s$ f6 m n* L
Pattern Face
) }( W! G/ x# |/ j0 hData Reuse 7 R; p, F5 p" u7 y! y) N- T1 D
Double-clicking folders and reusable objects 6 O5 z7 D! N. l& k3 `. l4 ^
Creating shortcut folders for your reuse library
' H' `+ o0 H& k1 v- RReuse library undo and redo
1 T( `9 V) i( `: N$ k2 `Creating an index in the reuse library
& a, K. T7 t* |Mapping reuse library names " q4 D) R8 Q) _& a
Reusable object feature name D4 \$ ^0 V" ^3 D
Reusable object part definition 3 H! y5 o8 E& c7 ]
Creating feature component patterns with reusable objects ) J, u& L) C" z1 |$ I$ X3 a
Managing knowledge enabled components in Teamcenter ' R6 q8 y9 n" q4 U- R5 u
Reusable component revision rules in Teamcenter ( Y. T w3 c! t5 P! n8 y1 ^
Adding files as datasets to reusable objects and reusable components in Teamcenter 5 t: f$ S+ N, L% @/ a5 e* \
Part family-related enhancements to Product Template Studio & F& d5 T* h/ z4 {3 g5 ?6 o0 z: n
Routing @. O) P: y- o& T* d- O
Configuring Routing applications ' @+ J2 B, F W G4 |+ Y
Common Routing tools
- Y+ P6 k$ i; P; h QRouting Electrical 9 }' L E R( d' J6 D
Routing Mechanical ; |+ i- `1 ]% A/ i6 y3 A/ D. t
HVAC , H! X$ F. x& d
Shipbuilding
: l' n) g# V2 D8 W& P. ?: @1 bKnuckled plates
* }# ?" K9 _% \& Z3 `Knuckled profile systems N- t! C1 i$ h* q* e$ `
Knuckled profiles
0 _# h( c0 E! W: g- w2 r" Z: nCreate stiffeners between supports 3 R& Y: n S( R9 w4 [
Control profile orientations 1 b p( a6 s$ x; X
Built-up profiles % L0 m q- F; @+ D, L) G
Create stiffeners on plates with multiple thicknesses 7 V6 S ~5 j) W9 q7 z0 A
Create standard parts on plates with multiple thicknesses
U. {0 i J6 L% C/ G7 X' `Split standard parts in the basic design + h' u' \9 |1 f$ D$ X: j3 X5 |/ g u
Split standard parts and built-up profiles in the detailed design 0 F2 ~1 u7 _ y' u
Profile Transition % `* I0 }6 t& Z0 M# J
End Cut enhancements+ z5 v1 ^5 c# k. E3 X
Profile Cutout enhancements
! H7 i6 Q0 z9 c) P. KCollar plate enhancement
& |1 d/ y' S% H4 O fExamine Steel Features , m# u% s. W+ G7 [
Paint Parameters ) X- h. \8 F: T
Vehicle Design ' s: ?% _0 Y( t. o- u6 Y
Vehicle loading input to vision tools 7 @9 F6 Q/ k$ s* V& B2 B1 ?/ z
Vehicle Packaging Validation
& m9 d! I7 c2 B# q wHead Impact . V8 n! T6 q) X% u# P
Pedestrian Protection enhancements
; E# @) g# e; D U7 E' iEyellipse enhancements 8 ]/ I7 S$ a6 ?1 x$ x2 o; y; f
2D Manikin enhancements . L6 p, F. [. D7 z
Seat Lines enhancements ' j: ]" J8 e3 B' W3 |
Hand Reach enhancements 4 T$ l! c% K$ \
Direct Field of View enhancements 4 Z7 W2 I+ B, K9 e# O
Instrument Panel Visibility enhancements E# k. _: v/ v( K3 s1 Q
Windshield Vision Zones enhancements 9 ?* J: F n4 P. w6 f$ p
Mirror Certification enhancements & b$ o# G8 [0 [
PCB Exchange j" B1 i0 t2 K7 I
User interface enhancements in PCB Exchange . e% k, b$ u5 Z0 h$ m3 T
IDX collaboration commands
4 A4 Z- l. j$ l; \5 p$ DIDX support enhancements 9 G8 x1 p" e! k* X
Copper Area . W) h1 `# E2 }) J) m8 v+ M$ L6 f
Comparison of ECAD and MCAD primary pin locations
$ M z R4 _! O, q- V/ F2 _9 k' t& E" OShow Test Points 6 G* U3 n! @$ O* ^$ ? A' Y3 X
Chapter 3: CAM
# N; v2 i& m$ qCAM general
) `0 C" e. R: P ^; Z4 d! rNotes in Manufacturing
% l' e7 ~, y7 u( t- tDescriptions in Manufacturing
C1 `* U; G- E9 RDisplaying visible and hidden geometry
6 L4 c0 A3 R2 DBoundary selection enhancements
4 ]5 p+ ^% ?' @; w+ e EBoundary selection display and gap closing 7 y& t$ n6 r3 s' C; S; V: {# c7 h
Pasting operations with reference
; I+ r- ~/ v0 O7 t; M3 |: C9 JShow Thickness by Color enhancements 8 K! i! J- G+ I: {# `1 A, V
Set Machining Data enhancements
" q! @- I2 w s% JFlute length for drills , \, [, @6 q8 F6 I* T- D; B/ c" l
Milling enhancements * |" s- A/ h- }6 w( g" H' p
Machining with a T-Cutter 2 O$ U# s9 k) x# g ~& w0 ], S; j: |
Machining cylindrical parts
; k- a' x3 v7 G* L! PTilt Tool Axis enhancements 7 D& v7 W, C8 U3 y# v7 s
Area Milling enhancements
4 E- [. {8 C/ M( pDivide By Holder
* e- w) q" E9 l+ E: h: Y" Y" iContact data output for Hole Milling and Thread Milling 9 r( i( h, V$ P
Cut area selection by edge-bounded region 6 s# y& [5 |- U6 i* l j& @
Safer engage and retract moves for Zlevel operations
) D) ` W5 E" s1 ^1 c; c0 b6 t' USmooth noncutting motions in contouring and flowcut operations $ s* O. d$ D7 \7 t5 g% L& F2 ^
Improving 3D IPW efficiency in Cavity Milling
; ~0 t/ l) {; m. n2 RMulti Blade milling for turbomachinery
7 Q6 `# N4 C( c# q# T) h8 a- ~# T5 ]Hole machining
5 L/ ?0 d1 c( o1 xNew manual drilling operations 4 x" b* t; b5 y' X6 K/ \. G
Hole machining workflow using a feature group geometry parent 1 ?. C$ e3 a. @ {0 q
Machining feature groups
! D% |0 h: l6 S6 VIn-process features
4 l2 q; i) {5 O* r3 p, {Visualizing in-process features ' m8 v/ D: ]- O- m W$ I9 B; I
In-process workpiece options to control the in-process feature
1 [2 M) h+ {$ e7 j- r8 sviii What's New in NX 90
3 f; f- ^ r2 W- [$ h' X: t$ V0 WFeature machining areas
; D- Z+ ?3 [) X' R0 n4 ODrill tip point length , Q; r" ~/ {2 g; _2 U6 h! u
Core Drill
8 p0 k+ z* ~' z0 |Probing
8 W% U1 V( M$ M7 \: X2 \1 bProbing
% ~, v4 q3 t3 `2 w% eTurning enhancements $ I$ o. E& n+ J5 e2 `
Centerline Drilling depth enhancement
- d( C: f0 a' ~0 n. @: ~Turning non cutting moves enhancements
5 r4 F/ q# c. PParting off operation : Q: Y6 M8 K* V7 q* L
Threading non cutting moves enhancements / \6 C8 I1 @& e! H
Integrated simulation and verification — ISV % @9 U( z/ @# M+ ~& w( B
Displaying axis positions and limits
# A; ?% q( E, i3 \Positioning simulated machine tools and cutters
4 I( s* z) g; R. M! ]Tool path display for external file simulation
& V% C" o. x5 USimulating all channels in external files - Q, z( p6 ]* o4 L/ p+ _/ b# T
Simulating synchronized operations ) I" |8 F0 e% e# Z [
Viewing a tool contact representation
& o! H: g% C4 f! M* @9 gConfigurable parser for NC Controllers) x3 Y" {2 O( A8 ]. u. }3 `
Kinematic chains for simulating complex machine tools
0 B2 s0 L1 M$ n& D8 e7 c. JSuppress Status line update
6 C$ ?% |% r+ p, ~- FIPW color mapping to tools or operations 1 \, e: ?) G" i0 q/ ?' {- t1 {# R
Regenerating a saved IPW 7 z, I5 y) O, s; u2 S
Gouge Check enhancements
0 H0 f5 z' k: Q- {( LSinumerik Collision Avoidance . C3 X- N( s* T2 ~
Simulation and postprocessor examples 5 U. W! R7 J! Z# V/ y/ _- e7 d4 A
Flute length for drills
# [0 W8 U+ N: xNX Post
. d1 G7 }# W' \ ~" rAdding CAM attributes for shop documentation in the post . W2 v3 ?: \- b; I- ?8 _7 @
Post Builder
' T! a( r0 E. D! W$ RNew Tcl commands in Post Builder 9 Z5 Y3 L0 i2 z; H7 l
Simulation and postprocessor examples
! y/ R( F5 ~* v7 }: V) N4 OFeature-based Machining
8 m: N( B9 n6 I7 M% |& eFeature machining areas
; m7 a5 m: ?# r4 h0 t DMachining feature groups ! b9 I6 `8 ]' f) Q# @
In-process features
# o3 f* y# X" Z9 t0 Q: ?0 K7 FVisualizing in-process features
+ F Q" t% Q/ e( ~# f8 nIn-process workpiece options to control the in-process feature ' f6 @4 {) s* J5 A5 |
Wire EDM 7 r2 ]: ~* c1 y" ~ F
Wire EDM tool and guide ; b2 O. E; I6 w* g
Chapter 4: CAE ( f) { g3 ^/ x1 N+ [' h- O
Advanced Simulation
/ R1 e: e6 I* ?+ L0 c* ~Solver version support
; U, o6 ^% O# F* R& z) IGeneral capabilities
/ f$ N5 g0 R+ k5 @Fields - `: n: ^2 E! H) z" I+ o1 Q
Materials
# J/ R- z: r9 y1 C* E" tMeshing * x* B# k) L8 x& u
Boundary conditions
% m) O! x1 g1 x1 |# HSolutions
# O" I( G9 Q( U& n( M- _) L" [Nastran support enhancements ! C& W: i5 R: H% D" P
Abaqus support enhancements
9 C) o, e0 B4 Q5 d9 cANSYS support enhancements
4 k8 Y2 n* V# p+ P* h8 G( RLS-DYNA support enhancements 0 E- N- M q7 K. E0 f3 }. z. L
Optimization
! Y, O+ `4 Z6 Z m$ w$ D3 IPost-processing u- M0 G( C! q1 U8 P" S+ j) G
Durability , j/ L! ?% y( s, K
NX Laminate Composites
% c; X4 _% z3 k/ w u4 ]NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
4 T" r6 @5 v, h3 @NX FE Model Correlation u7 E5 a& s& Q$ P: h4 N }
Teamcenter Integration for Simulation 0 m9 [2 ]# P# N5 v- I7 S, b. u
Design Simulation " h* Z8 s6 e+ V+ q4 N2 E
Boundary conditions
( k; T% ^. B5 v2 i' s( G Q$ M0 wMeshing ! G" x# U0 B n" n/ ~0 |2 B
Motion Simulation
3 Q0 a' l: Q. u7 _$ Z% E0 b8 L/ k/ L( {Interactive articulation methods
/ F4 z/ @) A. E/ a; I- V6 Z, hJoint limits in articulation 8 _% {+ _) y5 G, Y% ?! r! j
Animation enhancements
1 Z9 Z1 r( N6 N, P- ISpreadsheet Run enhancements # @% k/ b2 I& t% \+ p( T0 S+ W7 S
Motion Preferences enhancements ) A ^8 X0 O( h- ~
Functions and Graphing $ a3 p/ z0 b1 S) }! o1 W6 E1 M
Inverse option for Function Single Math command S S" Q( L5 H# z
Plotting a graph in a separate window
4 [% Z- X$ ]7 }Improved font support in graphs - u/ X' C6 B# W$ c! T1 F6 y& x
Plotting a graph with no line 4 Y/ v2 F) L+ U7 M9 U7 m
Saving graph data to an AFU file ; \ c/ L8 z; \/ O3 V5 M0 C
Expanded complex plot support
9 I H' r6 T8 G5 d9 U9 \Chapter 5: Teamcenter Integration for NX
) ^% Q# c. h+ \5 P6 f( G# y: ETeamcenter Integration for NX
7 q( u4 F% }* n e7 B- gDefine and load configuration contexts F q+ C; V9 s7 Q
Run NX in a Teamcenter multifield key environment " A7 M$ R+ e- a; d a" w; _
Independent drawings added to export and clone 7 ]" f6 {" Z8 o3 ]3 |( W
Save As enhanced 4 X; r! i6 k9 L3 m8 e% |3 i; r0 F, }
Retaining absolute occurrences when saving moved components 5 b% e7 c$ l, }4 }
Opening a component with a different revision rule than the assembly
7 E1 _2 \( j. h( b! R6 qViewing results and default filtering for projects / V& [" M3 ~4 _
Adding independent drawings and CAE parts in the ug_clone utility
$ w! X' z+ j' b% ]/ s) T; P/ r7 xRefile utility enhancement in Teamcenter
3 Z9 m; w2 k' GItem-based publishing of welds and datums to Teamcenter
0 F* V7 t6 v1 h9 N, L& QChapter 6: 4th Generation Design (4GD)
% U6 I! D: Z8 HIntroducing 4GD . h* Y7 x- x- \1 E' J& P3 H! C2 L
4GD enhancements
' [# V; p$ R! S. V& \+ fDesign element enhancements
9 i- I$ I% M, }" }- q" q8 G" Q3 PCreating multiple design elements
8 f8 i! ?% u3 kConverting design elements . ?, M/ A$ _- f. @
Create Reusable Design
, n& p: ~. Q! f1 T+ h0 PPresented parents 1 A, P; y+ W8 X- i
Partition views for subsets ) H+ o+ H/ y6 R; N) U6 }
x What's New in NX 90
; S2 i. Q% `$ b0 E. L O/ nSubset structure views 9 b0 J! O8 U) k
Adding connecting welds to a subset
5 U1 o9 N$ \9 X* E+ ?' u5 uMirroring a design element , j* f8 v1 x, J; q1 p
Load attribute groups for design elements # Q a4 g/ B2 X, [: n$ s
Effectivity and variant options added to subset creation * o3 ?1 H# J3 ]$ g
Edit attributes in bulk
, }$ N- d1 J- v6 S/ d7 b4 x; w( [Show Collaborative Design Preview ' n: z3 z5 d. W3 D1 W& A; h
Design features 6 k: }, l0 Q7 {- R% B( e
Check in and check out enhancements 8 q: A7 G& T7 ?/ F Y4 v6 ~: ]1 ~" }
Generating collaborative designs from existing structures 1 k0 E) y {6 P+ |4 g7 a) E; D4 t
Check-Mate in 4GD
& C _+ _9 ^* E% JIssue Management in 4GD
2 g, F U6 Y; d" l: ^- |7 R9 uChapter 7: Inspection and validation
h9 w. X+ F* `/ T4 _Check-Mate
/ K2 t( k) b/ m. L+ XCheck-Mate checkers and functions
0 k4 }# T) J0 v: c$ X) oCheck-Mate profiles
" ? Q' G b( i3 g/ WCMM Inspection Programming 5 @2 k4 t, n; K2 r
General enhancements
& J% n$ V: K: zExpanded CMM libraries0 W' z4 [, L5 E5 v" l2 Q1 y
Offset distance for 2D features
) @2 }5 A7 x& P( s/ K8 @# `9 aNew inspection feature type: Edge Point 1 G% m% y3 w6 B/ J
Set PCS to CADABS alignment type ! @4 U1 C; A' r' o
New inspection command types
0 ~. K) w% m3 p2 PSupport for cylindrical probes " R- V6 J% M6 d( {
Resequencing of inspection paths 6 x+ R" x% g/ @! G% h
Auto-ordering of tolerances in the Inspection Navigator
- W6 p. a& n) h' u5 ~6 `Support for DMIS SNSET/DEPTH
* u/ z" M- }% V5 J9 l# {2 n mMeasure an inspection feature relative to another feature, n) s( e9 n8 d
Requirements Validation
! b. f$ |4 Q( x- E; ?: h7 QUnits in the HD3D Requirements Validation tool
; x& K/ E" D7 @5 _Chapter 8: Tooling Design
. |; ]6 Y' @; ?9 b' b1 L: KCAM Data Preparation $ w1 L7 f' H; P( J. ]& t
3D Curve Offset
! v) \. ~0 J# W: E3D Curve Blend ( [9 V4 K* W( V& w; O
Match Surface * [& i9 H" O% ?0 Z8 W' i
Reduce Surface Radius ; c% L. e r$ O4 q$ x/ d
Guided Extension 6 J# S+ e" k1 n$ `3 @3 k/ v
Tooling shared functions $ I( K+ @# o; F# R% V+ e
Die Analysis using LS-DYNA
* h) e7 F4 x, C) }Object Attribute Management $ a( d4 _$ k& K$ S2 W; E
Face Color Management
, Z. ^0 m" I3 S2 ?6 n: tHole Manufacturing Note
7 w: A# i I7 e2 {: Z; M1 G3 C: c, QRestore Tooling Application : c" c! f& [2 E+ \ q/ I, u$ k9 ^
Mold Wizard ) }. P. `" ?' l* P( r. ]) \. @
Mold Base Library enhancements
$ v1 w& u' W0 B4 v( dWorkpiece enhancements
3 q) O6 ]( O# V! e% mEjector Pin Table % {5 L6 w8 w" o2 Y' n% W5 f+ |
Weld Assistant
8 o1 K# |" c$ p4 t* P/ ~Fabrication Information
; `( t& C9 o, H+ o5 r* nJoint Mark ; |+ v' u7 C& z! B. ]1 J! i7 B) ^
Export CSV File enhancements ' i I+ i% c* `7 J
Import CSV File enhancement ^" z! g9 F- ~4 g
Groove Weld enhancements % k, g3 b7 @3 W/ x' g) P
Datum Surface Locator and Datum Pin Locator enhancements ( N" J1 C. Y$ R: p; R( @
Using weld and datum information obtained from Teamcenter 3 ?) O; h) q, h8 w$ z% L- f
Item-based publishing of welds and datums to Teamcenter : R( L! j" K v7 X6 Q3 ?: {
Connected Face Finder enhancements
( Y, J7 G8 o% Q/ F) A9 ~. Q6 B2 T! PCompound Weld enhancements + s, e* v5 x! A; t5 k
Structure Welding 2 V" T' R' K! i' R- x
Fabrication PMI - |& h0 A9 O1 B9 k: {
Surface Weld : M$ @+ X w1 E. s3 _ M
Welding Joint enhancements
' J" h, ~2 V' r; R8 j' cEdit Joint Definition enhancement$ s' N8 G6 s, D6 O+ b3 o5 A* A$ Q
Edge Attribute Title welding customer default 2 F& l! e& j) ~' H* t( J
Export Welding Joints enhancement ; N9 k6 e* i7 a2 \. K* V/ c
Item-based publishing of welds and datums to Teamcenter ! `1 ^7 f4 b$ ]# D+ f- V6 e6 r
Die Design
8 E$ i. k& M# ELower Binder
9 W0 ^6 F( R! g1 FTrim Post 9 S/ u( y. C* p% g. Y9 h& ]
Draw Punch and Draw Die enhancements * J; e5 L0 |! i$ k$ E+ j
Assigning colors to die faces
$ ~( J4 Z0 p, X6 |Die Engineering
" e) H$ @' V2 v2 C; w, m( ODie Analysis using LS-DYNA $ `* X7 Q2 |' |" d9 e
Trim Angle Check enhancements
' O* k' t; W) U+ Z: V% AStamping Operation enhancement & M4 ~- G+ @4 @8 o$ i
Die Tip enhancement 4 E" z8 F8 T" W* p8 y
Chapter 9: Data translation 9 m, u+ b. @7 _% t5 V
Exporting editable dimensions to DXF/DWG file & x: q5 @' F; p) d: a
Controlling text aspect ratio for the text imported from DXF/DWG file * z$ { ^( R0 M, K( ^6 Q
Supported DXF/DWG versions
5 S1 D3 `. p- c5 m8 M' eSTEP translator enhancements
{' C. U G8 |' h9 CNX to JT
( h4 o1 J1 J* _) BJT version 10 files
% X# S, n4 z; mDisplay order of model views and PMIs in JT files ) Q8 v* V* r! g# Q$ v
JT support for object visibility in model views
! A4 M2 L9 P3 W8 d& TPMI lightweight section views enhancements in JT files / K7 D0 c: |) A4 v* s
JT support for weld Joint Mark feature 4 D& ^# `% Z/ S. }- C1 j
JT support for hole and thread callout PMI
( {3 f! J9 U! E5 P3 z4 N, Q1 TGeometry Sharing in JT files 4 g/ N( q6 [. S9 H5 C
JT support for business modifiers and PMI attributes
! ^/ q+ K) G$ t" x% I6 tVisibility of datum entities in model views of JT files 7 c( ]0 {7 }. d1 K' K& B
JT support for PMI association with objects
& E$ p2 y$ P! CChapter 10: Mechatronics Concept Designer 4 N: C8 U. j6 ~; G2 D
Collision Body enhancements # ^1 z l6 D9 O/ L* ]
Actuator enhancements
s6 D: }. r( i( z* yxii What's New in NX 90 " N* w0 r" c- {
Cam enhancements 5 k L4 ^. l2 X8 w3 C( s5 T! w' G
Operation enhancements
- U, Q7 e2 w V8 M8 s0 d! ?, GChanging units in dialog boxes
$ ^( d6 ^* p0 I- w4 aMechatronics Concept Designer preferences
/ W/ H) X7 i- q( L4 [" o" lCreate dependencies , s/ B$ m2 a" t5 v/ n. p* C8 T
System Navigator enhancements % N) b9 p7 [8 }: F0 ~
Creating physics containers 0 j5 v& ^5 e3 t
ECAD integration enhancements
3 l/ B, ^' l+ K1 G" W/ GSimulating NC code 0 X O' R9 H( n4 o4 o) E' a
Convert from MTB
+ `, X# U7 ~6 k3 `3 m) s0 hShared memory signal mapping / Y- g" W1 m: O1 L: {
SCOUT Integration 5 f2 p1 r% q+ ?4 k, k
SIZER Integration
; c* K( r+ X0 @+ B& gChapter 11: Programming Tools 5 Z, T8 B7 L' Z% w
Assemblies functions in SNAP
, ^" A& Q1 c4 P! s4 A n# e, mBlock UI Styler
a9 \- c: l" C; H5 x& YNew properties for blocks * ]- ^ L( ^, w& I
Changing a displayed part
/ i( r) W( [. P( m5 t1 n" GExplorer block 9 r- W2 g! |3 r: ]( O" J
Chapter 12: What's New in NX 851 # ?: A5 B! V4 v; R/ w1 \
Modeling
, m! j' h8 I& S2 Y1 }9 I1 aUser Defined Feature callback hooks for NX Open API libraries # _7 `8 |$ Y; e6 w) I+ e3 X
Preserve the relative order of Feature Groups
% [2 B3 C/ x, |U/V Direction
% @1 M- W7 U C O! AStudio Surface enhancements — Split faces along boundary curves 2 I) D7 C3 F5 |0 Z2 o
PMI ) \2 T- D* f" D' N1 d
Find PMI Associated to Geometry enhancements 0 X& D$ H( w1 H5 Y$ f) h
PMI Effectivity Management 741 $ m f) i; ?- s5 n+ Q4 H* Q
Routing 742 0 B/ U$ V- a& ^
Wind Catcher 742 # W- Y/ G+ k! m3 B& j
Branch Path Numbering 744
. W! {' Z: R: Y9 [Platform Creator 745
6 _" ]: x; p8 i) r# X+ ?1 B4 fShipbuilding 747
8 L* \( b9 ^+ b8 G4 h4 I7 ^Assign manufacturing information to openings 747 ) A N6 ?" C9 `( b% S
Specify section subtypes for steel features 749 ) M0 e. c8 @! e9 r
Manufacturing 750
) X! S0 @' l5 R* o& oOperation Navigator enhancements 750
# `) e: Q+ {0 {* _( S' T$ L" UAdvanced Simulation 751 ( j' R0 B# O" d# V% l4 H- Y( B
Solver version support 751
" \$ a5 }) z8 Y2 \' \NX Laminate Composites 758 9 `- Y' N" ^4 x. _" {0 a6 q
Durability 763
8 |; a s" f+ L9 p+ hTeamcenter Integration for NX 764 % Q/ c, q% r9 f9 A- d1 p: N3 a; R
NX Relations Browser enhancements 764 3 p" H; M* a U! y
Select Configuration Context when loading assemblies 766
& M& n% ^4 k+ q+ gDefault project selection 768
q+ ?; h* [( Y- e" A; |9 eCMM Inspection Programming 769
: S \; k% }: z2 _* SCMM measurement analysis engine 769
3 E: t0 g( U5 ?. }! A* iExport analysis results 771 DMIS programming enhancement 772
! Y, R$ F* k2 i5 r6 x+ NData translation 774 ; M: n2 g* f+ |3 W ~, Y
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 7 n' }$ V" K% [2 S$ N
JT support for PMI association with objects 775 4 c7 L! f, e% {2 y2 }
Mechatronics Concept Designer 776
0 B# u( \8 s! Q. r* `+ o Import from ECAD enhancements 776 % E/ U% k8 [ w* V
; j3 b5 B, b; W+ }9 C' R7 z# z |
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