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8 c& E3 B0 [- {$ ]. [: L- x9 L' T【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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) J E! a: K! h+ R$ g; ~' m- `涵盖了所有模块！
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不懂E文的，看图也知道了！！
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What's New in NX 90 iii % X# z" c; l4 v# t7 K( y( c9 K9 D
Contents
/ G" e9 v' F" T3 ~2 G3 n* e/ R4 `4 kChapter 1: Fundamentals
* I/ W$ _; v8 a4 A$ zRibbon bar interface The NX Window (Ribbon bar) 3 u; s( o; e4 E
Show Ribbon bar tabs and commands & W# z3 x; I5 d7 f
Add commands to the Quick Access toolbar 6 {$ T! n& w' {* x* Z
Add commands to Border bars
- r" }2 ]+ c) `/ `" q7 fCustomize the Ribbon bar interface $ K# r: S& a; N* [: W6 R/ A8 M
Add a tab and group to the Ribbon bar ; d. {5 x& a- d3 y3 Q4 |
Save Ribbon bar layouts
+ j1 w' @& U) d, b# dExport and import your interface layout 7 b k/ t# V. d$ V
Ray Traced Studio
0 d S. {) [; T* |Issue Management enhancements , n' p3 K; w$ a8 N- G" S
Generate support logs for IR or PR ( l- q, g" Z, r% N' x. ~
Integrated web browser enhancement
. [' L; n5 |: Y; ~2 KView section enhancements
4 l! t0 s+ E& n" YDisplay facet enhancements
+ @7 j H/ H( v5 u# A# HMeasure Point
' J i0 g( R' R/ H9 X& oRaster Image enhancements 8 r; [: C& l8 l, I4 |6 [
Lock Rotations
; J4 ^6 P' B- n. a2 j& ?/ t1 Y, uSynchronize Views & b/ U# `' N3 m" S
Stereo Display Visualization preference : L0 {5 _: H4 P5 E
CSYS tool enhancements ' E- _6 {# k5 J& K, q
Edit attributes in bulk 8 E( [8 ]6 M% @. A: c
Chapter 2: CAD - L' X7 A1 w+ _4 x7 \2 _6 E
SkeTChing 9 J( Q5 A( S, H9 r0 |- A
Sketch enhancements 0 N9 B1 U& w/ p9 \, j
Sketch dimensions # T6 e3 _$ w0 s& M1 D. `; @; n
2D Synchronous Technology
8 [5 b& }- v3 H8 B ZRigid sketch groups
! w# t# l7 a4 F5 f& `, {Part Module
" x0 B4 U8 c5 kAdditional Part Module workflow 9 R1 n3 d- A$ ^) x! n5 f" Q
Shared Body enhancement 9 I& t, t) n9 a' N, Q
Controlling Part Module updates
7 ^8 s j( m0 w: J% JNest and Un-nest Part Module
- [0 B! ]- p& K- P" R+ R% x/ I' {Save As and Part Modules 5 [6 w, f+ b: ]& P+ E( N
Synchronize Links enhancement
( {4 z$ _1 N" P+ {Modeling 2 w% t- A$ W3 a2 l3 G% B7 p
Snip into Patches
1 q/ j P) ~% O2 e/ x+ b5 j7 JRib / L$ v \7 }% n1 ?" }
Mirror Geometry . M0 v% Y3 Z4 D2 w& w& I
Extract multiple bodies enhancement
$ O0 `' @" t/ `: E8 n! EAnalyze Pockets and Blend Pocket
& U q) N! A! x( J. KCombine or separate tool bodies
9 r N, M' K0 O% S( o8 xInterrupt feature updates . Y8 Z; u6 P* U+ m# w
Load Rollback Data 3 H7 t0 _0 b% `1 a& k. a2 \
Sorting model views
& L5 j( ?( [& V3 ]& F, y6 F6 QSelect intersection edges in Edge Blend and Draft
4 l9 O' q( T# g5 CReplace Edge 4 S) H+ L, }/ I" R( C5 W
iv What's New in NX 90
' `9 C. l$ l5 X: C% [) XLocal Untrim and Extend 8 K/ F% c$ M6 H! v
RoUGh Offset enhancement
* T& `1 V8 m& I0 G7 nReplace Feature enhancements * [: F! A) V% _. z# Z
Unsew enhancements
8 {1 g* {3 k2 ?3 w3 _4 yDraft enhancements # x- t! Q% c- ]0 A+ J' d& A0 z
Draft Body enhancements
7 C3 D- @" s$ } ?, } _Thicken enhancements
9 H9 b) }2 N5 h2 H: d8 d( pPattern enhancements # u; ?' J' ^! w- q) Z# c% I) u* ^
Untrim enhancements
4 G) \) b2 [6 v; BDivide Face enhancements
9 ^7 O. Z" h1 V7 e9 lPart Families enhancements
$ D B4 R6 u/ K$ b6 CBody selection enhancements for Boolean operations
1 t X+ D, D: Z' X1 dFace selection enhancements for Synchronous Modeling
# c3 \; G w; ^! C$ CSynchronous Modeling+ P0 Q1 i2 M6 ?# A
Move Edge
) E: L; n. B& G M: y2 Z8 eOffset Edge
- L7 x, t' z; {5 G* YDelete blend faces with the Delete Face command 7 W% R* M ]0 u9 n4 b1 J7 ?8 ?
Label Notch Blend enhancement
: B5 u3 |! _# k1 O8 `Facet Body Preparation * k" j2 L+ x& t0 \) U; G
Create Box
7 x" ^: c. s" s+ T8 r" K1 P% \Snap Point enhancement . u9 ^, A" m& r" Q
Extrude Facet Body
' B* a) y# f+ {+ p* bExtrude Profile
6 `% u3 ?+ G/ e' q7 P; _Merge Disjoint Facet Bodies 8 B1 ^0 F0 O1 V/ N$ e
Merge Overlapping Facet Bodies 1 M b7 s( E! u
Merge Touching Facet Bodies
7 N+ y8 v% Q: L! u2 `Rough Offset enhancement
+ I, o( f$ I; a! s2 B5 k% zShape Studio
, J; M) W) P' C. z$ M4 ^. w9 HSmooth Curve String 0 j, M" C+ g+ b4 j' U2 f$ K: U' `
Section surface user interface improvements
" ^$ g- y# g' i, `+ EHighlight Lines enhancement
2 a( s4 ^. O# w, ]& n8 L/ P4 [. XDeviation Gauge enhancements
+ f& c* T: u1 p- g/ VFace Analysis – Slope enhancements
- A. e) S9 B6 D: y% iConcave Faces enhancements
" t6 O: _3 N' U9 i' H! G# ?. ^Face Curvature Analysis / ]0 a* [; B) }* {
Ruled surface Developable Alignment
4 }+ Z A) ~: L, _) FWrap/Unwrap Curve 9 _4 n# f! q" ]$ ]0 E2 [
Assemblies
9 `+ U# l: e2 p2 sPack all components enhancement 3 f# r# G+ O2 X) j* K# f& ], ?/ W
WAVE link multiple bodies enhancement& U- C! d$ z. v7 M+ l
Load Rollback Data ( W6 x. p! W+ E, X# k3 C0 t6 M0 H
Assembly Clearance enhancements 3 ^9 P! t4 }6 U5 P- h4 ~1 s: ~
Order of components in the Assembly Navigator
- h, `0 `$ s) X a7 hPattern Component
) A" h$ {6 _# p" V1 ~5 e8 C/ h$ IIdentification of inconsistencies between WAVE and assembly constraints - ^' R; M0 W- E0 c, J1 [* I7 K/ I
Align/Lock assembly constraint
4 N& w( m$ ?; `Direction to Fixed column in the Constraint Navigator * l8 T8 o4 l0 X2 r8 R
Product interface enhancements
. `! P6 z V0 X' V! qAssemblies functions in SNAP
3 m# f' s3 K$ ~! M: [$ O; WVisual reports
/ ` K' h. i8 d. `1 I3 X* u3 fDrafting # H8 d+ u) B& m4 C; m* I
Usability enhancements
4 d" ` W# X2 k1 gRapid Dimension / O0 I0 f% w. n$ w& |
Linear Dimension " P' U, J& P3 C7 q/ e; F+ Y
Radial dimension p6 Z* X& d4 a) z( B8 m* h
Angular Dimension enhancements
Z6 z* y. }! ]& `Hole Callout & b+ K& N# S' H. q# t" k6 u
Geometry margins for dimensions and annotations % M' Y4 C% S0 i7 C$ a: h1 \0 O
Alternate Dimension Endpoints
. d4 J' P% ?0 e9 G) MGeneral dimension enhancements
. x( y @! d/ w, i8 }( B4 y8 g& D$ jExact and Smart Lightweight view enhancements I ^/ v; R, u* _) x
Dimensioning Smart Lightweight views
" N1 w) k' M6 d/ L" p, WViewing Direction Reference Arrows
3 X- C) o" W6 I+ A: g' U# uSection line bend and end segment widths 5 C3 \8 [! u! C0 W; r! ?7 y: i: Q
Auto balloon leader placement
7 V+ |1 P( V Q& T5 V/ u2 wAxis Intersection symbol / v* ~+ [3 K, B0 d9 k2 G: c9 E
Surface Finish Symbol enhancements
8 M$ V4 i" Q4 cDatum leader enhancements
7 I; f1 X1 O' U4 HDrafting symbols 5 A. ~: R( [' P6 Q% S; q5 v
Embedded image enhancements
. m9 Z! f$ W8 L, PHole Table 9 T( D: u3 W& M# t4 N W
Bend Table 2 |8 ]# |+ N* x
Inherit PMI enhancements : h3 k% a5 |) u/ E% ^
Crosshatch enhancements 2 h3 J7 J, s2 {' z+ J$ Z" ^* R
Product and Manufacturing Information (PMI) % _5 _6 X2 N/ z8 j% `0 {
Usability enhancements / h5 g! E" z) e" p- ?0 F
Rapid Dimension + h- `. j. m5 i* s& p
Linear Dimension
) N/ S4 x; N' H% zRadial dimension $ t, S$ R& X6 K& l( j
Angular Dimension enhancements : Z6 F: j9 i. p/ N4 m
Hole Callout
8 B1 X. U. B- L0 E; X+ ^; O$ S8 ~4 YGeometry margins for dimensions and annotations ' V0 g& ^5 f6 ^ P; F
Alternate Dimension Endpoints
/ a J7 j8 g! ]! vGeneral dimension enhancements
+ v3 x$ j# M3 rLightweight section view enhancements 2 u0 d/ c% R" E9 {( P! d' L# f
Surface Finish enhancements 7 |4 ]5 v$ D @5 I
Inherit PMI enhancements , Y0 A5 D5 {# ?2 ^. p: v* x
Region enhancement ) E* i: [* j2 r2 w$ P1 E0 o
Sorting model views " z3 V+ p3 L$ L: L# k
Datum leader enhancements
; B, E7 |# z! sDrafting symbols ) w! R7 D- r9 |- k1 \- c
Axis Intersection symbol ( R5 q( U5 D3 b' v' A
PMI Feature Identification business modifier / y9 ]) V" _/ o" p
Update PMI tracking properties
7 x* T/ O/ H" V2 S" P' pSheet Metal % t5 L u9 v {% C3 ]1 I* u% [
Bend Table
% [" U3 ~. j1 h; hUnbend and Rebend enhancements
: V! X% v' |5 M4 P& Z& PResize Bend Radius enhancements
: a" j% b" m% @$ A; A6 Pvi What's New in NX 90 1 y, D. E9 {6 d. K! j! ^
Mirror Feature enhancements / t# v' N f& P _; h
Unite in Sheet Metal ( ^0 c/ n4 G; L. e
Three Bend Corner enhancements ; O$ q8 r) U) S# y) V; ?4 K! Q# p
Mirror Body enhancements
9 Q. d% D$ K- j- |Preferences for flat pattern views 0 l. Q; |$ q8 p7 G+ F
Flat Pattern enhancements ; t3 l: Y9 R% ]6 w3 x8 _
Pattern Face
( D7 I9 H7 k3 V9 qFlexible Printed Circuit Design / d% p: u5 q6 K3 j0 W: `
Wrap
% v2 q$ y% |% _- Y7 z, r! M, J' iFlexible Printed Circuit Design enhancements % L5 b3 W- q, j* H% t
Pattern Face
1 v% @: A1 j9 |4 MData Reuse
* g; }8 C2 G# d, d3 x! WDouble-clicking folders and reusable objects
. d- C$ k8 J+ s# j; b% QCreating shortcut folders for your reuse library + } H4 e3 z+ f' O$ G
Reuse library undo and redo
0 ^: a) T' l* X0 d4 YCreating an index in the reuse library
1 i3 ^) G9 f* B* `Mapping reuse library names
) m8 U$ M) o' iReusable object feature name 7 y6 k# P/ w4 d$ L" s: y
Reusable object part definition s, n/ l8 ^/ k6 W3 ]
Creating feature component patterns with reusable objects 8 O0 W% y4 ]; I$ |. B
Managing knowledge enabled components in Teamcenter 6 x2 S* f0 `/ d c6 \ g! d+ D, S c" O
Reusable component revision rules in Teamcenter 5 ^& D. b6 [% \7 p, n
Adding files as datasets to reusable objects and reusable components in Teamcenter ( }8 b4 b# ]2 a% A
Part family-related enhancements to Product Template Studio : q6 Q/ d* P: k1 D/ C- ]
Routing - u0 G }: y, D6 W6 u6 V
Configuring Routing applications
! C' A& [0 E! f. s0 q8 ACommon Routing tools . _! Z, v5 n5 s% s" E% t
Routing Electrical
/ y* k$ m. w) TRouting Mechanical
4 e3 F7 r+ R0 X# p& XHVAC * U8 `* P( Q% q0 u0 P
Shipbuilding
7 C1 `; ?! F8 gKnuckled plates
' v6 A9 J; F8 p% @' I* r9 sKnuckled profile systems* x. R: a$ q9 q! c! I+ p8 F
Knuckled profiles . M- N) {2 q( C+ G
Create stiffeners between supports p8 r0 K( G# d- b5 [/ ?& e
Control profile orientations
; b: k. d$ Q( q7 e& y% RBuilt-up profiles
8 H4 V3 K6 i. a7 S. p% ZCreate stiffeners on plates with multiple thicknesses 2 I; b. R9 Y$ D# q. h
Create standard parts on plates with multiple thicknesses
+ ~. t5 P6 ]7 w, x/ ISplit standard parts in the basic design
, o/ O" }$ i4 o: e2 K# OSplit standard parts and built-up profiles in the detailed design
4 h4 a8 l9 S: ~* w- h2 rProfile Transition
# R4 T+ }: r0 AEnd Cut enhancements
2 ?9 Q2 K3 u# X& L0 {7 RProfile Cutout enhancements . _% E% E' J/ [( M6 z
Collar plate enhancement
7 W) a( i9 P) _5 r; x# s. B6 @Examine Steel Features
: K; T( o6 y2 h( R" ?; E3 i6 b- CPaint Parameters " u3 E+ v, e0 e/ K( ~3 H2 m1 a0 X' M3 I
Vehicle Design
* {5 D5 k3 x/ O8 G# g( W+ o1 \1 |Vehicle loading input to vision tools * }3 g- z- C% F/ T. c
Vehicle Packaging Validation j: W) z0 X$ B+ i, L
Head Impact
H+ E8 q8 s1 u `8 [. m& y* F. v+ jPedestrian Protection enhancements
/ p* @) H o% k3 GEyellipse enhancements # x1 [" C* S' l" }) d( f5 L6 E
2D Manikin enhancements 2 v; q* \7 D; p' h( c W5 o) c8 J
Seat Lines enhancements
7 f6 `) k2 M# ]) \8 k+ ~- FHand Reach enhancements
, A7 Q4 z* r7 s2 R5 j6 a; p9 f9 fDirect Field of View enhancements
% W0 B( S* c# G6 V& V; e" fInstrument Panel Visibility enhancements u" g, S' i- n% [
Windshield Vision Zones enhancements
" n+ E( E8 `" CMirror Certification enhancements
# F! J' K$ U7 K. \3 VPCB Exchange1 X% A4 r% C1 `9 ?% F
User interface enhancements in PCB Exchange
7 Q4 z5 W! v; `IDX collaboration commands
* M* W% J: J! \/ ^' zIDX support enhancements
6 D7 s5 i9 S) oCopper Area % A2 o, v, D4 ~+ h
Comparison of ECAD and MCAD primary pin locations 2 k$ Y( k0 i, F/ F# Z9 d$ J8 C
Show Test Points
9 S1 P: N3 H& w: S- f% n" \Chapter 3: CAM
, M5 {3 A2 E7 rCAM general
7 Z- o: U* F) b- y/ ~9 ONotes in Manufacturing $ o, B) v' t4 L8 Z$ y) |7 U, A
Descriptions in Manufacturing 4 |6 u( C7 C% l# h# G" w4 Q( N
Displaying visible and hidden geometry
+ p2 ?; c: h/ j3 `Boundary selection enhancements
; l, W* T/ i, [4 o* vBoundary selection display and gap closing
* Z+ n3 V' y i% `/ uPasting operations with reference , u B4 z' m' ?2 N$ r0 p
Show Thickness by Color enhancements
5 W: a4 f& V6 |" |! BSet Machining Data enhancements
! k d( x, n2 ?5 x, MFlute length for drills # q5 X) t# x. s) y& A9 y$ D0 I
Milling enhancements 4 Y" [2 j& C9 K, |$ d
Machining with a T-Cutter
) ~: t4 ~8 U# u1 R u/ M7 CMachining cylindrical parts 3 N# _0 n: Q+ B
Tilt Tool Axis enhancements 5 {6 _0 t ?3 a* f9 D) h
Area Milling enhancements
; t" G- I, |/ T3 J, x- w7 i: }! {2 UDivide By Holder 6 G( q' s1 v2 x, o$ E/ r; b( [
Contact data output for Hole Milling and Thread Milling + W7 a8 g6 q% u7 z: d
Cut area selection by edge-bounded region
4 ] v7 q8 _% Z" V* {- L g nSafer engage and retract moves for Zlevel operations
; j3 @: V* i. q3 v4 g% E& QSmooth noncutting motions in contouring and flowcut operations
' D6 u# e5 } h- HImproving 3D IPW efficiency in Cavity Milling
: |8 W) M( H# x7 W* [: Q+ [$ o' jMulti Blade milling for turbomachinery
S$ B# a3 r. ]# M3 r+ s0 N HHole machining 2 S3 f* P: j# S+ V% r z
New manual drilling operations ( `% u X5 R% m, l
Hole machining workflow using a feature group geometry parent
E# o% z/ p, H h' Y# hMachining feature groups
; V8 G4 r/ G5 a$ ~7 z7 uIn-process features
- F+ e2 ^6 Y2 M/ n0 W8 DVisualizing in-process features
7 y+ @ F/ `3 C$ P! TIn-process workpiece options to control the in-process feature
2 k' k5 v2 P5 v3 gviii What's New in NX 90 * k( q, }! F) R- N0 N8 K8 a: s
Feature machining areas ' [( g4 {$ C! m; Q
Drill tip point length - i& f$ _# o8 V4 H) G
Core Drill 4 K* Z" G! B7 ?6 J% X. p# P" H" l
Probing 8 {. u: G' S: y- h. s2 n s1 _
Probing
* P' h! Z- J9 y9 Q9 fTurning enhancements
- I, F l7 J0 u! l: s- x7 {. kCenterline Drilling depth enhancement + K$ V6 K" W# }( L1 V6 q
Turning non cutting moves enhancements
0 J- _) K, t( t( [5 a- J3 |; a* _) EParting off operation
4 }! u/ }, @" a# FThreading non cutting moves enhancements
5 f" l9 v! r% t4 E' k) j5 hIntegrated simulation and verification — ISV
5 E- M- Y& ?1 jDisplaying axis positions and limits 8 F2 y/ H2 W; z8 m+ B) E# f
Positioning simulated machine tools and cutters 9 p" k' l I' z
Tool path display for external file simulation 8 }( G8 v6 o% R, R; ^' @- J6 s W, t
Simulating all channels in external files / S0 `# G1 ^- J" k/ v# k9 S4 K5 s
Simulating synchronized operations & X0 Z8 q g @. U1 a& u
Viewing a tool contact representation
! g- U( F' f7 sConfigurable parser for NC Controllers
" j6 J* B7 v. g S" S+ gKinematic chains for simulating complex machine tools : y2 K) z( ?8 {1 P+ u
Suppress Status line update ( w" o; u, j+ ~7 [# \2 @& V, t+ S
IPW color mapping to tools or operations 5 M( Y$ h, H& {& `
Regenerating a saved IPW ( ]6 Z* T( V" x6 L4 j0 d% u! t3 J) U
Gouge Check enhancements 0 s, f) v% V5 j1 k& D+ Y0 S
Sinumerik Collision Avoidance + E4 S J5 a# }5 k/ t4 U3 t
Simulation and postprocessor examples 3 I- ?6 g- \0 s* g, t
Flute length for drills
- }- I& [, t1 G" C& VNX Post 4 m& \) q# }2 b( H
Adding CAM attributes for shop documentation in the post * a$ u& J9 P/ E
Post Builder * E( d9 Y: h4 R! @
New Tcl commands in Post Builder
% y. J% \1 T2 N3 G BSimulation and postprocessor examples , y& P) o7 O, b" p6 G, J. |) D: n
Feature-based Machining
' \ q( U2 N# B- c& R7 K1 h9 GFeature machining areas . F6 T5 n7 H% V" V3 z1 ^5 D
Machining feature groups 4 J5 J9 |7 N o {" j
In-process features 5 |. P* R6 T1 U$ K" X
Visualizing in-process features ) `1 f& o" C' l
In-process workpiece options to control the in-process feature
9 M, H3 ^8 ?* \- V0 ~Wire EDM 2 R7 U! @3 N& K6 U/ V
Wire EDM tool and guide
. y* x4 S# D1 G/ ^: E) nChapter 4: CAE * b" G% y' e/ {. |# `
Advanced Simulation - e, Q8 z* w! \: ?
Solver version support 1 a+ B' L4 w' g$ h$ v+ Q- {: U
General capabilities
9 W+ R" b' }3 k$ r- c4 tFields 1 _. g' s8 D3 ^6 z1 c: M) E
Materials
* O" J1 s; ~4 x! a. g! ^; fMeshing
N A0 e" K% u5 UBoundary conditions
0 t4 r1 [" Q2 v. J# h( QSolutions
2 s% M* P3 a/ s2 yNastran support enhancements $ U5 V8 a7 t8 T$ b% g( L, E
Abaqus support enhancements 6 W, [7 R4 q2 U* J7 C
ANSYS support enhancements 5 T. [: G$ R+ E, d: H( b, h3 R/ @6 G
LS-DYNA support enhancements
~ l' N+ j6 MOptimization $ [7 D. ?& E4 c0 R3 ~- L
Post-processing
3 l$ O( I! d% I0 ~Durability 7 M9 s& `( Y# }0 b6 Q* x/ D% Z" r( V3 C
NX Laminate Composites * C" u2 `" R' Q; z f& ~ a/ w/ u
NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
* l' i' W8 H, G% \7 g, ]NX FE Model Correlation
4 A# g# s9 O1 O& s3 B I) LTeamcenter Integration for Simulation ( G4 E+ }& o" R4 |, E/ c
Design Simulation
( f: ~" I7 p! `# J( G5 mBoundary conditions $ F1 e( \8 A2 V* L! E& p
Meshing ( |, _- j% n L5 @ D1 t7 R! i
Motion Simulation & S W. f! V. \9 H1 {! A
Interactive articulation methods
5 X0 Z' N3 |8 `" l, E/ lJoint limits in articulation 5 J, _0 N8 q4 T
Animation enhancements , C) a$ K) p6 `
Spreadsheet Run enhancements
. t5 K1 o/ R, G3 dMotion Preferences enhancements - B$ u+ Q8 u0 Y2 ]- H( ]
Functions and Graphing : }3 R2 J) e* S7 D: s
Inverse option for Function Single Math command ) x- |3 k4 K$ V7 L
Plotting a graph in a separate window
5 o$ y* _+ W) M* Q6 o4 n6 oImproved font support in graphs 7 ]' W- X/ p% f* a& Y+ X; \; H
Plotting a graph with no line ! s2 g! Q$ t, u( J6 D7 x
Saving graph data to an AFU file
4 B6 S0 K; [6 S- i6 EExpanded complex plot support
6 O) Q/ p, B8 s5 r' W! xChapter 5: Teamcenter Integration for NX
! A. N( Q+ p7 b7 [8 H0 r) b: K1 UTeamcenter Integration for NX 5 I( l' s, N* }/ |0 k. q. B
Define and load configuration contexts + Z4 V, ^; i9 x4 B& p3 i; ^
Run NX in a Teamcenter multifield key environment 1 h9 `# \! i+ _9 @2 ]0 V
Independent drawings added to export and clone 6 [, V' A* r; u7 |4 V: G1 J) B
Save As enhanced
! F0 `; y6 t) C. c7 S, ?! P! eRetaining absolute occurrences when saving moved components * m( m. t' _# a/ R! {+ N. l/ k5 _
Opening a component with a different revision rule than the assembly 8 f7 ]7 K8 U) _, T* W9 Z) e
Viewing results and default filtering for projects
' e+ I' t# T+ oAdding independent drawings and CAE parts in the ug_clone utility 0 q9 {% d+ b" ]* g$ S, B; E+ s
Refile utility enhancement in Teamcenter
% E, ^& G9 k& a0 v" o2 MItem-based publishing of welds and datums to Teamcenter
8 R9 Q$ g9 v9 IChapter 6: 4th Generation Design (4GD) / i. n; F) F4 s4 B. {% V; h/ D
Introducing 4GD
: F7 K1 H6 p/ f. ^4GD enhancements
7 x& L' _% g! W! j$ \. w; y3 I) IDesign element enhancements ! I4 {3 D6 t: z+ O
Creating multiple design elements
- O5 g; E& w6 pConverting design elements * a! M8 o% Z" G. ^" g
Create Reusable Design
9 a8 H2 w4 v7 P2 k, i. r, _Presented parents ) U& r! ?5 }9 t9 x
Partition views for subsets
0 q+ Y0 N+ K# s2 d( Xx What's New in NX 90 # f1 j8 i$ [& {2 R) a8 g
Subset structure views
, Z1 Q: e- M. g0 {7 {" jAdding connecting welds to a subset ( j- {/ p6 x6 k! n" ]2 S
Mirroring a design element ! M! @- X& x- z
Load attribute groups for design elements
: U: r$ i+ T5 d4 k& D, \; W3 yEffectivity and variant options added to subset creation
. ~' T8 a5 p6 A% ^Edit attributes in bulk
$ v& ^. U# N5 t8 ~, x: \Show Collaborative Design Preview 4 |6 c1 ^/ ^: }9 f! A6 z& l& d
Design features
3 d4 u* K7 n: ~, R* XCheck in and check out enhancements
& j/ M" m" t8 i1 h5 vGenerating collaborative designs from existing structures # {- Y! W4 z9 f; B. `6 n* [5 w; A G
Check-Mate in 4GD 5 x) @- H/ y) u6 e
Issue Management in 4GD
+ h$ Z1 L5 B" c. n- }Chapter 7: Inspection and validation
& T! @! @9 A4 ~5 b! L2 y3 a( VCheck-Mate z5 @0 L/ k2 Q
Check-Mate checkers and functions
5 P0 p8 ?, H5 Z0 A a8 _' H! oCheck-Mate profiles
* Z4 ?6 @2 @5 [9 NCMM Inspection Programming
8 o5 F8 S9 ^" _1 ^General enhancements * e: o* Z6 P( s, \; ]" X- ?* o
Expanded CMM libraries# [* A" _- O# E2 R
Offset distance for 2D features
* C5 A6 @6 k _- E" d0 |4 jNew inspection feature type: Edge Point : Y7 w! q: f( L7 Z9 Q; X2 V
Set PCS to CADABS alignment type
1 _. g5 c, F- `/ o0 v3 B& LNew inspection command types
, t5 @5 a4 w0 W3 A6 xSupport for cylindrical probes ; R( N8 d w0 C% R
Resequencing of inspection paths / t9 _$ K% u. a. S6 K
Auto-ordering of tolerances in the Inspection Navigator + t- ^- L9 I* J
Support for DMIS SNSET/DEPTH v5 l" [+ i- x1 D( ~# V9 E4 C4 h
Measure an inspection feature relative to another feature/ Q" y2 {7 L6 ]3 G C4 u
Requirements Validation
% O8 X4 [( Y4 p( LUnits in the HD3D Requirements Validation tool % ^2 c) S1 {3 y- a/ G
Chapter 8: Tooling Design 0 }7 j7 g9 w% Y, {, _6 H( e
CAM Data Preparation ! N/ o0 _3 m4 s& D3 x) y. M
3D Curve Offset ; a6 B1 C7 y0 }+ c! R6 Q k) |
3D Curve Blend
& _# v v$ P# |: D2 H" B3 HMatch Surface 0 L6 u, f4 R6 g" J& A6 z
Reduce Surface Radius
7 d& x, s3 U2 @" x# uGuided Extension + @4 z& A( N& ?* F- v- X
Tooling shared functions ! K* X% _8 X6 K/ n
Die Analysis using LS-DYNA
1 a, X O- l+ f/ E' OObject Attribute Management 8 [, Y" [- }# r, j N! Y7 E) K
Face Color Management
* S o# I) R+ ^6 L$ DHole Manufacturing Note
3 J$ ?% Y0 |+ c7 W: W9 w" s; n: z8 |Restore Tooling Application
0 E( Y7 t5 z' M, P2 }6 j( Y: u- oMold Wizard
5 O+ f& \2 f9 P6 U9 @. [Mold Base Library enhancements 9 Y0 B% ?( ~' G7 Z& i; n7 u1 J1 h
Workpiece enhancements , ~# ~. ~. h. [' r* h* D9 R
Ejector Pin Table
: `3 Q" b+ r- b5 ?# ^6 g- KWeld Assistant3 U) c S* K/ T h2 [" x8 c4 X
Fabrication Information
8 z+ s8 C( D* t. h d6 H6 M/ \2 s6 HJoint Mark 0 d6 K C* g4 V# p: t
Export CSV File enhancements . b" f7 \: g! @
Import CSV File enhancement
2 [: a6 P1 l+ e2 ?# VGroove Weld enhancements 4 O2 y, Q- E" v# G
Datum Surface Locator and Datum Pin Locator enhancements 9 d& U: a: X% V* H- l& m; _% l o
Using weld and datum information obtained from Teamcenter 0 h; @5 K; i: g. D5 ~) e
Item-based publishing of welds and datums to Teamcenter ' P0 V/ v4 ~" F: @: S- O7 |
Connected Face Finder enhancements & b- k; j- E- r Z U) x
Compound Weld enhancements
6 B* K5 L$ v3 i: X' F9 |5 oStructure Welding ; L' L( q8 V! z' a
Fabrication PMI , e5 o9 Q) p5 T' Y5 C) @* I
Surface Weld / ?* R& \) e6 n+ \
Welding Joint enhancements . [; x2 k+ [7 Q) Q- J( b0 W
Edit Joint Definition enhancement
: @3 k2 p, H. @6 \Edge Attribute Title welding customer default
( N- o1 s, O2 y* rExport Welding Joints enhancement 9 h7 i% j/ j4 N# V* B
Item-based publishing of welds and datums to Teamcenter
: k* Z2 {7 a! b. i, k9 \Die Design 6 |( }9 D$ r# M2 g" H
Lower Binder
4 `9 t/ c1 e0 K! _3 CTrim Post % \& J- t/ T# s. D a5 z8 F3 ]! x" g
Draw Punch and Draw Die enhancements
5 l9 C' T2 A6 v P W1 {Assigning colors to die faces
- l" ]2 {5 z0 e6 M; p1 Z/ Z/ lDie Engineering 5 R6 g" @& Y" s7 v1 D
Die Analysis using LS-DYNA / l( u5 q: a- L* u% `" T; }) V
Trim Angle Check enhancements
+ ` o. V' u- ~+ I. k; n4 iStamping Operation enhancement $ I% G- n9 v8 E
Die Tip enhancement 9 X6 x' @" r5 b
Chapter 9: Data translation
$ B, Z# i/ F5 F) r2 B, CExporting editable dimensions to DXF/DWG file
5 M% c R! b6 F4 W" o9 C* }Controlling text aspect ratio for the text imported from DXF/DWG file ) n/ u- ]8 ~' P5 t: m) Y* S
Supported DXF/DWG versions
9 o) N! G+ j' l6 Q! V, F* \# ~STEP translator enhancements
2 f! l& R9 L% j0 h' T' f7 jNX to JT
: i9 U$ j$ r* }0 V0 n- s2 Z" c0 {JT version 10 files * M. c( d* ~) x+ Q2 ^) O
Display order of model views and PMIs in JT files 0 A& w* R( a5 y; c% \
JT support for object visibility in model views # N I, A9 c( B
PMI lightweight section views enhancements in JT files
( W4 y2 `7 |+ R I Q& c( h* ^JT support for weld Joint Mark feature
, _. X) L/ s; k* eJT support for hole and thread callout PMI
4 b8 s$ M- d& z( `2 fGeometry Sharing in JT files
S0 B `% B! ?, s, QJT support for business modifiers and PMI attributes % Z( n& M8 z- V( V" `
Visibility of datum entities in model views of JT files
0 R0 B( Z1 K3 K% X% CJT support for PMI association with objects - V, X& r8 @1 R5 v+ t
Chapter 10: Mechatronics Concept Designer - z2 j1 d; F; H" s/ C
Collision Body enhancements
7 T! `' I' Q+ X6 eActuator enhancements 8 {4 Z9 c, Y& W# G: j/ |$ R
xii What's New in NX 90 4 r% Y$ l, A* |* {. i. ?
Cam enhancements
% N8 @3 U1 q& B( g% x5 X5 w# P7 rOperation enhancements
' G( Z6 ~- W( o" PChanging units in dialog boxes
9 o- A% R# _3 d4 m% j/ BMechatronics Concept Designer preferences t- x8 M( b8 J. [* t0 S
Create dependencies 3 f ~ k- S5 Z9 {) j* z! o
System Navigator enhancements 8 O W) T7 K7 }( \) `
Creating physics containers
4 k5 G1 A- L+ r0 `# l6 h1 EECAD integration enhancements 4 B' F$ W* d3 x) s8 w0 {1 |
Simulating NC code 7 {6 l/ ?" u4 S& `
Convert from MTB
8 R# d3 c7 ^3 m6 aShared memory signal mapping
, h9 ]' ]+ Y! V0 v" i$ F0 JSCOUT Integration ! Y4 f) M, ?9 m7 t
SIZER Integration
) l8 y/ }6 g$ R. _& `8 L& hChapter 11: Programming Tools
) Y/ L5 b( j4 C: ]; ?8 W& [4 sAssemblies functions in SNAP ' c0 J7 ]* B+ s7 z2 J5 o9 u j
Block UI Styler: p3 I. S* M5 U; R7 k$ m* J
New properties for blocks
{) k2 O5 O2 {Changing a displayed part
" P& K* P2 ~% L5 X# RExplorer block ( l( d1 C& X0 ^6 v2 R0 h
Chapter 12: What's New in NX 851
3 }3 R1 ~, x' l6 z0 r: CModeling
7 {/ k9 z2 x# s& h9 O* M: _User Defined Feature callback hooks for NX Open API libraries 1 I" Q! {6 _' L; y% a9 a
Preserve the relative order of Feature Groups ( ^3 Z: o( h3 k6 s7 x5 Q+ g9 h
U/V Direction & s8 B# `, d4 d2 f
Studio Surface enhancements — Split faces along boundary curves
/ z$ f6 U: C' Z2 E2 L# VPMI + e- g/ P1 U7 g' L" h
Find PMI Associated to Geometry enhancements : ^) S5 x3 V" @6 w! s
PMI Effectivity Management 741
) m9 i/ z5 N8 ~. }: Z9 x/ g) W3 ARouting 742
8 z8 q% h6 G% \$ d. y, rWind Catcher 742 ! s# c1 h/ V) Q" k& h
Branch Path Numbering 744
* j' [& v- N; g1 r" T. i5 dPlatform Creator 745
7 F4 Y# v( z! D% J; y1 xShipbuilding 747
! j" n: E: }/ e& Z& ^( k7 N, I" `Assign manufacturing information to openings 747 4 w* {2 B5 q: o+ U* {' D8 q) _
Specify section subtypes for steel features 749
* W1 e8 y' T0 }. f" _: PManufacturing 750
5 K6 O Q" p% S Y' t7 i0 ?4 P GOperation Navigator enhancements 750 4 o; P! O& c+ S$ I7 g/ f
Advanced Simulation 751 4 J l$ j7 q, i( I
Solver version support 751 5 b- g4 @6 G) a1 T
NX Laminate Composites 758
' M! u( X4 M, BDurability 763 4 p6 J2 s0 |3 C7 q. A
Teamcenter Integration for NX 764 + M1 c0 W, c: s: h+ G- F; O+ J
NX Relations Browser enhancements 764 # Q q/ |" b+ S8 i; O0 c0 r
Select Configuration Context when loading assemblies 766
+ L% B0 I( ~* G q8 q% C9 g7 LDefault project selection 768
3 s# [* S6 X$ C9 _/ V1 D7 fCMM Inspection Programming 769 * }/ Y* g* w& W! ]$ ^1 G
CMM measurement analysis engine 769
( y. U5 l2 o; T% |$ N4 U( iExport analysis results 771 DMIS programming enhancement 772 : Z4 a# z% Y: _
Data translation 774
" s2 J, e& O1 k3 }AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
" r, D. K9 |7 l7 t/ WJT support for PMI association with objects 775
& S4 E0 M) Z- |( O a/ [Mechatronics Concept Designer 776
$ s* K, l e) D t: H7 } Import from ECAD enhancements 776 , T1 O2 V% E+ c- \& W
$ A6 O7 [1 u9 K+ i9 l
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