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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！* A( ?: E3 j* y1 x! n0 L2 O& d5 _
1 r( ^$ z, O; l) D# q0 \3 A4 c* ?- w! g: _7 ]" L" r' B( s
涵盖了所有模块！5 _8 V3 [/ L8 i5 G9 l7 t/ m" p
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不懂E文的，看图也知道了！！% A* q, c" p3 s! { X5 c4 k
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What's New in NX 90 iii
; h/ Y) M8 \! y UContents * k/ b; e; ?/ T8 e& W. S3 w ?8 o
Chapter 1: Fundamentals 0 D8 \; k/ Y3 R* X ^4 j+ E
Ribbon bar interface The NX Window (Ribbon bar) % X1 t7 l' K9 s, V( h! \$ T% K
Show Ribbon bar tabs and commands
& \0 f8 u. _* [$ P6 iAdd commands to the Quick Access toolbar 3 t( B/ N0 \* e3 f/ N
Add commands to Border bars ' u3 B/ l2 ]( e$ z; P
Customize the Ribbon bar interface 2 B/ T- P8 R% P
Add a tab and group to the Ribbon bar
6 _$ I! G: v; c( k8 zSave Ribbon bar layouts ( s" R! y) ] o' U* w% C# I. [
Export and import your interface layout : |* @, A' G x* h- n
Ray Traced Studio 7 t8 Q" [) b O- f1 u! U
Issue Management enhancements 0 S% v" X3 m l+ _2 P) J
Generate support logs for IR or PR
2 F; C4 p9 L# A! r; K+ \7 ZIntegrated web browser enhancement $ p0 X& a1 p! z) c1 k& H
View section enhancements 7 U6 M& B8 W# T4 M/ e& C
Display facet enhancements
# Q1 o ~4 q9 l8 |7 ]! X* dMeasure Point 9 F' C$ p! E; P# x% s9 J! A4 V
Raster Image enhancements
. \3 ]" Y' E3 V9 W' i/ O- b- ULock Rotations ' d3 b3 L4 U* u$ A( v+ a
Synchronize Views 1 ~0 L* y3 n$ j* W; @- v% Q) M
Stereo Display Visualization preference
$ y- V. B+ C+ ^% v! L* W8 QCSYS tool enhancements ) {+ e$ I" y. m9 j+ y7 o
Edit attributes in bulk
( M% e- T. G: U8 X( Z# K# RChapter 2: CAD
- e0 ?7 P$ o8 X5 Y" _/ n# t+ iSkeTChing ; j# x- s+ b) M. h, e3 s9 D0 {
Sketch enhancements
5 ?2 B3 @( q7 O; K0 t \; FSketch dimensions
0 h8 w' p$ y2 I( I, B! ^2D Synchronous Technology
/ W. K( {9 }) q0 _Rigid sketch groups
" l* A o3 R2 c7 J" f( c3 APart Module # m, ^% P# M/ N, l, U( W( \+ }
Additional Part Module workflow
# q; W3 a- B. M" p( QShared Body enhancement
+ @7 ~& y) m* N s! k8 y) sControlling Part Module updates
# H* L, f+ r: l+ p5 g' ANest and Un-nest Part Module
) A; h1 X" M/ GSave As and Part Modules
: _& q% L6 g) q: t1 vSynchronize Links enhancement
# M( b4 @, U& AModeling
3 z$ @, z) c9 F$ dSnip into Patches1 Q! b' f: n* g: q" O& z5 ]: C" q7 q
Rib
# a% A1 C0 {- z$ Y B: [0 c" iMirror Geometry 5 g$ K, c6 C0 m
Extract multiple bodies enhancement 5 z2 x r. d6 C( q
Analyze Pockets and Blend Pocket
. r5 F* l ?" k4 O, s) nCombine or separate tool bodies L) z' q& l4 b6 c
Interrupt feature updates 1 X4 Y0 `0 A. @8 E
Load Rollback Data 0 x0 U" z# A1 }+ `
Sorting model views
/ G; t' }0 F* {! K1 @Select intersection edges in Edge Blend and Draft ) f( t6 _: q. o
Replace Edge / J: G0 }7 m1 m0 N$ r* o
iv What's New in NX 90 & O: z' k2 T; x4 D. u9 _3 @
Local Untrim and Extend " F" f5 |+ U/ M' g' \# X( v
RoUGh Offset enhancement
7 v9 z2 B% i2 k8 B: N, FReplace Feature enhancements
$ M" z# s' D4 J+ IUnsew enhancements ! _; A: D/ Z- H$ m8 A+ u
Draft enhancements
9 J! u. q& I$ zDraft Body enhancements # M% A' k, R' Q2 L
Thicken enhancements 2 v9 c/ P; }, i' K# e7 X
Pattern enhancements & a$ x( s. T6 g4 g
Untrim enhancements
, ^( D8 b* z/ ~1 J1 A* \( ^Divide Face enhancements 4 R$ n1 R6 p$ F! |: C' I# s' G
Part Families enhancements
`7 {5 L1 K. U7 zBody selection enhancements for Boolean operations
: `( n) M) U% vFace selection enhancements for Synchronous Modeling
4 f: W$ ^0 T8 F( TSynchronous Modeling' F! w0 n$ { L) H
Move Edge
$ ]! b8 g# E8 g% H4 JOffset Edge % h8 ~! m4 O. J! S' L6 v3 k0 M0 E, \
Delete blend faces with the Delete Face command
* O" X6 T) q* d# ]5 rLabel Notch Blend enhancement
* B, |. i8 H9 U8 DFacet Body Preparation
& `* `8 v& l U5 YCreate Box * J/ w7 E* b4 f
Snap Point enhancement 8 M7 @2 d! u% Q. ~/ Z" `4 B
Extrude Facet Body
5 u& N4 \7 |5 o% B4 ^; c/ VExtrude Profile
s( Q; b. y9 NMerge Disjoint Facet Bodies
# e2 G% b: p; bMerge Overlapping Facet Bodies , |( J$ B: ^& M! V5 i: w! |8 h
Merge Touching Facet Bodies
+ G- _- p; W0 DRough Offset enhancement 6 q# V" V& w) b; v0 i
Shape Studio ; L# @8 c- S( v+ {0 ]% o
Smooth Curve String
) W# @4 e3 S7 w8 JSection surface user interface improvements
# |# E% |* V! L' `6 k9 o+ ?Highlight Lines enhancement - [- {1 w. T. s7 \4 T! n
Deviation Gauge enhancements
7 h, |& \1 ^$ ^5 m" {Face Analysis – Slope enhancements ) [8 E5 K$ n7 M) G9 \- I
Concave Faces enhancements 9 d6 c( I/ Z, s! h
Face Curvature Analysis , u- q+ I; w1 H+ d+ f7 ?8 J ]% A/ y
Ruled surface Developable Alignment
1 L9 e7 C/ }: j* W6 P8 b4 K3 KWrap/Unwrap Curve
( U3 C+ g$ t- h9 _+ EAssemblies
$ n' ?& j) A0 P4 |2 F% C- k( rPack all components enhancement ! G! q& q, M) l2 t1 w+ l
WAVE link multiple bodies enhancement a. T4 F" f" Q6 E0 t# C2 d; D
Load Rollback Data
. v" F1 }+ s0 PAssembly Clearance enhancements 5 @5 S, ^& Z+ S
Order of components in the Assembly Navigator , e# ~/ r) r3 E1 m- O% b: H
Pattern Component : ^. `" @8 A6 s! _* o0 ?
Identification of inconsistencies between WAVE and assembly constraints % p& r6 {- c5 `5 M& N$ x
Align/Lock assembly constraint 8 W8 @8 \2 o, ]! t8 J, m
Direction to Fixed column in the Constraint Navigator
3 N8 l( { ^; S$ T; c; _Product interface enhancements 1 w. q& Q" U5 M" x( y% V9 V* r
Assemblies functions in SNAP
& G0 e( g; }& ]6 q* n; a# XVisual reports
! [8 B2 y3 u- S- F1 K EDrafting
- D9 I0 ^" ]6 RUsability enhancements ' z! I4 U, D5 n+ d" v
Rapid Dimension
' [3 }) j2 b, FLinear Dimension 6 A, q1 |+ { e
Radial dimension
% b# v. T5 u# hAngular Dimension enhancements ) \. V/ f* Q8 u5 n3 X
Hole Callout ! w; n4 ^& Q2 B# }; R: L
Geometry margins for dimensions and annotations
0 \6 j- M" S8 J% u/ P; m7 E. MAlternate Dimension Endpoints
. ~* Z4 N5 t) U5 v' T, YGeneral dimension enhancements
7 O' _$ A5 C$ J) ~, ]$ K. aExact and Smart Lightweight view enhancements ) v4 g# i7 ]$ C: ^( I5 q: M
Dimensioning Smart Lightweight views
) Q0 M) D1 Q4 ?, m; QViewing Direction Reference Arrows
' ^$ {5 i; e2 T4 WSection line bend and end segment widths
0 }' P2 H0 h5 _" z/ gAuto balloon leader placement
" F `( f+ ^9 E, v; Q! Y! qAxis Intersection symbol / e W( c2 D% a% o* c' b
Surface Finish Symbol enhancements 3 [. z* l. u: m5 Y5 O8 \4 W
Datum leader enhancements
( Z" t1 m- W; M6 V6 n. JDrafting symbols
( K8 b: x- [, v# IEmbedded image enhancements / F) N3 P2 H5 z- ^3 n7 ~7 m6 o
Hole Table / q; K: ^4 B8 M! [* }9 q3 q
Bend Table 1 s) b0 p/ Z5 M
Inherit PMI enhancements , \1 G1 E( U- Y% i V0 k# W& P# H
Crosshatch enhancements - e$ w5 T+ d, o* h, J
Product and Manufacturing Information (PMI)
3 x1 o2 p( u; a5 l8 u! }3 @Usability enhancements 5 S5 T8 L; ?' ^1 B5 r
Rapid Dimension 7 k6 d* k' U! U ]+ y1 _
Linear Dimension
; z( i) X/ F) A4 B3 `& [! iRadial dimension ! u% x' V; [& s6 w: Y
Angular Dimension enhancements : r: n1 [. @: w& `! A8 x5 j( f' M
Hole Callout : Z+ P5 z/ s: U8 ]/ z- F
Geometry margins for dimensions and annotations
! |; O2 g# r1 h" S _* XAlternate Dimension Endpoints ; p* X# d' W: \0 `9 i/ ~2 {
General dimension enhancements . V9 h5 f3 ]! p3 O9 P) Y4 g
Lightweight section view enhancements 6 U5 H- A3 F: `6 p+ p q; w' I
Surface Finish enhancements
% [- f: ?1 S* |- AInherit PMI enhancements
, d! l2 \, b- E# HRegion enhancement
1 I6 y3 \3 g6 gSorting model views
* Q" C/ C" \$ ?/ ^- _& J) hDatum leader enhancements
- W0 U5 W W, N& J( iDrafting symbols
& s" z D: h/ d3 M5 J' wAxis Intersection symbol 1 ^6 D5 _# Z& A/ ?9 J( N9 B I, j
PMI Feature Identification business modifier
9 w" Q9 {% t8 c% M5 k% }7 GUpdate PMI tracking properties 8 F2 [. g* b4 _# Q
Sheet Metal
( v; \2 O: C! d" CBend Table
: u& ~' s( p# z# _% O* fUnbend and Rebend enhancements . X* }0 c9 @+ l. i
Resize Bend Radius enhancements
& x, \! I. X; Y, D! cvi What's New in NX 90
5 q; H8 y6 F- w. a5 W$ j5 gMirror Feature enhancements 1 _" ~' p9 |8 x* V" C( }+ B" |
Unite in Sheet Metal ' W3 t# |1 ~0 a1 S3 e5 m* ^. M
Three Bend Corner enhancements ; T" i: I. M! K2 A
Mirror Body enhancements 8 U8 R8 @' f/ D# ~
Preferences for flat pattern views - u. a3 D3 C1 L
Flat Pattern enhancements / G+ ]5 e, o+ Z
Pattern Face
1 S7 g8 `# q* a! u4 L' X) pFlexible Printed Circuit Design
. F7 f5 Z: E, GWrap
3 [/ d" }8 y" | k1 sFlexible Printed Circuit Design enhancements - L! j% M. q0 R& D- ^
Pattern Face ' \- C5 V* b4 F& t
Data Reuse
9 |; L. b6 K% x( T# m* H7 [Double-clicking folders and reusable objects
7 V' d3 m" I k! z7 O x& O& |" [/ RCreating shortcut folders for your reuse library ; B) {1 g2 V5 |1 \ |2 U
Reuse library undo and redo 8 ?* m- G' H: l/ p4 v
Creating an index in the reuse library
6 ]0 e/ n% Y+ f( cMapping reuse library names 8 b2 Z z" V/ @/ Y
Reusable object feature name
: m/ `! e- b3 W: G- ^" d* \Reusable object part definition
, z+ ]) q" M4 X" V- M+ SCreating feature component patterns with reusable objects
9 x3 R; D& n, ^# n/ e( H7 MManaging knowledge enabled components in Teamcenter 9 g, x1 b& g) J8 ?2 g
Reusable component revision rules in Teamcenter 3 B& \5 r9 [( p) z ~2 O
Adding files as datasets to reusable objects and reusable components in Teamcenter
+ {* q% Q. e2 V: ]) }5 y0 LPart family-related enhancements to Product Template Studio 1 j7 w' c* G2 k) V8 l9 y
Routing
. X( U+ Z( Z4 ` V8 X, g; j6 ZConfiguring Routing applications
; H+ a! U6 {: G- hCommon Routing tools
( {6 u- \2 N# R/ _4 M# i; xRouting Electrical
# b+ h, p/ y& ` g. j$ S- d0 qRouting Mechanical 1 }7 I: W' I- R. V" s+ G3 v T
HVAC
9 W$ Z# s' p, Q4 XShipbuilding + n/ l8 Y k% [. U; u
Knuckled plates 1 M. j1 c) _: M ~8 C: ~6 K
Knuckled profile systems8 _! Z/ ~% l7 l; W6 L7 e
Knuckled profiles
! p& L3 @1 c. y/ z1 U5 RCreate stiffeners between supports ) @: D6 G h9 M5 l$ H( ~- b
Control profile orientations
$ O* i% C2 p' M4 h: w6 V7 k( KBuilt-up profiles
7 ]9 }+ x( W9 _9 J) m. ?( U9 OCreate stiffeners on plates with multiple thicknesses + M% i+ w; a/ w/ }0 `( p) \' ^
Create standard parts on plates with multiple thicknesses
! F; y8 J: t7 w& l3 @, M2 f2 SSplit standard parts in the basic design 1 U/ H) A4 V. l' u) u5 }: H6 n
Split standard parts and built-up profiles in the detailed design
3 }" C, h* M, _; ?; {0 A* P9 v( `Profile Transition
w1 U( `! W( r$ oEnd Cut enhancements
$ D. @& y+ G% ~% Q. GProfile Cutout enhancements
, a# z" I5 G7 ^ f6 C" x! GCollar plate enhancement
) L1 _8 r- W v- O$ U4 S Z1 XExamine Steel Features
- a# w4 O8 `$ z0 X' a; g) ^Paint Parameters
5 E T7 U3 T" S! LVehicle Design . N" C. r& O- o7 c1 @
Vehicle loading input to vision tools
* `; y% ]9 _$ E& A$ k/ {/ [Vehicle Packaging Validation ' A' |! o) K0 l2 J7 H
Head Impact 1 D4 d: Q! c. k: _9 h
Pedestrian Protection enhancements
& q( [ i* Z1 c% X( R0 cEyellipse enhancements 4 L1 e5 @4 P, ?4 Z- E
2D Manikin enhancements
; z) U' v0 u) `& D9 A0 cSeat Lines enhancements 9 D. r F; D9 p; d" V w/ ?
Hand Reach enhancements ' L/ Y, |; S3 L) I8 s. O- l
Direct Field of View enhancements
+ ^* ]; } Q6 m. BInstrument Panel Visibility enhancements
" \2 o8 W4 H- c" P4 g# U- |Windshield Vision Zones enhancements
f9 G# ]9 D! h) M" IMirror Certification enhancements
3 N- i! \5 I% I# }( FPCB Exchange! G4 p- m- a S* E# e# H( @$ S- Q
User interface enhancements in PCB Exchange / w* P% Z# `# D9 F. H
IDX collaboration commands
' M) c! s: ?: ?6 }IDX support enhancements
2 K/ @ p7 W( u$ M! s: H5 nCopper Area 1 g6 A2 t1 O# F
Comparison of ECAD and MCAD primary pin locations 5 k O" A4 N6 g# Y: E0 s0 W4 z
Show Test Points
5 g" w! m; J! eChapter 3: CAM
* {2 n! F% F, nCAM general
' k0 ?; Z$ z! DNotes in Manufacturing ; u Y, k3 |' P9 \
Descriptions in Manufacturing 8 p0 S7 }: m9 P- I- [2 o0 f3 R9 c
Displaying visible and hidden geometry ( C2 f5 x9 y: ~, |" X, ]# [) y
Boundary selection enhancements % H& t$ i# h% S+ a3 X
Boundary selection display and gap closing & i, s3 H* S. P3 B3 i! \
Pasting operations with reference ; g4 }/ | o% ?5 D( O; F( z& g8 y
Show Thickness by Color enhancements
' `: \1 {+ D/ K' e# w$ mSet Machining Data enhancements 7 J+ S4 ]2 X' y( C
Flute length for drills
5 d! n+ c S& g0 iMilling enhancements
1 e9 m, N `( oMachining with a T-Cutter % {$ l* o! ~- o
Machining cylindrical parts 6 g5 |8 W/ H" c' y
Tilt Tool Axis enhancements ' X$ F- s, M' f8 o7 O5 P8 J, G
Area Milling enhancements
4 p7 ?' H( L! pDivide By Holder 6 K3 f4 \- B: I2 m* t( D
Contact data output for Hole Milling and Thread Milling $ N$ ^$ h7 h8 w, v) C
Cut area selection by edge-bounded region ' F2 `; F$ C0 n# [% d
Safer engage and retract moves for Zlevel operations * U7 z1 X' n$ X$ n6 T4 [+ Z
Smooth noncutting motions in contouring and flowcut operations
, h. c% V2 P+ S! m* B/ t* hImproving 3D IPW efficiency in Cavity Milling 1 w/ n3 g; H5 J& D3 M
Multi Blade milling for turbomachinery & v5 Q+ d& }7 Z& t
Hole machining
3 g: k" ~) y5 Y8 ~- t; K. a) c7 ]New manual drilling operations 3 `- Z1 ]! J8 H9 v; J' Y
Hole machining workflow using a feature group geometry parent % v. \( Z- K& ^7 x6 ~! `
Machining feature groups q! }+ H* I: ~2 Z7 H, E- S
In-process features
* a0 B+ v& y$ }4 L: p, a5 DVisualizing in-process features
/ N+ V! `* y9 f u/ nIn-process workpiece options to control the in-process feature
4 ?: K6 [' O$ n" z# g8 b& ~viii What's New in NX 90
5 Z7 _$ Q* u6 V' P. r; EFeature machining areas
+ `3 T" q) q/ B. i1 c6 L7 eDrill tip point length
. l) n4 N, H) h; _9 g" e1 Y$ @Core Drill
3 ^# x& w" X4 SProbing
" f d8 b6 E! g4 b v% _Probing( N: d' I: K' S& t$ D
Turning enhancements
* a0 }5 h9 G2 @/ x% F% g/ gCenterline Drilling depth enhancement
. }7 v6 U) k5 g6 `Turning non cutting moves enhancements! P% C! h% }3 ^2 N+ d
Parting off operation # U# d- L5 }0 y+ M$ @1 [
Threading non cutting moves enhancements % a+ C; G4 ^4 H4 d5 K( A+ I: j
Integrated simulation and verification — ISV 9 t0 R2 }% }2 W8 w/ H9 V
Displaying axis positions and limits
; n5 n* o3 e P4 oPositioning simulated machine tools and cutters / z, \! T" Z7 S+ T8 Y
Tool path display for external file simulation $ E! a( P* }( w* {+ j, n
Simulating all channels in external files 4 M4 c. T. O" D
Simulating synchronized operations
( @. h1 e: V2 B3 OViewing a tool contact representation
2 @# @ H( J% z: e) u9 t# KConfigurable parser for NC Controllers
- u# ~4 f& C" V0 j" ]Kinematic chains for simulating complex machine tools
. [. a4 h" ~' U. G* r7 j7 SSuppress Status line update ' O; X4 R+ `+ K5 p+ {1 \
IPW color mapping to tools or operations $ u1 t4 u! g* V$ t# v
Regenerating a saved IPW " m( n7 E& v% d
Gouge Check enhancements
* z, n: Z6 C( N9 z- eSinumerik Collision Avoidance 9 |( i/ |+ G; L/ o, X7 l' y
Simulation and postprocessor examples ) Q, b3 W8 d( r6 K! K3 k: f
Flute length for drills 0 j1 X" k% K3 H* K5 d
NX Post
2 Z2 F" a! k1 A8 G8 r9 e: y) YAdding CAM attributes for shop documentation in the post
# |6 _0 e5 b* [3 O+ W$ s% c7 B' APost Builder
2 T7 g8 @ }( [* c& `9 RNew Tcl commands in Post Builder
# f+ O! B6 |8 K$ N5 F% J) B8 }% LSimulation and postprocessor examples
- n, a- I1 U& V& \7 k9 p/ sFeature-based Machining
4 h. {$ I; b8 gFeature machining areas
4 H- D4 m9 M1 a( G3 `* DMachining feature groups
9 i: W+ t0 B* TIn-process features
: C0 B& ]" D5 K) ^) }$ qVisualizing in-process features 0 U O( o6 W1 S' U* |
In-process workpiece options to control the in-process feature $ S5 b9 j P" H7 t0 E
Wire EDM 4 L1 T7 z/ D3 @
Wire EDM tool and guide 0 }, t0 G' }1 `( o( J6 b
Chapter 4: CAE
4 H M; U- H9 }- {3 [Advanced Simulation
7 _) D2 c/ l E9 |Solver version support " J0 p) ]" p+ L! L, T Z
General capabilities . }$ w5 g) x+ s6 u' g$ w
Fields 3 W6 j7 u i' {
Materials
/ Z9 ` m: e0 Z# N$ i& i, L1 u6 CMeshing
, v! ^( Z7 @+ S/ @7 \; z6 yBoundary conditions * y) P# g; B6 i; y7 p& i4 s
Solutions ! f- d: z3 M1 X/ z1 f) X9 M
Nastran support enhancements
! B- G8 L- u; ~$ y: \* J. tAbaqus support enhancements ; \ G. j+ E: b! ^
ANSYS support enhancements 1 l# l0 X, X- k4 m
LS-DYNA support enhancements
) W! ~, P* a, k, t& f+ qOptimization
/ E/ L' k* E3 E- P+ k9 |0 ~& X* Q. M" DPost-processing " z, a; ~7 G, t3 `% b
Durability
3 R; F' ^3 K6 A2 tNX Laminate Composites
- f) ^9 h2 z/ @, g& ]( D( v: ENX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
4 W/ R$ {/ M @! {, GNX FE Model Correlation : ]! E P2 d+ ~0 i: ]: r/ H! U/ Y Y
Teamcenter Integration for Simulation ' c0 W: K* d8 I" ]+ }
Design Simulation
* e4 Y/ f1 N' h; QBoundary conditions
8 S7 \9 c/ a7 F& G. r1 \& L( M' @! |Meshing
; v7 }& z) C6 hMotion Simulation
P! F* p" v+ |8 T4 U2 o6 f. _Interactive articulation methods
- W6 V8 `) s( CJoint limits in articulation
0 N1 ~4 D1 f9 _8 P% A* G V3 AAnimation enhancements
- r9 |6 ?' f1 c: ]Spreadsheet Run enhancements : i3 u ^( t' n5 y* F
Motion Preferences enhancements 2 ]) V1 x9 [6 Z& n' }! M
Functions and Graphing + s8 I2 |5 r, g& h; O
Inverse option for Function Single Math command & F @8 p; _: _% Z% g: t
Plotting a graph in a separate window
% U5 b. D2 f& M1 vImproved font support in graphs 5 m4 h3 w* z7 M0 S1 h+ }
Plotting a graph with no line
& z1 r/ E3 E- K" A+ KSaving graph data to an AFU file ) E4 S* T3 i9 g
Expanded complex plot support* \: c) X7 M5 [# N$ h
Chapter 5: Teamcenter Integration for NX
o' W* p5 |" n9 u' f7 GTeamcenter Integration for NX
9 n, }7 X9 K/ K" T& L4 q8 JDefine and load configuration contexts ' R4 j% a$ ~* s1 q6 m0 w: M3 {
Run NX in a Teamcenter multifield key environment # c! m9 j. x& J m [
Independent drawings added to export and clone 7 p! S3 F3 |; A1 w# L4 S1 r; Q
Save As enhanced
5 F! w- f4 i Z4 o' yRetaining absolute occurrences when saving moved components
3 G1 N0 r3 b$ \ v& S' oOpening a component with a different revision rule than the assembly 4 k3 z, W6 a/ O$ o' E7 o
Viewing results and default filtering for projects + H* w/ v7 w3 z
Adding independent drawings and CAE parts in the ug_clone utility , P! S5 R& i- w
Refile utility enhancement in Teamcenter
5 b/ r# ?6 r i! [$ b: V# DItem-based publishing of welds and datums to Teamcenter 3 @5 Y. W! c5 r; C9 m$ W- m
Chapter 6: 4th Generation Design (4GD) ( M6 x' J& }8 F7 T5 x1 J
Introducing 4GD % L4 }7 Q! K! t
4GD enhancements
7 y# I/ g' X: K2 J+ d4 _4 F0 j. gDesign element enhancements " Q d8 ]4 G1 J M- R O
Creating multiple design elements
7 G- z6 S& X$ z3 `$ pConverting design elements # e8 d3 t; [ Z5 l
Create Reusable Design
d4 m) [; ^9 N% t* z2 s3 GPresented parents 7 t& F7 B, t' X* e6 ~* Z. X5 `# V
Partition views for subsets \! u+ [1 A- m' b
x What's New in NX 90 1 Y+ \5 u8 j/ h5 j- p7 C! p
Subset structure views 8 ^1 w, V. A0 N8 R: ]) u. O2 J
Adding connecting welds to a subset
9 }- C! B' [! q8 x: e, |7 J8 z0 MMirroring a design element
8 L+ Z; Y+ M! N& n' ILoad attribute groups for design elements 5 I5 p0 [ B2 C' `4 `
Effectivity and variant options added to subset creation 0 L4 w% b6 p$ r% y/ g
Edit attributes in bulk
" Y& H( N: J$ u9 n& f oShow Collaborative Design Preview 5 q" X; _. C) U3 M+ x* j* w6 I4 f# j
Design features
: v b8 C7 c3 e* B( s; T, OCheck in and check out enhancements
) `1 \3 i- M1 i1 [$ M' f; vGenerating collaborative designs from existing structures 4 M2 e: a) p+ b5 W5 ]
Check-Mate in 4GD 2 P& q" J. y @$ z$ p: r( Z: Z
Issue Management in 4GD
% {/ S# K W9 ?' n# GChapter 7: Inspection and validation
4 d+ w; K) |) X4 t$ N2 M% N/ `7 FCheck-Mate ( W' Q) \9 n# q& ^+ g5 u2 h2 ^4 U6 M
Check-Mate checkers and functions
$ |8 e- w% D2 ]; g% A9 ECheck-Mate profiles
1 `* d) q3 w' ~& _CMM Inspection Programming 7 g* D0 C5 ]8 M1 Z% Y
General enhancements 6 o4 q9 x& y" g) e5 N" c( ^4 k& Q
Expanded CMM libraries3 v8 u7 u* W- B2 d" e+ g. s
Offset distance for 2D features : m$ Z0 x& b# \8 v
New inspection feature type: Edge Point
2 d" _1 d \6 V/ H1 X7 aSet PCS to CADABS alignment type
) p9 c7 A% C3 I/ R; B3 r; R+ [New inspection command types
2 ~* A; C& Y( p; uSupport for cylindrical probes
4 J6 A( i% b; Q3 e# Q7 PResequencing of inspection paths 8 w5 V3 H) H" ]
Auto-ordering of tolerances in the Inspection Navigator 2 d9 J2 x# F' @) ~! j: `3 s
Support for DMIS SNSET/DEPTH / r0 [% s2 {5 @" o
Measure an inspection feature relative to another feature
8 Q! U% E0 R7 s0 {/ H4 dRequirements Validation
4 t% N$ K) g' w4 Y# j8 U* {$ DUnits in the HD3D Requirements Validation tool ( t n1 g1 T1 m4 ^$ N3 J* w
Chapter 8: Tooling Design . W# B' N I. t+ F* _2 V7 P
CAM Data Preparation
/ d4 U; Y! r; v4 d% F4 N; o3D Curve Offset
* F0 L( H& E, W1 E3D Curve Blend
1 H3 l% j. I) n) dMatch Surface & x5 ^ k2 O/ J; i: x2 o9 Q
Reduce Surface Radius
/ H4 w4 k J7 M. H9 XGuided Extension
8 C0 k/ ]- U6 @9 e- ^Tooling shared functions S) B# Z0 @" v; S# p% I# Z' G
Die Analysis using LS-DYNA : e$ J. A& u+ i! a$ e4 M5 r
Object Attribute Management * h. z, m7 _4 @5 x
Face Color Management
/ s9 G3 {- f; ~' A# J9 E- mHole Manufacturing Note
: }8 f! ]3 ~2 L9 tRestore Tooling Application
: T- z# B3 R, M% I+ ?9 oMold Wizard 1 t x4 }, w) \8 H/ s6 @+ ^
Mold Base Library enhancements + v0 D+ a' ?5 A" r9 H
Workpiece enhancements 0 e* V+ l0 T$ R ^
Ejector Pin Table
* M8 [$ Z& D+ L- D& q( BWeld Assistant
8 [: I( E ] h$ L! k7 b: ^Fabrication Information
Y [3 q5 t# z/ p* L8 _Joint Mark
/ L$ a2 l( [- i% `, w9 |Export CSV File enhancements # T' Y6 ~8 ~! g# v) v k. A. f
Import CSV File enhancement
* ?/ h) K5 A! D* vGroove Weld enhancements # t: }! H, k. V% V2 ?- ^ C
Datum Surface Locator and Datum Pin Locator enhancements
7 Q# ]3 x# `" J; U) } C3 h* JUsing weld and datum information obtained from Teamcenter ( P, {, G4 A3 i
Item-based publishing of welds and datums to Teamcenter
* {) z. B& o9 z: i* f7 U4 L: y1 w3 zConnected Face Finder enhancements ' ]- {) B( g+ |5 ?& E/ ^
Compound Weld enhancements ) X( W: P7 ?& U
Structure Welding * ?/ N" n* U1 g0 K# Z# m$ c2 R
Fabrication PMI - w$ o6 ?; D) ]$ M5 z h
Surface Weld
2 K7 X- ]" B, ~2 dWelding Joint enhancements 0 K) _. T$ h7 u, D
Edit Joint Definition enhancement" A: g1 _# _5 r
Edge Attribute Title welding customer default
; M, i$ B7 A8 O/ m4 @" w B# S: H& HExport Welding Joints enhancement % ]" d: M/ \9 u' H9 C
Item-based publishing of welds and datums to Teamcenter : }+ P. `/ R. z6 e+ y2 ?
Die Design . {+ n6 H" k) [, x& y A/ j
Lower Binder
* H# c# p7 c6 [# ATrim Post 9 J, U% G# a6 I
Draw Punch and Draw Die enhancements
6 \, u2 d$ _5 h- O( o! O4 UAssigning colors to die faces
" \! Z; j+ E; }" @5 \5 ]. HDie Engineering
7 T: c# Z% {* C8 {+ y- JDie Analysis using LS-DYNA $ B! i$ u, i# ^" q
Trim Angle Check enhancements
6 q* J. R$ \" O, } a; EStamping Operation enhancement
1 p: {7 H0 R: fDie Tip enhancement _0 i0 a6 L( e/ o2 ?" T
Chapter 9: Data translation
1 y s& \# p- p: E1 qExporting editable dimensions to DXF/DWG file
2 Q. {5 ~& N# ^7 w; kControlling text aspect ratio for the text imported from DXF/DWG file
0 c: G7 A/ W' v: q9 G+ k' uSupported DXF/DWG versions
8 p3 W4 y9 C! J+ PSTEP translator enhancements 2 m! f: z; [6 x$ g) E
NX to JT
' H& A, h1 b( ?9 k p' ^JT version 10 files , W* }. J; {/ f
Display order of model views and PMIs in JT files
0 J. C, \/ H, mJT support for object visibility in model views
$ s' J. r3 f& VPMI lightweight section views enhancements in JT files , k4 j' I; `! U& n5 V; l% \, o# o K
JT support for weld Joint Mark feature
3 G+ ] O; S, S. t) MJT support for hole and thread callout PMI 8 H/ t# P! m8 {+ M" w" l+ M
Geometry Sharing in JT files 6 ^1 [& q$ g: X
JT support for business modifiers and PMI attributes - F7 {' }* _ _
Visibility of datum entities in model views of JT files
3 J# Y2 b8 |% g( b, T" l" fJT support for PMI association with objects * H8 _0 D9 K2 R& L" {9 }9 F, E1 N
Chapter 10: Mechatronics Concept Designer
; I0 i9 w6 N3 LCollision Body enhancements
' y( ~ b) F+ ]Actuator enhancements 1 x( F: l" f, t0 m% @, s _) ^
xii What's New in NX 90 ; u7 v: `% k* h) \0 _( G6 t8 Q' q- G
Cam enhancements
. z f; }6 v# E" o& oOperation enhancements 2 ]! B/ R/ a0 P; r
Changing units in dialog boxes 5 n: ~! S1 Z1 R7 n7 u
Mechatronics Concept Designer preferences 5 x5 r9 v/ B9 P" L. @0 H
Create dependencies + s5 z$ Z" Y$ s" M. V, n, C. d
System Navigator enhancements
/ M u; K$ P5 x$ KCreating physics containers
9 o: z Q6 f3 d; Y/ M; kECAD integration enhancements
6 } E. P" N7 O" LSimulating NC code
- P4 [: E, t, R! ] |+ h5 y7 vConvert from MTB
4 Q1 Y6 ?! d9 h$ [' o' l; PShared memory signal mapping
6 z4 L6 `" P" P/ Z: zSCOUT Integration $ S: z1 x$ F) \6 K: b+ y
SIZER Integration
% f+ Z' G! m6 Y& qChapter 11: Programming Tools * P( e8 m/ i2 a S J
Assemblies functions in SNAP
0 W/ P0 ?0 a' a N$ H5 fBlock UI Styler6 f: s2 Z* f, b' v: C
New properties for blocks
2 B9 j* H5 L2 D" O; C- ~0 M- kChanging a displayed part
, g3 t5 a- V2 M i; X) VExplorer block 5 g. W/ B! g! K
Chapter 12: What's New in NX 851
3 _* l7 p! `) i3 o* }) xModeling ) O4 A7 W5 r0 [7 t; @
User Defined Feature callback hooks for NX Open API libraries
* _& {9 F: c3 i; d4 GPreserve the relative order of Feature Groups
0 i: w# z0 @1 Q3 pU/V Direction
4 D4 C+ `/ q9 }% g5 f3 K' oStudio Surface enhancements — Split faces along boundary curves
$ E/ g4 ~, C" }8 U8 b) Q- X0 L; UPMI
8 Q5 J" u$ G- v8 X" O9 v' UFind PMI Associated to Geometry enhancements
1 o5 A2 M6 e. `& u( E3 O6 G( C" G' MPMI Effectivity Management 741 & F* e; H5 h1 U) Y. e1 r: K
Routing 742 6 ]. ~5 b, {4 `3 Q1 D/ Q
Wind Catcher 742
" h0 ^) s4 f7 }& SBranch Path Numbering 744 ) p+ H7 e( K4 p
Platform Creator 745 ! l' v- v$ w1 p
Shipbuilding 747
3 z. N* z: A9 y% r% |Assign manufacturing information to openings 747 + T) \$ H" ~& ^: o- S$ |
Specify section subtypes for steel features 749 $ _7 W5 L7 D* g! t; w; Z/ w
Manufacturing 750
. C) Q6 ~& v& A4 B% KOperation Navigator enhancements 750 D7 m7 U7 [# t! V. ]2 V
Advanced Simulation 751
, y4 u- S& P/ ^0 ^. z' A4 ^# i; ^Solver version support 751 % B6 z! _1 K7 x' T' ] r- y
NX Laminate Composites 758
5 i7 V( o4 {2 N# W8 BDurability 763
; |2 n8 t* a( l; o* M" VTeamcenter Integration for NX 764 3 a# |( V5 B+ G6 t5 ` O" P
NX Relations Browser enhancements 764
9 i; e% M* G- {0 M7 X ~& `! ySelect Configuration Context when loading assemblies 766 ( b0 {" b) \# n) Z! U9 y: X- D
Default project selection 768
* h( {( X- u6 Z6 m: z& h. l+ U7 W7 iCMM Inspection Programming 769 , u1 p- y$ Y9 C+ a* W
CMM measurement analysis engine 769
9 D* v C6 r2 g. F* P' R- _$ HExport analysis results 771 DMIS programming enhancement 772
5 m; w+ m. j R4 ]Data translation 774
7 h$ @4 H$ C, T/ ?AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 O- r) A+ s) Z( G2 f
JT support for PMI association with objects 775 . t$ Y5 C, ^4 u. ~" r" ~' o
Mechatronics Concept Designer 776 , E* }5 \+ H2 \: m9 z- A
Import from ECAD enhancements 776
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