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$ l1 C) Q3 N7 |【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！$ S3 A9 }3 X d1 y
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& W' T3 l4 ]) ^+ [2 @5 P% s. y, N涵盖了所有模块！& V' M$ n! J% H9 ^0 n9 S0 P* p* g
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2 D! H9 O8 ]8 h- L: F. I不懂E文的，看图也知道了！！
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What's New in NX 90 iii * V/ S( T$ E& `; f) s+ f" A5 P
Contents
+ K& M& z9 l5 V3 e+ b2 LChapter 1: Fundamentals
1 G7 o! o* ]/ |5 @0 ^1 g) h, \Ribbon bar interface The NX Window (Ribbon bar) 5 W1 T* d9 L3 J3 m" m. r; u
Show Ribbon bar tabs and commands 6 X' Q0 u/ Q: _: Q4 t9 e
Add commands to the Quick Access toolbar 3 I' P7 }2 Y4 X& [6 `2 G( {/ T
Add commands to Border bars 0 ?' u7 F' ?) o7 h) X# v6 Y
Customize the Ribbon bar interface * Q; [* a0 `+ H2 ?# W
Add a tab and group to the Ribbon bar " o" v- `/ a) |" t
Save Ribbon bar layouts
3 G+ @0 i0 ]; f5 gExport and import your interface layout
: O$ D% c* R2 @" K/ Y7 A' SRay Traced Studio 2 p# |- P! O- G) E& M8 m
Issue Management enhancements
" r8 U# q a. DGenerate support logs for IR or PR / X8 [$ ?( I- B9 _8 J. d
Integrated web browser enhancement J; f3 G: [. U& e$ O. d
View section enhancements
( G7 s4 d6 i. [ c9 }Display facet enhancements / Y; x0 Q: w1 w' t+ E
Measure Point + |% C8 x* J5 L, J! Z
Raster Image enhancements
: l: ]* l: ?" w7 lLock Rotations 3 `* B6 @ e/ J4 H; a: f0 Z" l/ O* h
Synchronize Views
3 I5 L4 u( v: w- h* ]Stereo Display Visualization preference
7 m. _7 c- T0 ]* `9 oCSYS tool enhancements
+ T& O4 }) K$ m- j' C+ eEdit attributes in bulk # N+ B! A1 b) k$ ^
Chapter 2: CAD
) K) y! \- [6 U/ a* V6 G; r, xSkeTChing
Z* ~3 K% t2 rSketch enhancements : h: U: j3 }' T& s( d
Sketch dimensions
2 W% D6 v; @$ z' C: |2D Synchronous Technology 1 Y9 i* |7 C2 k4 S& T
Rigid sketch groups 3 i9 r6 \3 x) d0 w1 v) e. e2 i( Q
Part Module J+ l3 y1 E- z) [, K
Additional Part Module workflow
# [ z& W7 E/ A+ x- V8 [Shared Body enhancement ) `; }; _1 i& m3 h9 j: j3 H( B: N
Controlling Part Module updates ) @) y# }# \& Q
Nest and Un-nest Part Module 6 C9 Y0 ]# I8 w: X2 D2 Y8 k' r
Save As and Part Modules . g1 t! e$ J6 k6 ?# B0 H9 |
Synchronize Links enhancement
6 i- q4 i- p7 ^+ ]6 A0 j0 M, ]Modeling 3 }5 C+ A ?# n# l" _: {6 F$ v
Snip into Patches
' D& J. d8 [) n0 o5 D! c; }Rib 2 b- h# M: Y' V) ]) D
Mirror Geometry & M, P+ A3 R: t
Extract multiple bodies enhancement
: z" f# J! a5 XAnalyze Pockets and Blend Pocket ( T; J- e5 o6 v' N( j+ C
Combine or separate tool bodies
. r" f6 m3 O) tInterrupt feature updates
) p m% ^4 b1 lLoad Rollback Data
' U4 |8 ^' J8 }7 M/ _( {Sorting model views
( W/ V* j# M' Y. s. fSelect intersection edges in Edge Blend and Draft / y4 o" ^# Y2 S+ w7 M
Replace Edge
3 [% I+ f1 R* s* N+ ~( viv What's New in NX 90 1 w! C! I. F: D2 z5 [& R
Local Untrim and Extend
9 w! P0 q+ X1 u4 j0 T3 vRoUGh Offset enhancement - r3 S, P7 d/ Q; R5 \
Replace Feature enhancements
/ R! j% P: P/ kUnsew enhancements
- Z# k7 t- Q3 s1 e4 l. g1 V, U8 ?Draft enhancements
1 H) D5 I, Q, H+ ]* }Draft Body enhancements 6 D+ s$ P& {# R8 [+ y
Thicken enhancements 1 T9 V9 b5 d& S' s( g+ \
Pattern enhancements 5 x v2 G- ~5 c4 p+ f
Untrim enhancements O9 f4 L, A# w4 w( _ |
Divide Face enhancements 5 O/ l5 C) D& p7 g
Part Families enhancements
/ a/ b, L* ], ` g3 N8 ZBody selection enhancements for Boolean operations 3 p, N$ ?+ U" \' t
Face selection enhancements for Synchronous Modeling
8 E3 y# m! Q; V4 q. RSynchronous Modeling3 b* d t$ S% Y' m3 j/ d ~5 |
Move Edge
Q8 P) [8 k1 U& g: }Offset Edge 3 N9 B$ H1 y# o
Delete blend faces with the Delete Face command
7 F; ^; N) j" V4 M) | fLabel Notch Blend enhancement
R% U2 b/ T# FFacet Body Preparation
# a: C. a6 s6 L/ n# h0 yCreate Box / E! K, |9 ^* b& f1 v
Snap Point enhancement 6 a8 R, d9 l' `& \! N7 R
Extrude Facet Body
* g; \1 i! ^! L* J7 ^; A$ i! XExtrude Profile
7 z& I: h" a/ eMerge Disjoint Facet Bodies
& I0 T/ w' ^6 W5 r' c! _7 JMerge Overlapping Facet Bodies ; x7 A" h3 N: p1 _. `. T
Merge Touching Facet Bodies
' u! l! w# t! y( y: T" D9 [Rough Offset enhancement 6 ^; r- x+ p8 L7 r! }$ C# R
Shape Studio 5 z0 X" f0 y( i0 \6 H8 }4 v
Smooth Curve String
7 q4 l$ z2 L( O: W: N, }Section surface user interface improvements
2 S* v$ s; u6 [3 k6 A& PHighlight Lines enhancement
1 r# q9 J; o$ u2 CDeviation Gauge enhancements ) w+ x/ H& I! ~: K- F
Face Analysis – Slope enhancements # }$ K8 V. N0 Q5 q& d
Concave Faces enhancements
5 a5 b2 H* f# G- g- f8 Y: {. KFace Curvature Analysis 8 O$ v6 I# k& b9 F
Ruled surface Developable Alignment & z# s4 g6 h& M g% N: Q- A
Wrap/Unwrap Curve N9 ~! p9 M, X: E1 I
Assemblies 0 H& G) J! d3 \" y- t
Pack all components enhancement
/ f6 }+ _5 K# Y3 C# ^WAVE link multiple bodies enhancement
+ w1 Q6 K9 Y/ l$ v' j% P1 b7 W$ F# `9 BLoad Rollback Data 0 x# W( B7 S6 |, u" s. {
Assembly Clearance enhancements
6 l7 |+ p! D; [7 P) n3 g- P7 wOrder of components in the Assembly Navigator . C! G! o4 V! c, U' Y
Pattern Component 8 Y9 ]$ |$ z1 ]+ z& [
Identification of inconsistencies between WAVE and assembly constraints
4 \4 q& B; A2 f1 R& j( K; XAlign/Lock assembly constraint * K$ v ?; t. d, @# P
Direction to Fixed column in the Constraint Navigator
2 x; ?2 Z: c% Y5 ~) S% xProduct interface enhancements
" H7 b/ g" A: `. `Assemblies functions in SNAP
. f4 L V' R4 p; NVisual reports ; Z# R* T. F9 x p9 f% ]
Drafting
( k! ^- C& S ?/ t+ `Usability enhancements 4 O6 W* f: N `! U4 t
Rapid Dimension 8 h- j* q) M. b; A
Linear Dimension
- X C- J0 T/ X8 h* Y" H. iRadial dimension
$ n3 ~5 R& u; N: l; MAngular Dimension enhancements
. p- y% v V: v. MHole Callout 8 `$ P$ f# w- L5 ^
Geometry margins for dimensions and annotations
) C& C i6 c- W/ PAlternate Dimension Endpoints
5 [, [: Z! p" }General dimension enhancements , w$ C$ `/ s* Q+ W( n
Exact and Smart Lightweight view enhancements 7 B8 a( J- L p2 y* Z
Dimensioning Smart Lightweight views 6 v4 @# s, U F+ c' x6 E
Viewing Direction Reference Arrows % M% D& Y" y/ ]
Section line bend and end segment widths 6 X. ?& B6 h3 n; p
Auto balloon leader placement
1 j7 X6 h: y- k d% L5 tAxis Intersection symbol " z, i. ^' G) @9 K% j# g
Surface Finish Symbol enhancements & n' M3 v+ L. n; F; N9 x/ m
Datum leader enhancements
! \ R8 a" C& ?/ B$ B/ uDrafting symbols 5 `& u) v% w4 }/ \( _8 Y2 i
Embedded image enhancements r. ^9 ?9 g7 f( v
Hole Table
/ i9 c- Z- E& r0 @" I) y$ h' \" ABend Table 5 B3 k# B, Z( F' K; @; r; w
Inherit PMI enhancements 7 D' b! y( Q- V* }
Crosshatch enhancements
- o& Q; v) ~7 G$ A- f! LProduct and Manufacturing Information (PMI) / q; a8 N2 P/ X& G
Usability enhancements
* L' y0 a! m2 QRapid Dimension ! Y z1 ~% N+ w. O+ W. k
Linear Dimension ! o8 O4 K! V5 ~# V/ {
Radial dimension
( i' Y& U4 N% I/ AAngular Dimension enhancements ! D4 k+ G1 P. f
Hole Callout ! C) K- g! N, p4 r* {* o8 a
Geometry margins for dimensions and annotations / N: \7 K+ x/ \/ Q5 u1 b
Alternate Dimension Endpoints ; @, A" ]) A' ~0 q+ W/ v
General dimension enhancements 2 r( V& p, R. ^! Y, a
Lightweight section view enhancements 8 o: [% x, K. S; x/ [: c( N' m
Surface Finish enhancements
; `4 \% ]0 ~# L0 AInherit PMI enhancements + k; m" ]! g0 |! M
Region enhancement + ~% B& ]/ r! d' _& ?+ h$ c
Sorting model views
2 x5 M$ Y2 z. v/ `! S5 Y- P/ {+ WDatum leader enhancements ( @( G+ x( ~. R7 Q1 T" D
Drafting symbols
' f u5 W6 l X: m1 {' ~Axis Intersection symbol , k- Y6 [0 Y. M* y; L$ @
PMI Feature Identification business modifier
9 Y6 z* P9 ?+ {1 ?* kUpdate PMI tracking properties / K& Q8 M& i$ h) u* V" ?! `2 u' \! [; X
Sheet Metal , [1 E# A/ b& k" o- w# h0 {0 S
Bend Table
9 L. Q# G3 W N9 f* v2 _. z" \Unbend and Rebend enhancements ( {% j: D+ g. s1 j5 m
Resize Bend Radius enhancements 2 _5 L( b U# l4 i" [
vi What's New in NX 90 - h; y# |6 P. Q4 ~9 z( T
Mirror Feature enhancements ! v7 x, S$ K }/ p9 U
Unite in Sheet Metal 7 u$ a$ q. g* B1 f7 h) d7 i
Three Bend Corner enhancements
' z# P. T. K- C- D* hMirror Body enhancements
* N* S: M5 \7 [( I3 T: XPreferences for flat pattern views 0 }; U5 Y2 T. p3 A! Z
Flat Pattern enhancements
/ t4 I( ~% j1 ]) zPattern Face 1 Q+ I+ G) S: J# _ h
Flexible Printed Circuit Design + L1 z1 F/ I \! N5 q: O
Wrap 5 q8 D p% b% N* t- g% p# X
Flexible Printed Circuit Design enhancements 1 j- I! j& H% P! A3 c5 E ]. j$ H/ l
Pattern Face / d& h5 p* g0 _3 n' h% m$ a. f4 y
Data Reuse ) L; Q$ T3 _6 g3 Z4 _
Double-clicking folders and reusable objects
( v1 s; b) J7 x3 _* |+ q/ Z' a" e9 KCreating shortcut folders for your reuse library
: _9 u) D a- }2 DReuse library undo and redo
0 ~8 x0 B% d; `$ B/ S: UCreating an index in the reuse library ( ]4 u5 Z9 R# m7 q! @
Mapping reuse library names
) S9 h% ` Q7 w$ r) b: Z, r5 @, fReusable object feature name / P. x& {2 c- ? b% \/ ?
Reusable object part definition 8 R6 U5 C. e) |* A
Creating feature component patterns with reusable objects & {2 P s2 t) {
Managing knowledge enabled components in Teamcenter 4 c% j' a( s, t9 [# Z
Reusable component revision rules in Teamcenter . D* o4 {' s; a5 V# C
Adding files as datasets to reusable objects and reusable components in Teamcenter . B! j6 o+ [8 a& Y0 t, x
Part family-related enhancements to Product Template Studio
# b; M, {; Z9 [, C8 `5 K8 [Routing * Z' l& Q# ]5 Z9 V( u; W2 h
Configuring Routing applications
( _8 Z0 W! t6 \% T6 m0 d1 n* O- @6 ECommon Routing tools - k e$ Z- _7 [1 r( V. x, ^2 `
Routing Electrical
! U+ `, N. o: u/ {! m- T8 r! cRouting Mechanical ) B" u" W }! [8 B
HVAC ( l4 h% C- C; h p: \4 {, L
Shipbuilding
8 v2 _/ P+ J! Y5 A& a, DKnuckled plates , N8 v2 y1 [& w1 u
Knuckled profile systems
6 O) x$ m% P* |Knuckled profiles
+ ^) A; N- _$ m1 dCreate stiffeners between supports
N$ w' A1 S. s6 |) VControl profile orientations
) G. F" q2 h) L. YBuilt-up profiles & I/ L; p6 y) q% R" K3 Q1 n
Create stiffeners on plates with multiple thicknesses & ?) C) y0 u$ T+ V6 K* A
Create standard parts on plates with multiple thicknesses 1 }9 j1 _* I! l% L% p
Split standard parts in the basic design 9 g" J2 W# h% N6 N1 F! k
Split standard parts and built-up profiles in the detailed design
" n. a) [1 u6 ^7 S; Z9 }0 {' t; lProfile Transition
& ~: m$ b7 j2 l. n+ @End Cut enhancements R9 ~ C; d4 J' c) V5 \- l* o
Profile Cutout enhancements
- `$ S _( _. `. ^0 oCollar plate enhancement
3 G/ c( p8 E1 _( ]Examine Steel Features
$ ^2 N5 W4 [7 P. m" ^. q6 u* y xPaint Parameters
; `" ]% |; R( f3 ]Vehicle Design
- c$ d0 A$ J' h; O' n1 I4 _7 s* _Vehicle loading input to vision tools
0 _" H: Y) \2 B7 k. aVehicle Packaging Validation
2 f2 H' O1 z9 j3 f0 NHead Impact , M/ E( p0 b* A3 U
Pedestrian Protection enhancements 8 W) t/ I. ] K! p" W8 D
Eyellipse enhancements 2 F& Y- F+ B4 ~% r) V
2D Manikin enhancements
1 q6 r. A* S8 b- R% nSeat Lines enhancements
' X( P( _. N3 ` F, ^Hand Reach enhancements 0 ^* j# H1 S" j' Q
Direct Field of View enhancements : V$ D; t$ h; z" T0 R
Instrument Panel Visibility enhancements
7 C, x: |, k& Y3 {8 F2 f0 L EWindshield Vision Zones enhancements ; i6 {4 N4 U% ~$ t" `3 }( _6 _- N
Mirror Certification enhancements / \$ P: N4 t" J; w5 a" V2 M
PCB Exchange
7 W$ @& c4 E) t% ~# _: U) hUser interface enhancements in PCB Exchange ; n8 [3 H0 r4 a& G
IDX collaboration commands
7 o" h1 _# H5 |IDX support enhancements : `1 f, P/ U: w. F; X- Q8 b& g+ I3 D
Copper Area * }$ c, @8 b- w
Comparison of ECAD and MCAD primary pin locations
/ y- E( M3 z9 KShow Test Points ( t' D: \1 ^: p* _" n. p
Chapter 3: CAM
( S8 W, s3 v4 O5 a' i2 q% ~# LCAM general
3 |5 B. {6 P! {5 aNotes in Manufacturing 1 G: b4 [/ L% n2 d0 a& B
Descriptions in Manufacturing , X& y0 v; }9 T- _5 W4 L
Displaying visible and hidden geometry 0 F* Y" [& u8 H
Boundary selection enhancements
& H. u9 E3 s, ^/ oBoundary selection display and gap closing
1 O2 x/ ]& u. M0 W- V( `/ Z0 R( |Pasting operations with reference ! X1 Z+ [5 _7 J- o& C
Show Thickness by Color enhancements
4 M" {; X* u8 G V7 f% m RSet Machining Data enhancements
( Z9 C& v+ E! s4 c$ I& ^Flute length for drills
! D6 G* X/ n/ ?: BMilling enhancements - o' \- K6 G: E% S5 D7 l
Machining with a T-Cutter
4 U0 T/ o* y, ]5 I- K, @Machining cylindrical parts
& q3 D+ K* J; a+ j, V4 ?" XTilt Tool Axis enhancements 3 y/ z' G$ s* L( \6 ~
Area Milling enhancements
6 g& Z, g; Q0 `6 h/ O0 ^Divide By Holder
; _) r. O- L0 z1 FContact data output for Hole Milling and Thread Milling ) A8 X, Y# i( B+ |; Y/ j0 {
Cut area selection by edge-bounded region " I# T, U/ F! H3 ?6 J( q. x
Safer engage and retract moves for Zlevel operations " T# u: B' ] r! ?
Smooth noncutting motions in contouring and flowcut operations % x7 H, w0 P5 q( g% F5 ?
Improving 3D IPW efficiency in Cavity Milling # F4 y2 J, \( N1 ^, Z$ A
Multi Blade milling for turbomachinery 4 y7 P5 f3 \* u* r
Hole machining
. D! x0 `& N9 {# p- ONew manual drilling operations
' ?) A% H8 j: ^ LHole machining workflow using a feature group geometry parent
# m d+ J' J4 C8 ]# X$ n( q& @Machining feature groups - O) a8 w# o; ~; B) O/ d
In-process features
4 e. F) Y6 a8 b: g! GVisualizing in-process features
8 b y- T" | d' W" EIn-process workpiece options to control the in-process feature
& W# b+ y# ` \0 mviii What's New in NX 90
$ e$ T5 `, Q4 HFeature machining areas ( }4 Z% x5 [' E' L
Drill tip point length e. V1 _" D0 }. U. I" I
Core Drill
3 h: J! v% i9 S. b9 b9 ^. UProbing % ]0 S6 ]) l7 v% w
Probing
9 l* {7 S* ~! n/ HTurning enhancements
7 m$ J# ]% I$ U. Y3 j+ O! e3 QCenterline Drilling depth enhancement & \3 |) b( r. h! a4 x3 C$ G; r
Turning non cutting moves enhancements! b# B4 q8 H; H, l R8 H
Parting off operation
" I2 z3 _4 c) i: n$ {7 y% L3 @2 QThreading non cutting moves enhancements : g' t2 ~" v) M
Integrated simulation and verification — ISV
* _: F* j; g E$ r+ u3 GDisplaying axis positions and limits . w0 V) R# f. c+ L. Q) W* H% `, Q
Positioning simulated machine tools and cutters 9 ?9 N6 w0 Y' ?0 c( d7 W
Tool path display for external file simulation - ?7 }. A( J" W" T: Y9 v- ~: g2 l' P
Simulating all channels in external files 2 a! j7 P3 w- s; r
Simulating synchronized operations 8 \; \8 j) H! A8 X# _# Q8 \
Viewing a tool contact representation 7 M( X6 a: A1 d
Configurable parser for NC Controllers- E8 b& O' p" N! @7 b0 z
Kinematic chains for simulating complex machine tools * D4 x' |. Z9 ?7 p3 x6 }1 z$ h
Suppress Status line update ; @. e! V+ `, G7 t. n: q7 s+ v
IPW color mapping to tools or operations
, D' z5 W/ o& L. ]3 tRegenerating a saved IPW
" B9 S% t2 b9 u/ I( S$ i( dGouge Check enhancements
9 @- s9 `9 E2 lSinumerik Collision Avoidance
5 T7 L( i$ Z& P4 tSimulation and postprocessor examples ( m* b/ y: N! ] Q4 @. l6 h6 m
Flute length for drills : e- A" a4 R& L `
NX Post ' [1 _0 X) k+ }' O- Y$ Q1 H' x( {7 `
Adding CAM attributes for shop documentation in the post ; i! b7 [$ `2 X# G+ v4 |$ j
Post Builder
& e* A8 k+ K" INew Tcl commands in Post Builder
. X) K+ ]- J6 c) E) BSimulation and postprocessor examples 2 @% _ P1 _0 m. h& a# U
Feature-based Machining
o6 Y9 c* e3 ^8 {. r+ dFeature machining areas
# }3 t4 y7 E* w6 \( EMachining feature groups
: C. b1 w/ G+ N/ H+ n5 }' @In-process features
- T% x* {& ^3 m9 V! A! bVisualizing in-process features
; B( V; d$ m( t" ` D) F5 [# n/ yIn-process workpiece options to control the in-process feature
4 |' r/ v; f' J- X- B) pWire EDM
: [+ S( @; T' _/ fWire EDM tool and guide
" t2 d ?5 `* [# ~Chapter 4: CAE 7 z7 P1 f4 `5 k
Advanced Simulation 4 C5 l7 C6 _/ i* D: G& ^% N' X
Solver version support
+ n4 \5 g- e. sGeneral capabilities
; k" T- ?! D0 m8 B- W, aFields
, V1 c% x8 Z0 c) y0 ]Materials V; @( R! A- _$ t
Meshing Y- J- u @7 w, G6 l# u
Boundary conditions 7 V% f+ ]% _' l; j0 q
Solutions ! _, D4 D6 o/ `7 E$ }
Nastran support enhancements
- V3 X$ L, u; c7 d* sAbaqus support enhancements + ~* K# O" I W L
ANSYS support enhancements H4 g% f+ C$ Q2 f$ F4 f
LS-DYNA support enhancements
/ M6 x Q. Y: v8 {/ o HOptimization # U$ E. e% {; [8 J# s! C3 |
Post-processing E: S4 T5 l6 D+ k" M
Durability 5 K( ~: j8 I4 A& }4 w& T
NX Laminate Composites
- E' |8 r0 V4 l& zNX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
, B& }" n, t. z9 t6 D* N$ _* \NX FE Model Correlation
' { r V( [! u/ P/ Z y( @Teamcenter Integration for Simulation 9 S: p& o8 Y$ r+ ?
Design Simulation ' `2 P9 x! e* X9 l
Boundary conditions
4 g3 t5 c, y t; sMeshing
4 F6 R5 g8 A+ C. m- VMotion Simulation 4 C. M+ o, W: m: v
Interactive articulation methods ( S X. k; g8 P9 U4 P
Joint limits in articulation , l8 U1 ^4 E4 f9 M+ Y( z
Animation enhancements
, d/ }; V6 C5 U* U& {7 dSpreadsheet Run enhancements / o; c$ m0 t/ Y7 c5 a; l5 n
Motion Preferences enhancements
& U" z, t0 J6 ?! Y6 r l6 qFunctions and Graphing : m# [/ S& r- P! O% m
Inverse option for Function Single Math command ; l; Z/ `8 ^ a3 G1 ^
Plotting a graph in a separate window
1 |( m1 W; n& b, h8 bImproved font support in graphs
9 k6 U! e2 t3 f" }3 X! D3 qPlotting a graph with no line
% T; s3 G# D/ c# W: J7 YSaving graph data to an AFU file
* T8 l ?8 D' L1 A+ d e7 z5 E! AExpanded complex plot support
) C, M, {% t; G5 y" AChapter 5: Teamcenter Integration for NX
* T# d2 F; n) A! O) Y; hTeamcenter Integration for NX 2 G W, d3 A' U$ h; i6 ?$ f# @ ~% {
Define and load configuration contexts
+ C* D* z" u- ~' A8 M6 `Run NX in a Teamcenter multifield key environment 6 F( Z! e+ h' g" d8 a% {
Independent drawings added to export and clone & |0 K0 P4 y; ^0 o, n3 M" O! d
Save As enhanced
! h+ x3 G: d( x6 x( URetaining absolute occurrences when saving moved components
/ @4 A: Z7 L. S) t8 [Opening a component with a different revision rule than the assembly
3 ]3 Q' N) U3 G/ |& H) r# eViewing results and default filtering for projects
3 n S; S- U9 @: cAdding independent drawings and CAE parts in the ug_clone utility
# W8 A: W0 J2 a! q( i+ Z! h7 eRefile utility enhancement in Teamcenter
9 y2 ?: i6 X; i! L% V8 XItem-based publishing of welds and datums to Teamcenter % e) T( a8 ?- `4 p: Q/ [/ @
Chapter 6: 4th Generation Design (4GD)
" c9 Q& S" Y8 z( T5 |! m3 rIntroducing 4GD ' W t* W, N/ s' f1 T
4GD enhancements
( C) p/ k Y O. l, W- qDesign element enhancements
' _+ K0 O. [" S( H8 G: {Creating multiple design elements
- B3 H3 _+ ^9 wConverting design elements ' d- _- O [0 O% s+ C& @
Create Reusable Design
7 z' Q: _' T$ m+ w3 [: [Presented parents
5 `: G2 [# d8 O- VPartition views for subsets . y) }2 p. u b2 T3 F$ W' D; C& ?
x What's New in NX 90
& f4 g" ~0 d, s; l" b7 bSubset structure views . a, v5 `+ o; L( \
Adding connecting welds to a subset
p. g: n* {6 t O6 YMirroring a design element . f: r4 i& l f
Load attribute groups for design elements
' ]* `4 E; O9 X5 S6 R5 @4 ^) Z$ KEffectivity and variant options added to subset creation
, S5 ?) \" Q' PEdit attributes in bulk ! t6 f8 A. F, U
Show Collaborative Design Preview * x9 x* E ~7 O0 h z$ p
Design features ; j4 |* c$ i" D0 ]; v w9 {1 P" j
Check in and check out enhancements
, S% A: b4 Y1 m+ h/ S& ?, _# C' rGenerating collaborative designs from existing structures 3 W( f( T- f- \! u+ K5 T+ R/ Y
Check-Mate in 4GD ) O" Y" o' g2 S; o) w5 n0 Q
Issue Management in 4GD / \* c; N6 G4 u: w
Chapter 7: Inspection and validation
" F {% N' }1 S5 TCheck-Mate
$ g) { C" |; O( B% i' e3 M4 jCheck-Mate checkers and functions 9 a) s2 j) I9 `8 {6 E2 W @0 ~
Check-Mate profiles % E3 A! Z( c0 c: s ?# X1 c5 L- u
CMM Inspection Programming # K$ ^( u% {9 W6 \
General enhancements
/ d7 N, M7 Z. s& zExpanded CMM libraries) N j! m( a9 x$ v) q' |, k0 q
Offset distance for 2D features m4 ` D6 H/ S7 P* R- u
New inspection feature type: Edge Point ; I* f6 H- E8 a8 S# o; q- h
Set PCS to CADABS alignment type / [% Q( }! r/ e: i; p
New inspection command types 8 k; @* c6 V! Y4 b C* A6 k' R
Support for cylindrical probes 8 k% V9 j3 {: Y7 d; ]& s7 n
Resequencing of inspection paths 7 `; H. f2 ~- J, b( F/ c. l$ y9 ~
Auto-ordering of tolerances in the Inspection Navigator 1 K# D: u' T# L# o( }% r: C
Support for DMIS SNSET/DEPTH
' k3 \% \- k* ^% X# \! LMeasure an inspection feature relative to another feature" H5 e0 p. `, r& F3 z
Requirements Validation 9 e. [' T* E7 X+ Y" C
Units in the HD3D Requirements Validation tool 7 U- V3 S7 y. t: S4 ]
Chapter 8: Tooling Design ( U; j* @% [; T
CAM Data Preparation
V8 G( G9 ]7 ^, {) o, z# I3D Curve Offset
, `6 V* J. C: B/ g, ^3 X: v3D Curve Blend 6 M8 C1 R5 i* Y, ]" a6 E0 Z
Match Surface
( S0 i0 Q5 J; v( T `+ CReduce Surface Radius
- {, G) P$ Z+ n% [+ X' \; c& jGuided Extension
9 a1 i2 {" W, y$ H2 YTooling shared functions
! p j- g. w, D6 h0 W+ iDie Analysis using LS-DYNA ! Y) x$ f' L: i3 V5 y
Object Attribute Management
6 Y, E3 z. k5 }2 d( H. }- m8 ?Face Color Management 7 G9 M+ b( W( E; E" S) l- p- c
Hole Manufacturing Note
& k2 _ p6 U% v5 w6 Z; p3 KRestore Tooling Application
, a0 f' d$ H& S7 @, [, E4 H8 {Mold Wizard
' f: l' }4 A9 WMold Base Library enhancements ; W! u9 d/ C* ?% A9 Y' q: R
Workpiece enhancements
9 t! V- u5 h! n7 eEjector Pin Table
9 T" w' P; x3 O8 ]Weld Assistant
. e7 R8 s* {0 j: [$ \Fabrication Information
- L0 f+ w; ?6 a3 j( }Joint Mark
" S8 i0 z2 m- S1 S% e( ^# ?# iExport CSV File enhancements 6 e" Z$ p' P" z9 P. Q$ T
Import CSV File enhancement
0 l7 }: j( x" D, x- ^" {$ KGroove Weld enhancements
5 j9 b" s6 f. ~) _- cDatum Surface Locator and Datum Pin Locator enhancements
# {, G+ @+ a: ] Q4 U; `1 tUsing weld and datum information obtained from Teamcenter j G+ ~- Y; k0 m7 x/ d
Item-based publishing of welds and datums to Teamcenter
+ ~' h" o5 h4 Y/ V2 N3 DConnected Face Finder enhancements
! \: b1 d; I& o& VCompound Weld enhancements 0 p0 e, P- Y/ Q' k C' Z
Structure Welding
! m- Y' H7 c0 \9 T( g* bFabrication PMI 3 Z7 _9 }# _5 P& o# b( ^
Surface Weld
4 S' ], e7 ^9 PWelding Joint enhancements
S+ M, F8 }$ }$ g: mEdit Joint Definition enhancement5 P6 D% U8 j$ U1 s
Edge Attribute Title welding customer default
/ v- A# t5 P" t, I9 WExport Welding Joints enhancement
% g6 B7 _- \* |6 y( ~Item-based publishing of welds and datums to Teamcenter
/ p0 w# E8 e5 [0 B7 u& d8 Z- b5 `Die Design # _* n/ q3 p0 Y% S7 t! c' ], P, T
Lower Binder
! @8 x5 E6 i7 V1 nTrim Post
( @; B! Z! u& C) JDraw Punch and Draw Die enhancements
# b" E" z3 O4 X& W, [Assigning colors to die faces - Z" v) F% v- K8 R3 I
Die Engineering
7 p( T' z5 n) aDie Analysis using LS-DYNA ; @' A$ f* ?+ x: Q; H6 G
Trim Angle Check enhancements 2 q9 n* x* u/ D1 j0 [' p7 N
Stamping Operation enhancement g4 f7 w) {8 I0 u5 ?
Die Tip enhancement
( X: X' K0 }( {Chapter 9: Data translation 0 H8 |, m1 q" K( | @# ?. _
Exporting editable dimensions to DXF/DWG file 9 o$ |- l! F8 s$ _
Controlling text aspect ratio for the text imported from DXF/DWG file
2 Z6 c6 w2 X( F( tSupported DXF/DWG versions
, Q- Y1 Y3 Z5 @1 j+ ISTEP translator enhancements . a! @* U f! [
NX to JT 5 k; [3 r0 [4 \3 ^
JT version 10 files
5 ^( Z/ n l2 d( \! t" xDisplay order of model views and PMIs in JT files 9 G- u2 }' w( I
JT support for object visibility in model views
8 m( n% T$ A6 d! x" KPMI lightweight section views enhancements in JT files 7 z. g2 t7 I8 y& n: C- {& g3 \
JT support for weld Joint Mark feature
1 c1 C9 w6 Y& AJT support for hole and thread callout PMI
- Y! E6 c- _% ]3 G7 i) l) dGeometry Sharing in JT files
2 m. t3 l3 [4 N8 F Z% w/ J4 KJT support for business modifiers and PMI attributes 1 r0 Y1 K8 A6 } J( D
Visibility of datum entities in model views of JT files
1 j* p H$ N+ s2 kJT support for PMI association with objects M: i; P! U8 X: D% ^
Chapter 10: Mechatronics Concept Designer " _0 u9 N" v% S7 i
Collision Body enhancements % |- Z3 s' H" Y: d4 l) R
Actuator enhancements * j2 ~ u" Y0 _4 V" t7 U
xii What's New in NX 90 8 n, B+ e) n; Z! k/ V' H( K
Cam enhancements
9 B0 r: R2 k. a8 \Operation enhancements 4 H- o* v: S# F) F
Changing units in dialog boxes - Q; ]& g$ `1 e: Y7 f" z
Mechatronics Concept Designer preferences
5 g* U0 v9 d0 u+ C5 f7 ^Create dependencies
: R6 c& Y0 `# @# p) ^System Navigator enhancements
2 V* P4 O/ x [' f( TCreating physics containers 8 F( A8 E4 f& `+ V* s
ECAD integration enhancements 6 d1 d& n( D2 x" _- Y
Simulating NC code
1 y& Y" ^$ U SConvert from MTB , f. T1 S- t! ^! A8 V$ U, v
Shared memory signal mapping ' S! M. i7 t5 ~
SCOUT Integration
8 {2 i& P- N4 c/ \' gSIZER Integration
O0 ^$ c* e7 L4 g$ BChapter 11: Programming Tools
7 ]2 P8 v2 O: E0 T# s d/ \0 BAssemblies functions in SNAP
# R9 L# ~, O8 ]/ d" XBlock UI Styler3 h; P2 t. n1 f% P# Q& y
New properties for blocks " v9 F1 m/ G0 r( a. v
Changing a displayed part
) Y, c$ U% ` GExplorer block * }3 P p/ w: O# Z0 P* Z8 j6 t
Chapter 12: What's New in NX 851
: ^; b1 R i+ [0 B$ Q* ^( h% x' o3 bModeling
/ u" m3 e8 p* Q u( RUser Defined Feature callback hooks for NX Open API libraries
: R& q6 l \+ n; H: DPreserve the relative order of Feature Groups + B: Q% G+ f2 E4 W) O1 z
U/V Direction
. R- O- b) a7 F7 q: H) V! [Studio Surface enhancements — Split faces along boundary curves
4 I+ a7 [/ J- D# m( |3 \+ o% [PMI / N& P8 P! T7 j! _! Q
Find PMI Associated to Geometry enhancements 1 o8 k; }8 k; r/ H) w' h6 r
PMI Effectivity Management 741 6 M5 d; V9 V5 t) t8 H2 Z
Routing 742 ! K* \8 Q3 L n
Wind Catcher 742
( i! h. L ?* M) DBranch Path Numbering 744
a: Q% b& P5 q! r$ |5 cPlatform Creator 745
4 k+ s2 J. k6 WShipbuilding 747
, ~2 B9 z6 ]; } ]( n" r- V" q+ dAssign manufacturing information to openings 747
4 L" Y2 H4 ]% qSpecify section subtypes for steel features 749 . W0 W: g9 n! b
Manufacturing 750
0 S6 s4 d( M9 k. K& H: aOperation Navigator enhancements 750
4 r! P( R6 @- H2 fAdvanced Simulation 751
# k" }% s" C1 _+ K0 sSolver version support 751 : V; K% w) O% q8 D
NX Laminate Composites 758
# z# P* H1 V6 u0 R# lDurability 763 ( ?" t3 I. r# V
Teamcenter Integration for NX 764 / f/ q2 U) f- y+ l- O
NX Relations Browser enhancements 764
7 q/ j" X& ]- ~. z) ]+ Y1 K* pSelect Configuration Context when loading assemblies 766
e' {' @3 b5 P4 DDefault project selection 768 9 l1 x2 M1 `3 j- J {5 a
CMM Inspection Programming 769
* M5 Y, j: u7 ?( `1 F. uCMM measurement analysis engine 769
6 O7 G* {4 Q* [Export analysis results 771 DMIS programming enhancement 772
8 o# ^! V+ O9 B; Y9 HData translation 774 4 i) c. I3 A C7 l
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
) `2 H- b' C: D) `1 K! dJT support for PMI association with objects 775
7 b! Y( l: U( U' I. s- F8 FMechatronics Concept Designer 776 , S G; g* x: v" A: i# Z
Import from ECAD enhancements 776 / U7 G5 Z% p) `) y! l; H
4 ^. W* }/ j% }2 S3 r( \ |
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|小黑屋|PLM之家-专注工业软件生态建设，大模型CAD创新生态
发表于 2013-11-22 18:18:15
发表于 2013-11-23 18:44:10
