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- a& A- p- Z8 x: r; x1 I! o6 _【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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涵盖了所有模块！; k9 D, n/ b( g" `* n
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不懂E文的，看图也知道了！！. c1 |) J! o, s5 ^2 U" W, h
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What's New in NX 90 iii 1 _8 D: ~9 i4 W: M' u& F# H; n
Contents ) R4 z/ H; F+ z# ?2 E) Y1 J
Chapter 1: Fundamentals # a# Y' r. P# p8 ~9 y2 f5 c# |
Ribbon bar interface The NX Window (Ribbon bar)
0 m! ~- d6 o. W, J8 ]# q# dShow Ribbon bar tabs and commands
/ P# _9 G, s% k7 GAdd commands to the Quick Access toolbar
$ i. Y8 m6 A* T4 UAdd commands to Border bars % l ^: ?1 D ?0 @* [% @
Customize the Ribbon bar interface
' o. r( }9 u/ U. y9 CAdd a tab and group to the Ribbon bar
' _3 b- t) `, h" z5 _) xSave Ribbon bar layouts
: R( Z9 h7 N7 WExport and import your interface layout $ b/ {/ Q: P$ f# a1 t
Ray Traced Studio 8 e, ~- b% i- y1 z
Issue Management enhancements
+ w8 {& G" c6 e! DGenerate support logs for IR or PR $ q# j) H/ t8 n: ^" d
Integrated web browser enhancement ' G/ ?* c# T% Q) f9 m% c
View section enhancements
* H% p1 a4 U9 ~. J: x1 m; A3 eDisplay facet enhancements
% @3 V; F: r0 q( m" R: TMeasure Point % Y" w* w$ u+ @
Raster Image enhancements
" v. l: y& c# p( o: X+ |+ gLock Rotations
i4 m, c6 v; f$ W1 U( ~. D0 vSynchronize Views 9 [# g; a7 A! Z2 K
Stereo Display Visualization preference : \* [' ^- B" ^3 l
CSYS tool enhancements
7 _, O' k2 f" [! ?' Z1 K. qEdit attributes in bulk 7 L s& P' l; p* @& H
Chapter 2: CAD
/ M! e5 _" E2 n; r& b: KSkeTChing
# T( Y) x; S" F3 C0 u. \% i; TSketch enhancements
- l5 Z8 X3 r: _Sketch dimensions ! \ U: f7 C0 p6 \1 ~. o/ b
2D Synchronous Technology 0 f; T' N2 E. \, q
Rigid sketch groups 9 |! [) [* U& n4 P. U0 x
Part Module 0 k7 U" u& f/ ]* I) e: d; U0 z
Additional Part Module workflow
9 a% }9 ?* a+ L; d( N% l1 A! NShared Body enhancement
j# H* {. O3 w" \0 Z EControlling Part Module updates 0 D1 V! J1 e6 M' F8 c. E
Nest and Un-nest Part Module
5 q: k! @4 w U7 b0 f# dSave As and Part Modules - X+ b; Z/ Z/ \7 S) H0 |
Synchronize Links enhancement
A* e) r$ N( qModeling
! w0 X- n/ I$ S- pSnip into Patches) g2 [/ Y' C. P
Rib 1 `# \; B8 A7 N+ E- J
Mirror Geometry 8 m0 Q1 t0 k( u0 |
Extract multiple bodies enhancement
+ y) s( Q7 |( p& x/ ^Analyze Pockets and Blend Pocket $ }+ h7 g2 e9 o+ L9 D
Combine or separate tool bodies 1 M h) i$ |, ]# c5 l0 C8 n
Interrupt feature updates 9 u8 D( n+ K: P
Load Rollback Data
. L2 [% k0 N- ]* s. q3 Z% nSorting model views 1 j; y- Y" h" R2 | Y+ [$ h
Select intersection edges in Edge Blend and Draft / i n& l. U2 P7 x
Replace Edge
% [& R& |1 e5 X% x* T2 F* s6 jiv What's New in NX 90 ( I3 S( E+ l$ n) ~& [" g
Local Untrim and Extend 5 F& [% v3 ~. y2 v4 F* x# y2 `( f
RoUGh Offset enhancement
7 P6 b) n9 j4 p m1 V& N; ?Replace Feature enhancements " w% q$ J& c; e+ V; F# F
Unsew enhancements
& L0 k+ \2 ~, q1 _Draft enhancements
4 [" V0 b1 b% M# M1 }% k4 i3 ZDraft Body enhancements
2 J# B6 i; u) I' W$ ?, m6 N4 XThicken enhancements 4 |$ I# m M9 c/ B: e( _
Pattern enhancements
/ K( n: U1 f yUntrim enhancements , |# C4 @" A8 [5 j% \( A) W
Divide Face enhancements
' b" N% k" ], [% g# FPart Families enhancements ( q& i* g3 }! ^: x( k8 D5 Q) ~. u( X5 l
Body selection enhancements for Boolean operations ^5 \" w/ p( B. h9 K2 D5 I$ g
Face selection enhancements for Synchronous Modeling , h& y8 W, k1 V
Synchronous Modeling
( m* o3 f, D& L3 AMove Edge , _( t- `+ u: ^$ t
Offset Edge
: b* k( h& Y# ?6 p% P. nDelete blend faces with the Delete Face command ) h# S' Y7 ] o- T
Label Notch Blend enhancement
, }) o H0 i: l: C: @2 rFacet Body Preparation 2 d' E% o1 } o! l
Create Box 6 g- z% Z% D8 z5 P6 |' _8 `& ~
Snap Point enhancement
% P2 u8 _0 Z0 ^# i2 x" {Extrude Facet Body
5 K; i q$ G3 R* ^/ Q8 _Extrude Profile
5 A. L' l3 p8 l1 c, g* IMerge Disjoint Facet Bodies
% c Q2 X) k# ~: RMerge Overlapping Facet Bodies 8 R) z5 x3 y7 m4 d, W1 r0 p8 H
Merge Touching Facet Bodies / Q }- U' A# S3 H
Rough Offset enhancement
# l; H) r: E/ ^Shape Studio
& V z* z' \' a/ e0 A" w dSmooth Curve String
2 v( `' ~1 z+ S/ T. {# vSection surface user interface improvements ! `& Z3 q9 D9 H' y- f
Highlight Lines enhancement ! C1 R2 M# H; k% w9 b
Deviation Gauge enhancements ; W4 i9 u' N8 h& L% P4 Y+ W* x N
Face Analysis – Slope enhancements
/ U% l" n8 x( w. y+ ?1 m( dConcave Faces enhancements
7 U/ ~9 P$ D6 ]8 _Face Curvature Analysis 3 [8 J. m; Y5 j% ^6 J6 i
Ruled surface Developable Alignment ) L3 M- M: l3 p! \8 \# `+ v
Wrap/Unwrap Curve 9 t/ F6 i9 G. \
Assemblies * l( a1 ?+ e& }+ N; T Y& o* K0 e0 f
Pack all components enhancement
& M9 J( z7 {+ CWAVE link multiple bodies enhancement
+ `" A' `" @. A5 i' Y+ z% P; u2 QLoad Rollback Data
+ I5 M" l( |0 o$ O x9 tAssembly Clearance enhancements ( {2 s" W5 F+ I+ J
Order of components in the Assembly Navigator # g, N. m! v: S1 H- L6 U
Pattern Component # d# l0 ?4 r. F( Z/ _3 A
Identification of inconsistencies between WAVE and assembly constraints
" T" \6 h, n/ KAlign/Lock assembly constraint
5 Y( R1 y W! I" a$ J$ ~/ D& uDirection to Fixed column in the Constraint Navigator $ O$ I, _& `* Y" H" x; B
Product interface enhancements
( d L$ P' N0 I9 aAssemblies functions in SNAP
: D) f# a5 g& ?' [+ ZVisual reports
* [& |6 X% \$ H* N7 G% v( zDrafting
5 R. v6 { M0 I6 s' [$ e. M# vUsability enhancements ' {5 ?, N3 F$ m" v/ N. ~7 p& }
Rapid Dimension
, p) f- O' K" @& o7 JLinear Dimension / J- ?2 t. j, E6 L
Radial dimension 3 t5 g9 g( U* o+ a, v6 B
Angular Dimension enhancements
) l M$ c& o: fHole Callout
6 k* ~; Z* p1 ~: Q, XGeometry margins for dimensions and annotations
9 q! k+ u2 H) h# A; J( oAlternate Dimension Endpoints 5 F; r9 W" n! w2 G; z3 {6 S0 ^
General dimension enhancements
. E7 d- q' V9 r' hExact and Smart Lightweight view enhancements ! G" `2 x! M, j7 i7 E" r
Dimensioning Smart Lightweight views
. p* q0 i& B/ L" N$ ?( a2 G# |Viewing Direction Reference Arrows 9 q. R! x* {$ F, q8 Q
Section line bend and end segment widths 6 `8 |9 {9 Y* c8 t& `7 O6 t
Auto balloon leader placement
k9 T4 V# W* bAxis Intersection symbol 4 D- P6 L: ~" I7 U6 w: O
Surface Finish Symbol enhancements 4 J4 L ~* x7 R- O
Datum leader enhancements $ v0 e2 Y. @. j$ z% O! X/ i' b
Drafting symbols & P+ M" V- j7 D( U: @" S! N
Embedded image enhancements
1 k7 k( I) R" h: |/ l! z: O. nHole Table
5 }0 k& u! ~4 ~1 s! S3 X* {2 `+ `. IBend Table 6 b0 W% K. j$ g6 C$ O
Inherit PMI enhancements
- R4 F# ^1 J+ Q4 ]( u b0 `Crosshatch enhancements
& Z" U0 X/ N, jProduct and Manufacturing Information (PMI)
; p; B: m2 {: u2 @Usability enhancements
4 g& s2 I9 }2 S6 \, @! R4 M/ QRapid Dimension 8 @% K4 u5 v W
Linear Dimension $ L- s! ^; m( ^2 [# v# u$ p
Radial dimension
" s# V$ p$ k; y6 Y- S- N' SAngular Dimension enhancements
6 ^+ y; X! w2 I* g! NHole Callout , y2 a, ~; H' Z7 ~5 P! _
Geometry margins for dimensions and annotations * H& Q8 G9 w0 D2 K S4 `
Alternate Dimension Endpoints * h9 s R$ }: z/ I) F. B% A
General dimension enhancements - M7 x+ e7 e% i& D5 [1 F, p
Lightweight section view enhancements " e& ^; y: h: M! j t; A9 d+ ]
Surface Finish enhancements 6 s$ L* u$ r) o9 u. L s- w
Inherit PMI enhancements
) x$ M4 L8 n, t* ^3 tRegion enhancement 2 E3 i- ~6 X/ t1 |
Sorting model views 9 w: _/ H: y: e3 Y, I& }
Datum leader enhancements
2 ]. q* A0 i, \ lDrafting symbols ' f$ v2 O+ G% s) d. [
Axis Intersection symbol
* B1 s8 B. j! qPMI Feature Identification business modifier $ m* `5 B7 p* k4 l3 P5 W8 H6 e7 W+ g% X
Update PMI tracking properties 1 L! W4 _4 n7 `/ E2 Y3 F6 \
Sheet Metal # n/ m- B9 q, P/ B: X
Bend Table b: W7 T$ I4 g' O
Unbend and Rebend enhancements
# \8 `/ W( _3 VResize Bend Radius enhancements 4 z0 t. v9 a! U
vi What's New in NX 90 % W- s0 G2 B/ q7 p& T3 K9 b, x
Mirror Feature enhancements 4 [# `8 i2 f. b5 T" S7 p( {
Unite in Sheet Metal
. Q' |' r" }& g7 k( QThree Bend Corner enhancements / [% ~' i% Y; L" f
Mirror Body enhancements
6 e3 c# A4 f# o+ ^, v, @Preferences for flat pattern views k- s4 M+ S. x7 J% b
Flat Pattern enhancements
! |' p% q; E' J" p' LPattern Face 5 L: C" I: y: X L6 D `' ~# t
Flexible Printed Circuit Design : E# M5 Z: p6 g8 ?6 M, g; A3 i
Wrap
' c. K. z% \# A+ C! E& L% jFlexible Printed Circuit Design enhancements
) N# D+ \ s7 S2 G9 y0 q% i3 E; g- BPattern Face
! Q- C2 q3 u$ M( p; eData Reuse
. p* I7 L4 ~4 ?+ e% kDouble-clicking folders and reusable objects
7 ^1 M! l" `" ^7 P7 A; nCreating shortcut folders for your reuse library
& k! K$ z: i! G! p) k) HReuse library undo and redo ' Q3 M( R3 A4 l) q. W# j
Creating an index in the reuse library
# j+ l8 j6 x4 j* dMapping reuse library names % Q+ K2 _2 P& z: d9 x
Reusable object feature name 7 x5 c8 \* q1 K! _5 ?$ M- f
Reusable object part definition
% Y5 {) t$ x- HCreating feature component patterns with reusable objects
1 q n# b: Y* C. ~ bManaging knowledge enabled components in Teamcenter
- E# K7 C4 d. U4 _# o8 vReusable component revision rules in Teamcenter g$ P! \ F5 \# ^; h7 X5 n- N
Adding files as datasets to reusable objects and reusable components in Teamcenter
) ~. O( I$ `! M4 x4 w6 ~' k, OPart family-related enhancements to Product Template Studio
9 J! v. C8 H6 \# DRouting 7 Y. _* l- O4 W+ Y6 R' O
Configuring Routing applications
2 c% t6 W# `% _- xCommon Routing tools
: {/ P% D8 {* c: T: H: p+ \Routing Electrical 8 j2 R1 S3 ? U# r y6 Z
Routing Mechanical + ]; p" W3 `6 c0 @% b! x+ K
HVAC . w7 H; z# Y S) O% K. B* {
Shipbuilding R- l0 L5 S4 W$ H
Knuckled plates
4 l' y; b: ~9 u4 G0 VKnuckled profile systems; T9 o# N) Z7 T5 f( a* d/ Q# B* n
Knuckled profiles # a* a7 \: ^/ ^
Create stiffeners between supports . v1 P9 C- B6 i) m
Control profile orientations
* a ~7 Y; A% }) H5 [( j: SBuilt-up profiles
$ u' O4 H B9 K* f/ ?. h1 x" `Create stiffeners on plates with multiple thicknesses & P U- M: d, W0 {6 N
Create standard parts on plates with multiple thicknesses 0 v3 c- D t c0 {0 N% d' y8 E
Split standard parts in the basic design 3 |! x1 ?4 I5 `/ O5 g$ P* B
Split standard parts and built-up profiles in the detailed design # g* x2 E* r7 ?1 \+ \: C
Profile Transition
9 W( h0 t; g1 b+ Y8 e( R6 A2 BEnd Cut enhancements
1 d1 ]( s0 I% K/ r' JProfile Cutout enhancements + g5 W% P9 B) r! i0 d& S
Collar plate enhancement
_7 Z& f2 _' j: O6 `$ v/ LExamine Steel Features
+ ~( d; f- @. k$ J# ~$ u% D4 |Paint Parameters U3 c R) T, }' N$ A
Vehicle Design " m' l1 d4 X, @
Vehicle loading input to vision tools
5 n7 O) d6 k. n: k# oVehicle Packaging Validation 9 ]3 V$ A X3 @9 J ^* R
Head Impact
5 w* z3 A, I0 E6 p' |Pedestrian Protection enhancements
3 k& X& Z1 m' F/ ]3 x9 H4 zEyellipse enhancements Y* m7 M- ]$ p* m- ^
2D Manikin enhancements
0 C# t2 V$ i0 z& i t/ xSeat Lines enhancements & \% J$ }: s9 G% e/ O
Hand Reach enhancements - @0 w* h3 O' l7 j
Direct Field of View enhancements
- d3 Z/ U- ?: C" EInstrument Panel Visibility enhancements + ~/ A' f; @: j+ ?. {0 E0 X( I
Windshield Vision Zones enhancements + _7 s$ @( @. h3 p7 Y2 v, a; e& c
Mirror Certification enhancements $ V5 K: u$ C; _ y6 e7 I. H
PCB Exchange
* V- ]7 p1 r( }: }9 D E4 pUser interface enhancements in PCB Exchange + \5 E/ d ~+ }) I8 Y, ~ r
IDX collaboration commands , {+ ~1 w# r6 Y5 w
IDX support enhancements % c: M2 F& `# `7 K" s8 o
Copper Area
. f3 ?, q- u, l4 YComparison of ECAD and MCAD primary pin locations & z& a7 K. B1 a" s6 Q( V
Show Test Points
/ D2 V9 n4 V3 Y6 [Chapter 3: CAM " t4 o5 g: }2 g1 z& l2 n
CAM general
; C7 W+ y* ]4 T3 \9 c3 R. c9 |% GNotes in Manufacturing ; q* v K5 l1 N+ K, z! H
Descriptions in Manufacturing # C/ E9 N- H. `* l
Displaying visible and hidden geometry 9 _4 _) v+ Q( j! q* J- R3 l
Boundary selection enhancements
# d1 U0 P" I+ a; k& m8 zBoundary selection display and gap closing / ~3 W( _: b3 M6 a- C" O
Pasting operations with reference " h6 g& }% x% J- H
Show Thickness by Color enhancements
/ K. V F: e. }- |! X; kSet Machining Data enhancements
4 l* R3 P0 }1 J9 e" e0 f" ]; C* ^Flute length for drills 5 |7 J0 c: k1 n, b" }$ z
Milling enhancements
3 Q5 w4 f7 U6 }8 WMachining with a T-Cutter $ \7 d+ O7 [; t6 l* s; L3 l
Machining cylindrical parts / \$ v: B( T2 T1 L
Tilt Tool Axis enhancements 8 s% z9 W; w' w& t" B
Area Milling enhancements
8 ]" N0 F. F( k t0 GDivide By Holder 1 a$ u5 W* G+ z" O: @9 o
Contact data output for Hole Milling and Thread Milling . B- ?# q& m2 B# ^4 A: u
Cut area selection by edge-bounded region
% P6 {: t: }5 t- oSafer engage and retract moves for Zlevel operations : Z. [ I7 ?7 }# V& Z6 Y F7 C2 O
Smooth noncutting motions in contouring and flowcut operations 1 [5 K5 ?5 z6 O: O7 i X
Improving 3D IPW efficiency in Cavity Milling - N$ v7 _* R3 ?& `. g) V
Multi Blade milling for turbomachinery 7 K- n. U9 G, s3 z( i! D" d
Hole machining
3 z- ]) v% ~$ l% F) o% lNew manual drilling operations
) U+ [ k; N+ B. ~Hole machining workflow using a feature group geometry parent ' y' A) V5 a |
Machining feature groups : N- T3 X$ K/ h5 S( B/ p& ]
In-process features
7 N6 m" P u; L8 j1 h$ vVisualizing in-process features . ~/ H# J7 g9 U- _
In-process workpiece options to control the in-process feature 2 b: S" B7 W) G' V# g- q2 G4 B- r
viii What's New in NX 90
. w/ F6 y% a6 U; i2 dFeature machining areas $ d8 w6 I, Q5 o" B' l7 Y* I# q
Drill tip point length 7 G. P5 }1 t" \0 \2 @* a( ^
Core Drill # U4 W! }- f1 i. R* B
Probing
; ?! T2 B" c, ^+ y* [- CProbing
# F6 |; \9 m L1 s4 L" P% _" ZTurning enhancements
! N- r x% g4 uCenterline Drilling depth enhancement 2 s& k* ~1 `$ K) R& ]4 M0 S0 T
Turning non cutting moves enhancements
' }, q6 D$ S- E3 EParting off operation
% G2 @+ q1 R# p+ ?9 m- m& S: YThreading non cutting moves enhancements 1 l* E' F9 |* n. C7 B
Integrated simulation and verification — ISV 8 r i; z( D, Z0 S8 |, }
Displaying axis positions and limits " K( k2 d7 |& i! T. [
Positioning simulated machine tools and cutters
5 q2 _( |( p/ ]- rTool path display for external file simulation 6 L: j b% R" G5 T8 S7 H) X
Simulating all channels in external files ; a" e3 x: r7 u
Simulating synchronized operations 4 g' X3 p, Y+ T' H: a4 ?9 X' C
Viewing a tool contact representation ; Y2 t. B5 }9 U8 ^$ Y$ l0 t* K
Configurable parser for NC Controllers
3 l. ^) Q1 J) N$ O* D1 t' DKinematic chains for simulating complex machine tools
6 R6 {2 x; Q. O( F: M4 aSuppress Status line update : M2 @1 G7 r1 x' `+ r! ^3 D
IPW color mapping to tools or operations
" i4 ?8 C( i" ~) b8 O* b7 |Regenerating a saved IPW
w. U4 i) Q, @0 Z. v1 ZGouge Check enhancements
, H' l; \; O4 m4 ]6 lSinumerik Collision Avoidance * k# u4 ], q" }2 m; A, P
Simulation and postprocessor examples . |( q. }, [% ]2 G
Flute length for drills 8 u# c1 G- i: |5 }* r& u
NX Post
$ q, n, X9 B7 O% A* IAdding CAM attributes for shop documentation in the post - L2 W! n- L# }8 ~/ _
Post Builder
( ]2 t$ p" t! NNew Tcl commands in Post Builder 5 X. R9 E8 ^0 j4 i
Simulation and postprocessor examples
7 y2 D1 n: r) M0 iFeature-based Machining
E* u" c" H* j i& A- B- D9 X* @+ iFeature machining areas
+ S- I( s' D1 t1 ?3 s) AMachining feature groups
# _# q' X) H: sIn-process features 5 t* N1 h! Y; Z' j M: Q: t$ Z
Visualizing in-process features
% `) T4 d# n9 ^( U9 ^In-process workpiece options to control the in-process feature
5 m \: H( d! [ I0 n( SWire EDM L2 p* W0 a* \% {: L5 ~# z+ k }; _
Wire EDM tool and guide " D, E( ^4 J8 g D, @- N" B( ?
Chapter 4: CAE ) ? f% T1 V I4 A# `; ~
Advanced Simulation 9 ^* [. C5 g' }* o2 h* `3 G# ]- J4 L
Solver version support
/ r' s! l* O D9 P2 s: ^General capabilities y. ~& y0 o6 x. n" Q5 j: e# Q/ I8 S
Fields 0 R Z, a2 i3 @* g
Materials 6 w' C2 F* ?' T$ T
Meshing
9 T8 p2 G4 N! e Z8 [3 fBoundary conditions - `- W& ]4 M. m0 \
Solutions
3 c8 n' h" ^! j) ~+ L. C& G7 VNastran support enhancements " S4 y& q* i1 t8 h9 w
Abaqus support enhancements
; |3 P, K2 {* m0 M; ^- N8 J4 t% yANSYS support enhancements ' _. @6 A- R& p8 Q5 x+ y5 U
LS-DYNA support enhancements , c& F+ Y6 P1 J5 {2 f! p- ?/ i
Optimization
4 x7 _2 A' b0 S8 K: d* yPost-processing + g: X* \0 p2 b& a
Durability
8 q& Y) D2 ~* DNX Laminate Composites
$ n$ x6 q1 O: bNX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal ) `6 E: B- S- m, }8 ^
NX FE Model Correlation $ x" @" [/ ]. w6 k
Teamcenter Integration for Simulation 2 e( f. H% g9 G2 [" \+ b+ W+ z' K
Design Simulation
( l6 _/ z4 f8 f5 \Boundary conditions / C/ C8 q+ a. }9 _
Meshing ( p8 P+ ?( [4 W) o: g
Motion Simulation 0 r" j# O, \$ l: @3 D
Interactive articulation methods ^$ S7 K+ u7 i, b0 H8 C
Joint limits in articulation
9 W' t2 C: X+ x" T$ TAnimation enhancements / M' k. {* E9 ]/ W. V: w: ^7 L- N
Spreadsheet Run enhancements + {) @6 Q# `7 h, F% i* K
Motion Preferences enhancements
* |7 {: \8 q( z1 z. K4 lFunctions and Graphing & {! P" t8 h! A2 k* G, t
Inverse option for Function Single Math command
9 _1 E% p& c7 |" K4 U* xPlotting a graph in a separate window
- } e$ n9 |8 [" E; p& }Improved font support in graphs 8 c; S D' Q" K& ~
Plotting a graph with no line + G1 B0 y: h' a L% O. p
Saving graph data to an AFU file
8 @* n# q; \9 m0 w K$ k) X4 [Expanded complex plot support+ x/ ^& ^3 c8 G7 d
Chapter 5: Teamcenter Integration for NX
0 S6 U1 j2 d3 |, G" P& l9 gTeamcenter Integration for NX 4 B7 o3 E8 i( |. ^( k/ e. q
Define and load configuration contexts
& C; P0 D. A% ?+ B8 FRun NX in a Teamcenter multifield key environment
& ]. z1 A* b/ q5 t' H8 B s: @% uIndependent drawings added to export and clone
# ]& S1 }! ?0 n; G5 [/ E) \Save As enhanced ' m7 ]) c4 j6 g; `/ y
Retaining absolute occurrences when saving moved components 9 n% T( v. k+ Y8 j, {( @
Opening a component with a different revision rule than the assembly 8 o: p; z9 O$ W4 N1 |
Viewing results and default filtering for projects - R: B. @( t) Y7 h( q( N
Adding independent drawings and CAE parts in the ug_clone utility 8 o5 J [0 B; P# b" U. }" K; ^3 T
Refile utility enhancement in Teamcenter
1 Y7 `& q. E, U6 m* }0 `& y( xItem-based publishing of welds and datums to Teamcenter
* M1 X) z1 h( f/ y4 }Chapter 6: 4th Generation Design (4GD)
$ Y) C; i( B7 e+ h2 T9 vIntroducing 4GD # r6 `& e1 C$ J: l* a4 Y: g6 U
4GD enhancements
! H. I9 O2 ~" }0 q/ L0 T# y" eDesign element enhancements " |: m6 z- h( E: D& H6 s" A
Creating multiple design elements ?+ a8 Q6 z5 M/ m2 Y
Converting design elements
n% c% H6 J* |1 zCreate Reusable Design
' o1 q Z+ k! p3 RPresented parents ; s( u5 j# x5 y6 _- z
Partition views for subsets 2 o+ l% x: X [. U" ^# O# N
x What's New in NX 90
' u( }9 p6 P0 BSubset structure views 7 s% j9 x/ i9 W& K$ n0 } G
Adding connecting welds to a subset
- G: r. j4 M# `1 OMirroring a design element
' B( V4 `, v H, WLoad attribute groups for design elements 1 @" G5 S2 X! G" \8 g- M% R3 [6 v
Effectivity and variant options added to subset creation ) M% m$ [; ]& l+ B& r$ W
Edit attributes in bulk y# Q4 O2 m6 u% m1 N% D6 U; r
Show Collaborative Design Preview 5 [0 h5 p1 g( u8 A, n. {
Design features : c" t. ]/ G6 c' S; V3 @4 \
Check in and check out enhancements
8 X0 J9 y/ Z5 I/ c& e$ oGenerating collaborative designs from existing structures
4 t$ @1 l$ }# f6 V: g& C! c: i9 q6 _Check-Mate in 4GD
% Z8 Y# U" i" t. S9 z% V' UIssue Management in 4GD
, ?" [- a4 f5 c4 K7 nChapter 7: Inspection and validation
9 u, _' ]7 O+ Q+ ACheck-Mate
5 F% }. G/ ~+ B' m2 ZCheck-Mate checkers and functions # B1 d6 I' C) ~5 C- `
Check-Mate profiles
7 M; F$ c, l e( G1 E- ICMM Inspection Programming
?- _9 E7 i& z2 GGeneral enhancements ! J/ }% w! \" I' ^
Expanded CMM libraries) ]' v7 o( O4 o( u# d" v
Offset distance for 2D features
8 s! ?6 E/ b+ n, ONew inspection feature type: Edge Point
5 O' @, n: }* M0 _Set PCS to CADABS alignment type . o7 D/ @( e' g
New inspection command types
* d# u' r$ J+ C/ V7 `: |Support for cylindrical probes $ U! o+ B" Y) i
Resequencing of inspection paths
1 m+ ?: s6 j# F! I. U, v8 `" e/ J7 jAuto-ordering of tolerances in the Inspection Navigator
( K1 v( B$ u; H7 @Support for DMIS SNSET/DEPTH 2 L$ ^+ P. v: i5 d' j
Measure an inspection feature relative to another feature
. n: w% n7 U; N0 w: b. H3 p HRequirements Validation
! t$ G9 Y5 ?8 ~' kUnits in the HD3D Requirements Validation tool
: B. i% s" ~ s! |Chapter 8: Tooling Design ( w" n" k* ~& G1 z' G; O1 w$ g) [5 o) k
CAM Data Preparation 9 c, D$ Q }, _2 W& Y {5 g
3D Curve Offset 8 A$ p4 C n! [; _) \. F, }
3D Curve Blend
9 ^* G+ ^. L/ G, H6 _Match Surface
3 k3 P* a9 j% g+ `4 S' EReduce Surface Radius $ w$ x2 R6 m. j. X- T# @/ h
Guided Extension
& R* M/ W7 V, Y4 ETooling shared functions 4 n* }$ b. d4 w
Die Analysis using LS-DYNA 6 |0 M6 u8 Y) a( \
Object Attribute Management . g# N! {* \2 \1 {5 e5 x2 T
Face Color Management # o" i+ l8 z( ]& B$ \0 Q) h- B
Hole Manufacturing Note
( _+ X# R5 [' V# _- L/ j2 a' B! VRestore Tooling Application
) V8 I \- N2 e- }* }; p% MMold Wizard 3 ]5 q" } s+ }
Mold Base Library enhancements . r, ]( D& M1 O3 U
Workpiece enhancements $ g9 d; G a' W" J: |: E- V
Ejector Pin Table
" U+ ~. k8 P& e& M: OWeld Assistant
& |- s6 @$ l! P0 Z/ o% RFabrication Information
T5 Q* ^% \' t" ZJoint Mark % K0 }# m0 O' G
Export CSV File enhancements
) E3 `( w# M. YImport CSV File enhancement 2 `+ `& `$ J! Q( ] w* G
Groove Weld enhancements ( i _, ]) R6 t/ f
Datum Surface Locator and Datum Pin Locator enhancements 4 o" {" a# M" N/ O& m% o: O& Z
Using weld and datum information obtained from Teamcenter 5 E% M+ K2 T7 u- F! k
Item-based publishing of welds and datums to Teamcenter
; H, h7 R; I6 K# n5 u% @* @Connected Face Finder enhancements
1 d" Z {4 _! c6 ?5 \3 ACompound Weld enhancements & E. c2 d" e5 y; r$ @. G" F0 D+ T. Y! [
Structure Welding
# `( U" T. @2 _Fabrication PMI % ~* W+ Y( o% Z) j' B, y
Surface Weld ' G, r1 i. |1 p3 g& C- x* R1 [: M+ E
Welding Joint enhancements $ Q0 l" f- H7 V( ]
Edit Joint Definition enhancement+ s8 p1 u* P1 D, J4 v+ ?; r6 ?4 t
Edge Attribute Title welding customer default
, L* n9 T& d7 R% g' ?) ]9 H% _Export Welding Joints enhancement
- C% U, j& Z+ v' Y2 v, E% CItem-based publishing of welds and datums to Teamcenter
& I2 }9 h3 ]+ yDie Design & r5 Y$ y4 v9 E. x/ @: N
Lower Binder
6 n# S" V$ `; r. _6 T3 `Trim Post 1 v% w0 s) W, x
Draw Punch and Draw Die enhancements 8 C* c- @1 \( W% q: H/ e" {
Assigning colors to die faces
1 O+ V8 v# V. X+ `2 w. s tDie Engineering
/ j9 k- _- w1 t& G$ u9 iDie Analysis using LS-DYNA
( S0 l, a) b x. N% V* gTrim Angle Check enhancements
/ A7 t; k( `" h6 JStamping Operation enhancement 2 `) f1 F$ ~4 m7 y4 }. e8 A: k
Die Tip enhancement * L, T7 f8 g4 Q
Chapter 9: Data translation
) P( y0 { s# d! |* uExporting editable dimensions to DXF/DWG file
( H4 P* b7 w: q7 ^1 q8 aControlling text aspect ratio for the text imported from DXF/DWG file 8 {/ A2 |. ~2 g: U3 o2 Q
Supported DXF/DWG versions
+ y" \+ s2 @9 v* Q C) XSTEP translator enhancements / C. I6 \5 K9 [5 D/ c, j
NX to JT 0 w4 P0 Y) `+ ^3 F& h
JT version 10 files * e, }; ]. A' `$ g! `
Display order of model views and PMIs in JT files 6 }5 f1 s% m7 L& s! U6 h
JT support for object visibility in model views
( d7 v r# Q F& m1 W; U( n6 LPMI lightweight section views enhancements in JT files 2 j' Q q& S0 P( V2 g! q8 f
JT support for weld Joint Mark feature # l. x( w i0 R# |
JT support for hole and thread callout PMI
3 k: u5 v4 ?5 zGeometry Sharing in JT files
5 l6 g$ V. m5 k# e; ~ w- sJT support for business modifiers and PMI attributes
% ^: |: U( F4 N0 uVisibility of datum entities in model views of JT files / j' i1 c, ~% v
JT support for PMI association with objects 8 d" T7 C" l# M, h( b& X; A6 j
Chapter 10: Mechatronics Concept Designer & y6 [0 m' A: b0 D; F
Collision Body enhancements & k o% o& E6 i3 V! |6 y: f
Actuator enhancements
) h8 I, g$ a- z6 o$ `. `! S' fxii What's New in NX 90 , i& O1 M/ g9 D Y
Cam enhancements
& ~6 p" \2 ~' |) o" j. y: |Operation enhancements
$ f8 ~" Z# L, H! k0 u1 ?Changing units in dialog boxes
( b3 q6 e, c @8 |Mechatronics Concept Designer preferences ( l3 T' J1 @- \
Create dependencies
8 J8 \& |( U) h" b9 t; ISystem Navigator enhancements . J* Q6 n6 m4 C! I, s; p. W
Creating physics containers & k/ @$ Q* f& g
ECAD integration enhancements
* B, ^0 h Q A, oSimulating NC code 7 h, H5 N7 y$ f+ w7 b
Convert from MTB
$ S7 W$ o% t% ~Shared memory signal mapping 7 @$ R* U1 k: L. s
SCOUT Integration
( W& B! Z. J* D. SSIZER Integration
) z& ]! \" f) R4 L4 s- yChapter 11: Programming Tools ! U" k& ?0 W3 p. L8 d7 n
Assemblies functions in SNAP
( B& A% x# l5 V/ D+ [+ }Block UI Styler
/ n; s) f6 i% L |New properties for blocks 8 P, i2 [" k k9 i" b3 q) I# z
Changing a displayed part
" a7 a, T2 N8 V mExplorer block
9 z$ [6 q+ ^8 t, XChapter 12: What's New in NX 851
% r/ w% ~* H* c/ r# BModeling 7 [. w0 K+ T/ O; j" m9 b- s! I
User Defined Feature callback hooks for NX Open API libraries
& r) N1 {% b8 {! @/ mPreserve the relative order of Feature Groups
- e! J$ O! j! z! L0 R) CU/V Direction 9 L1 g& w$ G6 b( [
Studio Surface enhancements — Split faces along boundary curves 4 R0 `" L% A1 ]! A
PMI 3 ]) x7 o' h z1 d
Find PMI Associated to Geometry enhancements
' M5 q' h, _) C# z2 t5 cPMI Effectivity Management 741
$ P7 I9 b2 @( \7 iRouting 742 T5 M; J! l" s
Wind Catcher 742
- f+ c- x0 E, Q+ [/ |Branch Path Numbering 744
' u$ g% T6 O/ C% {' Q( q8 OPlatform Creator 745
0 }. t3 B2 ?$ P0 g% A8 |* e& QShipbuilding 747 # r! F( v h& z' S9 o& d8 s0 P
Assign manufacturing information to openings 747
9 n& A& A x, SSpecify section subtypes for steel features 749
# D& _5 H% a( [5 q0 D' RManufacturing 750
+ Z0 ?5 n) z' h0 LOperation Navigator enhancements 750
) ]1 k; i% A: S+ g! Y- YAdvanced Simulation 751
8 N( {, C6 D f3 g4 KSolver version support 751
3 A/ }; R9 d. h; X" [NX Laminate Composites 758
# V8 p; s# W9 s( G2 F- gDurability 763 ( Y' s) H+ @1 M1 m) z
Teamcenter Integration for NX 764
) ]4 V6 S: D, S& Y: z2 Q+ E* fNX Relations Browser enhancements 764
0 r/ N: Z$ U5 J% p3 ySelect Configuration Context when loading assemblies 766
2 t/ n/ R* ?3 C2 I' UDefault project selection 768
; @# t$ x+ R$ `CMM Inspection Programming 769 ) ^2 z7 Q) {7 l7 T/ V
CMM measurement analysis engine 769 7 G4 p, H5 c4 G8 k
Export analysis results 771 DMIS programming enhancement 772
- T( s- q0 E1 A' d7 |$ Z" gData translation 774 9 X9 Q. ~8 G; Q# S9 v/ G+ K, G
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 : b+ v! z; c1 p3 s( U
JT support for PMI association with objects 775 " o. t- q& D2 g, R. I
Mechatronics Concept Designer 776 0 {! \# b! h2 I; u( D; Z
Import from ECAD enhancements 776 z0 V" ?* W1 l3 D5 E" e* t
) [' m7 x7 g5 h9 ]. j( l5 _5 o- h
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