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8 R. H: t K7 M) O【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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9 l8 t0 G7 T9 G$ A6 y涵盖了所有模块！
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不懂E文的，看图也知道了！！1 b. U5 d/ O/ l4 w2 x ? p2 M$ m
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What's New in NX 90 iii
9 U$ j3 G* B( t) q/ DContents 8 }0 R1 V% ?- r+ O
Chapter 1: Fundamentals
+ L* d4 \. b$ g+ k; C7 @Ribbon bar interface The NX Window (Ribbon bar) 3 q( X+ m8 I$ T' a( |
Show Ribbon bar tabs and commands ' A1 [$ H4 C* C* e- ?2 A1 A* b
Add commands to the Quick Access toolbar
2 W$ Q& q! O1 K% q- u" H r- @Add commands to Border bars " e' _' [5 j6 A* v: _, E. l. N
Customize the Ribbon bar interface 2 A5 S3 l+ U9 M3 ]% y
Add a tab and group to the Ribbon bar
0 E7 F+ S( n/ J8 g' t: o6 GSave Ribbon bar layouts 6 U2 P$ G" N+ f6 L4 Y
Export and import your interface layout ! l5 H# C; q. L/ E
Ray Traced Studio . _" r, A% U1 {. R3 c$ {7 p+ J9 ~1 [
Issue Management enhancements
5 Q# o9 o6 I5 [, y' } ?- aGenerate support logs for IR or PR + ~' J, S8 ]. v7 D7 r( D
Integrated web browser enhancement
+ M8 f/ p* p4 yView section enhancements
5 p7 r7 c1 U2 r) cDisplay facet enhancements
1 v5 Q. Q1 f$ f9 A dMeasure Point
8 W* L6 k" u$ P' }9 `Raster Image enhancements ( i- G. Y3 B: k
Lock Rotations
& k% v7 ^2 J) z2 T8 H% [5 iSynchronize Views : ]. ^) h# s1 R G0 _5 r2 O4 a5 n
Stereo Display Visualization preference 8 B& m! n/ k, ^# W7 G
CSYS tool enhancements x! }/ Z% T8 B4 |: O, Q3 Z
Edit attributes in bulk
. C' D8 f, }. I8 K$ n, n* p5 \Chapter 2: CAD " T+ P6 H3 ] B# P
SkeTChing
) h( i- |" U; a% mSketch enhancements
( @# t3 ?" h+ q- u/ m% XSketch dimensions
& Y4 P( m- j) P6 O; s5 {, w) R8 h! s2D Synchronous Technology
3 I5 V+ l x# ]6 p8 MRigid sketch groups
, b) v7 R' _. d3 b9 P0 g3 H2 TPart Module
+ _5 c( y1 _4 [$ O6 QAdditional Part Module workflow
' S! a0 B* ]1 f# VShared Body enhancement
. d1 F' R. z. hControlling Part Module updates
}" R' ]+ ?( s P/ ]1 ~0 Z+ f' kNest and Un-nest Part Module
. H5 V) J( l( K3 e, f6 `Save As and Part Modules
; x8 s0 P( U9 S( p5 ySynchronize Links enhancement
$ `$ N7 }( U N- Q( a/ b# SModeling - r$ Y' i. r% t7 Q
Snip into Patches
7 N- r+ L5 {& A+ b1 C- HRib , ]8 b9 {0 ?9 ]. G$ ?
Mirror Geometry
& [/ G+ k" X; mExtract multiple bodies enhancement
0 v/ t, \7 c8 B- ^, o9 EAnalyze Pockets and Blend Pocket
/ R! V- z3 Q0 H6 b+ hCombine or separate tool bodies
7 o# s; J) q3 y2 Z% TInterrupt feature updates x4 S' X/ g7 t5 P6 F: x9 W
Load Rollback Data
- ~* i, v+ A/ Y) j) D. `Sorting model views ! z; M$ `+ p6 j
Select intersection edges in Edge Blend and Draft 1 ^/ ^ e( f+ s5 [
Replace Edge
, v# {+ m8 \7 Z# U! z8 R" [iv What's New in NX 90
' G7 F/ Y$ r4 g: I' gLocal Untrim and Extend
2 z/ a* ], a3 g9 r3 iRoUGh Offset enhancement 2 `5 K- F6 a8 c8 J, r
Replace Feature enhancements , V; y# {" x" Q8 s: p
Unsew enhancements
# J6 ^* M0 }1 p3 MDraft enhancements
9 k5 U. Y9 H/ k' h) PDraft Body enhancements
" l: n0 L( e- Q# r5 _Thicken enhancements
& B, x. e' A. L0 ~4 `8 R2 qPattern enhancements 4 m9 O Q5 n; `) S N3 _
Untrim enhancements
2 V0 r8 K' x7 N- y+ NDivide Face enhancements 5 I) u( {" ^, {& Z& u6 f# x
Part Families enhancements
5 f$ G2 @3 o1 w. t5 s( ~Body selection enhancements for Boolean operations
, r/ v: E! a3 D J1 S* V, e/ DFace selection enhancements for Synchronous Modeling
i2 m5 z2 T! C" \: D) WSynchronous Modeling
' Z; j* b, }# @' S4 HMove Edge . H* _3 K, @5 K0 q# h! ?
Offset Edge # R- F! ^: y$ Q4 M& A5 \4 Q
Delete blend faces with the Delete Face command
! G) E* Z2 J. X: k* tLabel Notch Blend enhancement
7 S1 B( }- k# ], }( FFacet Body Preparation
9 e, f& T1 }- F* s! f% z* \Create Box $ H" E# p+ \2 t
Snap Point enhancement
9 U! G0 D0 i3 O4 z" b& KExtrude Facet Body
/ ^ V+ }8 `- `# g- X0 w3 D$ d; oExtrude Profile / y/ |% @9 B6 c. k
Merge Disjoint Facet Bodies
/ f: \' [3 W/ J. Q- `Merge Overlapping Facet Bodies
/ ^& v: f, g' [# y0 SMerge Touching Facet Bodies - E" a/ m9 s& o) S# }
Rough Offset enhancement
% q4 a/ r) f! }& k6 cShape Studio & [) U; Z" W! R" e6 J7 n+ q7 h
Smooth Curve String
2 e; `( ?) P ^% }0 J+ E/ GSection surface user interface improvements 3 G6 ?0 M1 Y( I/ ^
Highlight Lines enhancement - K1 m2 y0 ]/ u0 s! ]
Deviation Gauge enhancements
6 s% C* O9 d( K( w. X6 dFace Analysis – Slope enhancements : r! d5 E9 y1 J" B3 W! a$ O; n
Concave Faces enhancements
9 ^8 F: N- k4 l, C1 DFace Curvature Analysis % T q/ e2 K% A" x8 e" W" s2 @0 A2 [' L) K
Ruled surface Developable Alignment ) A4 ~! w% {! d7 r1 ~
Wrap/Unwrap Curve
+ M" R3 Q; T V9 \, C3 kAssemblies # l# u6 S4 e0 m7 R
Pack all components enhancement
. Y; m" x) r' hWAVE link multiple bodies enhancement9 T. b9 N2 G, ]9 X# t
Load Rollback Data 9 R9 |6 \+ ]/ }& \
Assembly Clearance enhancements
# L. \/ H# g U1 V+ g' y) z s& U$ NOrder of components in the Assembly Navigator
4 M+ \7 u! B } i4 ^4 R! v! BPattern Component
& Z: n1 F" A6 E! nIdentification of inconsistencies between WAVE and assembly constraints
$ @& e; q. z. k1 R) S- {8 D6 {2 BAlign/Lock assembly constraint
$ d6 U" S6 p' B) Z5 XDirection to Fixed column in the Constraint Navigator
+ ~4 n0 c) b% O, E7 w* oProduct interface enhancements - h. @, H0 y( v& d* w( `
Assemblies functions in SNAP 2 w: i' [5 B( b
Visual reports
& K. s9 R" m( q7 \$ s: PDrafting
/ q; J- n( R( M) l6 i, LUsability enhancements $ p. c& M- o$ \3 U l+ {6 n
Rapid Dimension
% X$ f* d, S8 u0 R& }4 pLinear Dimension
" i6 g9 u1 V! z- g8 ^. I% y7 CRadial dimension
7 Q) B9 x5 W& x. C& K" fAngular Dimension enhancements # S+ z; w8 a3 B* ]1 v
Hole Callout ' Y6 |4 M5 C* c
Geometry margins for dimensions and annotations % u8 c' z9 q. O2 H# X$ w) P
Alternate Dimension Endpoints " D3 P5 D$ [. _7 A( d& P0 D5 l o& w
General dimension enhancements 3 x3 N) f& U% n
Exact and Smart Lightweight view enhancements & ?+ w! x& T1 J+ q
Dimensioning Smart Lightweight views / P8 W5 @% b2 B7 I3 w2 {
Viewing Direction Reference Arrows ; o% u) f& {3 M x
Section line bend and end segment widths - t- J D4 q a2 T6 p0 Z
Auto balloon leader placement
; a7 X9 T* Y* zAxis Intersection symbol ) o9 E1 f* Z& d; j0 O8 w
Surface Finish Symbol enhancements " V* C* [+ i+ h* y- p6 Q6 N, q4 F
Datum leader enhancements ' @) j# f: G/ }8 a' T
Drafting symbols * t. [4 i3 m! z- ^9 c3 E* J/ ]9 i
Embedded image enhancements 4 a. J% E2 E) X7 b- e; R
Hole Table / m3 |# K: V4 h" }' t
Bend Table 9 D! W3 r! O' L$ b4 c! ]& [ n
Inherit PMI enhancements ) e+ |0 P: T5 Y$ b" e
Crosshatch enhancements
6 k/ I" z! l/ o$ L5 }0 UProduct and Manufacturing Information (PMI)
9 s K8 O" F( W" cUsability enhancements " f' ~. J1 b0 n
Rapid Dimension
L) l% C! Q% s6 e2 M+ fLinear Dimension 9 h, q/ x4 B* C9 E# X
Radial dimension 6 |$ L( Z- Z3 U
Angular Dimension enhancements 6 p* G5 H9 y: E' A6 o6 }( S
Hole Callout ; @4 g$ e) w( T/ B' e
Geometry margins for dimensions and annotations
9 _3 g U1 l- N6 a% T9 z4 F! ^2 e5 y* NAlternate Dimension Endpoints
4 F F9 P0 r) G* ZGeneral dimension enhancements
9 j0 U- Z w. I6 y, n/ E, j2 v5 h. GLightweight section view enhancements 4 b: d2 @" N2 h" Q' I' o" r1 ~
Surface Finish enhancements , h8 \3 D1 B. q# q9 x
Inherit PMI enhancements + @$ C* Z' Y5 y1 f6 U; L
Region enhancement
. u" e7 I* c! K% e2 SSorting model views ; v0 p5 G6 q, L. I
Datum leader enhancements
6 @5 P3 i+ d# i+ D4 [, q2 QDrafting symbols
H# s* q* L# G7 E* U) j9 lAxis Intersection symbol
$ b; C3 J; J( R: v; @% Y, S7 TPMI Feature Identification business modifier 3 N- n k* T7 ]& p* I* _
Update PMI tracking properties : _) N* l6 b3 c) g/ X
Sheet Metal $ |& `/ K6 d5 ?/ N, f
Bend Table 6 I' Y; w3 Q% X# d. A
Unbend and Rebend enhancements 1 m% V2 h$ s& ~7 a
Resize Bend Radius enhancements ( t& \; Z5 q5 b4 Q
vi What's New in NX 90 : @' Z0 b- e+ p. f/ h6 O4 _" p
Mirror Feature enhancements 1 K) \( E: ~! U0 n! s* V% s4 |1 Z# P
Unite in Sheet Metal
$ ]' O1 A/ }1 d3 V8 }; xThree Bend Corner enhancements
) I0 {: S- e2 p4 H9 PMirror Body enhancements & N. m, i) b; ?
Preferences for flat pattern views
8 q# y0 e9 ? Z, oFlat Pattern enhancements
& Q; A5 n/ b2 O VPattern Face 5 F( V& S' s4 ]0 Z
Flexible Printed Circuit Design 5 K* f$ Q4 p4 k6 H. g
Wrap
) A6 `( `* S" ~. H5 X; H+ k/ p3 ~Flexible Printed Circuit Design enhancements ! N9 g, O4 ~5 R
Pattern Face ! F% |# @# c: n2 n; U1 U
Data Reuse
* ^. A' j8 I4 O* |Double-clicking folders and reusable objects , @( E( ~" F [2 x0 x) a! t8 X4 q
Creating shortcut folders for your reuse library
1 `' {6 \6 r1 C. A0 e2 pReuse library undo and redo 5 s& W- T7 s- s( p/ V
Creating an index in the reuse library 9 ^! v d, n5 q$ ~) B) i: X2 \
Mapping reuse library names
0 j# h1 e& a# d$ A# w" O& uReusable object feature name
; A7 p) f- a: y; h" cReusable object part definition
% c3 Q t t, hCreating feature component patterns with reusable objects 4 g- O: O& X1 O; k7 q
Managing knowledge enabled components in Teamcenter
5 [3 m6 m. O! H0 d9 e% \+ E/ _; g; @Reusable component revision rules in Teamcenter
) Y1 P) L( V1 S& dAdding files as datasets to reusable objects and reusable components in Teamcenter
( \& u) p0 F7 gPart family-related enhancements to Product Template Studio
c! l* L; V* j, i' \: VRouting / F0 A; a: n% D$ o* E
Configuring Routing applications 1 X" ?7 t: |% ^6 p
Common Routing tools
/ ^/ q$ Z8 d5 ~& U) h9 nRouting Electrical
( O6 B* u4 I& f+ @) JRouting Mechanical 7 _1 r' L; Y; t: d' m
HVAC
9 z; X4 i+ J# j* {0 BShipbuilding
& W. N8 |: h; N4 ]6 z& H3 ~* aKnuckled plates ! o9 ]5 t+ t: j$ {* K K; g
Knuckled profile systems
" C& b: Z2 f# L GKnuckled profiles " `" }+ L& q/ y" B- r& s# u
Create stiffeners between supports " R2 ?% T* v* a2 @ h' u
Control profile orientations
" P& A& P1 i1 i9 T( ]4 [. ^; {3 VBuilt-up profiles 2 K, {3 z, D9 G5 l8 }
Create stiffeners on plates with multiple thicknesses 2 |# H2 I$ v( Y4 @
Create standard parts on plates with multiple thicknesses
( \1 ^* K2 P* KSplit standard parts in the basic design
, u, t7 R0 S5 U1 Z7 ESplit standard parts and built-up profiles in the detailed design
: Q5 ?: V! K( ]4 ?0 C9 \- _+ `" tProfile Transition + N) v" U' ]$ x' c, i* V1 ?6 B
End Cut enhancements, O9 C1 m8 L) `
Profile Cutout enhancements 2 }) ^! T5 _! P8 p, ^6 E: G: p
Collar plate enhancement
, ~: k0 o& W0 o7 j" \6 }Examine Steel Features " D0 c) S8 D3 H% H* `2 l$ h# t
Paint Parameters 7 `/ n" j6 g/ _( R3 ~1 v
Vehicle Design
2 m3 E0 R7 _7 }1 M% VVehicle loading input to vision tools # t2 [4 t/ _9 x6 N9 L5 p
Vehicle Packaging Validation
# A& ?* ~/ {. rHead Impact 6 v1 v' j. `% N9 `1 C$ I& n
Pedestrian Protection enhancements 8 [% T+ Y: o2 _* L
Eyellipse enhancements : O! G5 V; r' r/ E* a
2D Manikin enhancements
( i9 H- ] H. bSeat Lines enhancements
( `+ o$ O8 b* NHand Reach enhancements ) a$ E# _) H6 d1 Y. h F' y
Direct Field of View enhancements : C! F1 Q' ~4 P$ G' \+ m' |
Instrument Panel Visibility enhancements ' K; C7 o _8 }8 I3 \% T6 p
Windshield Vision Zones enhancements
1 G$ G0 y8 t# J$ P, `7 W; FMirror Certification enhancements
& A; e4 L( c3 {PCB Exchange- j/ p& I9 k& w) y$ f. D/ ]% p
User interface enhancements in PCB Exchange
" z# N2 i8 X$ E, R- i: OIDX collaboration commands
- N- I; c' y$ n6 XIDX support enhancements
8 N9 r8 T# y6 a, y( o5 X, I# @ cCopper Area 7 [' u: \, @( E3 x. A0 Q2 y4 _+ B- L
Comparison of ECAD and MCAD primary pin locations * F2 m" T) X# l2 i
Show Test Points % k9 n0 J' D/ j# J1 v/ n; \* T- L
Chapter 3: CAM ( B+ `9 [, j# P& s4 |& a9 y0 ~
CAM general ! t4 w1 U5 \9 i) }' L4 X
Notes in Manufacturing ; P8 G4 [6 l. J4 V
Descriptions in Manufacturing
( [7 h2 z0 N. k* L2 }5 i {4 tDisplaying visible and hidden geometry
U0 x6 t! w& Q0 p) W6 @Boundary selection enhancements
9 F* z" @9 W3 c( u% v% ABoundary selection display and gap closing
6 O, L/ ?# m# I& gPasting operations with reference
9 F- r. B$ x8 A E4 O/ z' QShow Thickness by Color enhancements
1 k' P ~/ p2 ~; D) r* ?Set Machining Data enhancements
4 C0 l4 ] j+ Z0 \7 wFlute length for drills $ @6 @& ]6 x; C! [# Q
Milling enhancements * @& ~8 g; F+ k) q
Machining with a T-Cutter
, s& l1 z" D! f7 o% I! V7 IMachining cylindrical parts
% E- N1 v' M' g* G# Y. G" ?+ nTilt Tool Axis enhancements
5 e0 u! S" A9 g) \5 u: R- qArea Milling enhancements
; V2 f* a( s$ \" q- iDivide By Holder 5 W& X& A$ Y6 S5 R7 t- \- ?
Contact data output for Hole Milling and Thread Milling 5 y. Y5 q( i7 g+ Q8 Z: Z
Cut area selection by edge-bounded region : g: F9 c# m- t( P% @1 b5 g
Safer engage and retract moves for Zlevel operations
8 R5 D3 I m' Q4 o0 y" RSmooth noncutting motions in contouring and flowcut operations
, [& @0 Z7 b5 J/ ^4 l* A- fImproving 3D IPW efficiency in Cavity Milling
* }6 ?+ p0 L6 w' f: fMulti Blade milling for turbomachinery
( m6 R$ b. u; O" g' ?* G% P) M* yHole machining / j5 |$ A7 @4 k; V% p, b& M
New manual drilling operations
' r* t: U B3 LHole machining workflow using a feature group geometry parent
. v* { X. o# ?# {: yMachining feature groups
- e- E! } D5 o2 Q* z. {( N5 XIn-process features 2 i" \4 G5 B; `
Visualizing in-process features
% ]$ N) U6 K- UIn-process workpiece options to control the in-process feature 7 T4 p& ^0 R* f1 |6 _; ]) i B o0 M
viii What's New in NX 90
7 o! X, E. M# D1 JFeature machining areas * {# H# l+ Z. ]! P
Drill tip point length ) e$ m/ p" t4 M+ F, @
Core Drill
$ O ]# M% ~7 l* y$ N& DProbing
$ T$ T' B. X0 j4 IProbing" C& j1 u6 o7 U; R Y
Turning enhancements ( \" |8 P% h9 v; O% s3 \& M. s
Centerline Drilling depth enhancement
+ ?0 y: g/ m3 F* c9 u$ `8 _9 @Turning non cutting moves enhancements- e- ^- H! c& p
Parting off operation
6 \+ `! G- G9 U5 F5 A! |0 qThreading non cutting moves enhancements 2 l, {; G1 P- h! ]% Y0 E
Integrated simulation and verification — ISV
. s$ L9 p; Y" [% _Displaying axis positions and limits - \0 Q( q7 E, d2 i* N
Positioning simulated machine tools and cutters
& u: ^0 r& |1 C" o# D# g9 v4 Q3 q6 yTool path display for external file simulation - g- ]1 U1 \7 L! i
Simulating all channels in external files " V; f; l& \( p! c0 w% i, o2 [
Simulating synchronized operations 7 G" o0 M I1 c c
Viewing a tool contact representation 5 X7 H n( o! T' b
Configurable parser for NC Controllers
5 V) z7 W( H( q( wKinematic chains for simulating complex machine tools
6 W. Q3 n/ f' k0 ]: H3 KSuppress Status line update ) ?3 ^* W4 ]0 ]+ W, r% d% _, ]4 T
IPW color mapping to tools or operations # F0 j2 \, X& `& t R# c% v- P
Regenerating a saved IPW 2 m2 u( W, J. \
Gouge Check enhancements 8 Z# C7 l2 p+ Q& _# w5 b3 A/ R
Sinumerik Collision Avoidance : E) E* [2 C4 [. k3 b! n
Simulation and postprocessor examples 2 S8 r0 l; b( y. P( r, n- B7 f+ F
Flute length for drills
: f( F& v5 ?6 c: I( P2 QNX Post
) j( z' c" r" k" A6 C- gAdding CAM attributes for shop documentation in the post 8 g6 B* L: A2 @
Post Builder 1 y. T; v- M1 @
New Tcl commands in Post Builder
: h7 M+ |, L0 V3 pSimulation and postprocessor examples
7 Y/ } u7 D' f3 r$ o. a" ~. GFeature-based Machining
" l) N+ i% e$ z4 _/ XFeature machining areas 7 E3 a& H; O( z4 Q4 ^
Machining feature groups
9 a1 U @8 h5 O% Z* ]In-process features 9 c5 i* ~1 Q3 q o' W, O- v
Visualizing in-process features 9 X2 N" _0 o2 ]+ _+ H0 x% Q& T9 \
In-process workpiece options to control the in-process feature
: C1 M& k. U# b# vWire EDM 5 b7 V& Z% G; g6 z7 g# x+ m7 ^- b( e
Wire EDM tool and guide
% t7 s# m# |% Z1 H& ^- d9 T DChapter 4: CAE
* p) [* H. U" Q# g6 N! n0 ]Advanced Simulation
( Z3 E J0 M, p# t+ b/ s4 }% eSolver version support
/ C& V6 h% j/ h' l/ l( p, t9 C8 _General capabilities
# a) c+ k- G4 c) cFields
. b! v' z- e; C4 rMaterials
% s9 N9 ?% o- K0 l& }Meshing ( R' e6 c- y% P7 ~/ \
Boundary conditions " o/ ]+ h, n3 O( w4 w1 O
Solutions
- M5 Z5 I- W2 ^Nastran support enhancements ! O" x/ A( t, B2 Z/ Q
Abaqus support enhancements # y2 e+ U% i. q9 Q: e
ANSYS support enhancements ( L% R) e7 R$ M$ n Y7 P
LS-DYNA support enhancements 6 p# g# D1 P( T. A
Optimization
! U4 H) a4 T% P( lPost-processing
2 c! h& k* y* q- |; V& J- V3 |; @Durability
: d1 t- g& d& u a% sNX Laminate Composites
$ h, K+ o) v9 r. c" r/ |+ @NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal / p- h2 @% {8 H, {5 @, L
NX FE Model Correlation
; D8 L5 g, C% h: }& [- B3 i/ {" iTeamcenter Integration for Simulation 5 @) @6 ^: M, q
Design Simulation ! {/ O' `, D! ]9 n
Boundary conditions : u+ v t! Q# v/ |8 ^1 O
Meshing
; v; a a5 A2 ~( [' ^Motion Simulation & U: |/ i) }, G c! T
Interactive articulation methods ; j9 ~3 d, f6 a/ W3 ~% G! C
Joint limits in articulation 7 t2 a8 Q' q: c7 v
Animation enhancements
' ~5 Z( {5 c. @! M; ~% rSpreadsheet Run enhancements 9 y" d$ W1 o8 X/ [
Motion Preferences enhancements * x: d& W+ u+ r
Functions and Graphing
7 u, {$ \# b+ x9 j8 ~( ?Inverse option for Function Single Math command
# B6 I1 ~- o+ x0 UPlotting a graph in a separate window 8 ^9 f& p$ V1 r8 F% c: q, ~
Improved font support in graphs * ~& Y9 z* f) k9 C+ A7 T' x
Plotting a graph with no line . D6 S& I6 O/ m
Saving graph data to an AFU file
- l8 \* {6 o; z% L+ c- b, ~Expanded complex plot support6 M" L+ e' s' |0 ~
Chapter 5: Teamcenter Integration for NX
5 y t% ]! s. ^: r- G) r1 K+ sTeamcenter Integration for NX
& ?0 _0 e5 C+ B S; jDefine and load configuration contexts , }% O n0 L- L+ B8 l3 q8 ~. {. G5 I
Run NX in a Teamcenter multifield key environment
" `- ^! q O; Q8 k) }9 R7 vIndependent drawings added to export and clone
# t" @6 ]* K+ t2 [, t2 M/ \) G; CSave As enhanced 2 A! Z: b0 {& x/ ]! C( [* Z) v! E
Retaining absolute occurrences when saving moved components * @& F/ d8 Y- e& h6 c
Opening a component with a different revision rule than the assembly 4 O6 D0 t9 ?% A8 v7 l+ g! j6 [
Viewing results and default filtering for projects
- k. k$ K/ ~6 S$ h9 dAdding independent drawings and CAE parts in the ug_clone utility
- f6 r5 F- E# }7 ARefile utility enhancement in Teamcenter K7 H" y$ U$ s% r$ E
Item-based publishing of welds and datums to Teamcenter
# `' j" d4 g8 [& B& [/ _( U7 C! wChapter 6: 4th Generation Design (4GD)
+ V; u1 [- [/ k9 ?Introducing 4GD
3 Y$ l8 W4 D6 N1 V y3 C% E4GD enhancements
$ @" F6 E( j. m/ g" ODesign element enhancements 7 J X d' B, w0 Y ~
Creating multiple design elements
' B. u0 a! U) _7 G7 b6 p# X; PConverting design elements * k1 v7 }- ^% X
Create Reusable Design
6 k: b) B& w: k- xPresented parents 5 |! V+ T# E* N1 \+ u* N0 ^
Partition views for subsets
) @; i0 _6 Q1 t4 _) b! h& Nx What's New in NX 90 4 F7 Z0 o. p3 E& ~, @
Subset structure views ' f5 s, I% p1 W2 c) K4 C
Adding connecting welds to a subset
6 q) F( s. J/ k8 U5 j* n2 fMirroring a design element + [. x0 L0 H5 O$ \; n
Load attribute groups for design elements
6 l6 \) L& |+ T) q# Z% _2 dEffectivity and variant options added to subset creation
1 {$ c& B' ]. K) L2 z; zEdit attributes in bulk $ m+ a0 d! t7 Z* `
Show Collaborative Design Preview 1 n9 ^* b u9 K- ~- o* I2 {
Design features 1 P. \' x, ^+ q/ _" J. t9 k$ x" @
Check in and check out enhancements
( _% w8 T' c) Q- r M/ v5 B/ s% M' n: vGenerating collaborative designs from existing structures # i: S( X5 @0 {6 j
Check-Mate in 4GD * `$ X: Y. t) H, E' M9 a$ u2 \4 [
Issue Management in 4GD
8 k& N+ Y2 f$ IChapter 7: Inspection and validation ! @" N! f( ^0 g; ^( S, c+ k
Check-Mate
) G: F& A- w. W" j2 E2 N7 g" \Check-Mate checkers and functions
! e% v# X5 Q) O7 f1 ICheck-Mate profiles
/ c; J; O6 t. _+ W. OCMM Inspection Programming
) t9 }! B8 z, R3 k7 bGeneral enhancements
# s, G& q/ U# z. ^8 [1 j! nExpanded CMM libraries
: [- f) N8 W# EOffset distance for 2D features # E" B7 w1 e5 g7 Q! F, n2 @
New inspection feature type: Edge Point
. p0 k% E8 ]7 bSet PCS to CADABS alignment type
9 Z) d% p& d, l5 c3 O8 ~New inspection command types
1 E0 L; f$ O! F$ |* iSupport for cylindrical probes V- |- X9 z! ?3 s- i
Resequencing of inspection paths " p* K8 K. g# P
Auto-ordering of tolerances in the Inspection Navigator
7 k+ {5 u0 o4 l+ n% oSupport for DMIS SNSET/DEPTH
) r) `1 G$ Q! J9 v+ j+ qMeasure an inspection feature relative to another feature4 r* F% u- i& a& U* j5 r4 _$ r8 O
Requirements Validation 6 K2 F. a+ S" c" ]: y
Units in the HD3D Requirements Validation tool . u. U! \( ^5 k! z Y9 ]- t* w
Chapter 8: Tooling Design
9 K" m* w* x- E4 v' T! ]& z! }CAM Data Preparation
3 f3 e$ K5 j$ P6 P' H! \3D Curve Offset
/ X b% C( }+ N8 D2 ~4 V8 R3D Curve Blend : w1 T; V! m) `
Match Surface + Z0 J2 R, e. |9 d) K
Reduce Surface Radius
! b. Q: Z" u% Y' @Guided Extension & E6 U7 t4 C2 ~% K1 k0 g7 \- u
Tooling shared functions
) {2 ~% D9 b; I) h8 c3 A9 ?Die Analysis using LS-DYNA 0 i; U' {0 R# C6 { A
Object Attribute Management
! k7 S/ j. l- x. t6 fFace Color Management q: V1 g. o; p1 t. J
Hole Manufacturing Note ; s0 V9 [; d. V* B" c E" W% M& J
Restore Tooling Application
1 U9 q1 C( T( H' CMold Wizard 5 ^/ s% ]! C/ i2 n
Mold Base Library enhancements
* h. C& _1 ]+ C& g# f) b/ HWorkpiece enhancements : ?& T+ o4 }1 m
Ejector Pin Table 5 F6 h# J' B* x( B5 q
Weld Assistant
7 s& P! n2 u: [+ s2 uFabrication Information ) l. \+ l9 c# l$ r: j1 n: r
Joint Mark ! z$ U! N; ~9 G& g* @& {" I4 G1 ?
Export CSV File enhancements
( u7 C1 ?2 |, ^* @( U! {Import CSV File enhancement
/ R" v- m( S- O, K3 |$ n& U) I; q* iGroove Weld enhancements
2 _2 K! ~* G$ e2 X! rDatum Surface Locator and Datum Pin Locator enhancements 4 i% U0 I ]3 n' B
Using weld and datum information obtained from Teamcenter 3 a1 l# I# c* w/ Z4 }( U8 `
Item-based publishing of welds and datums to Teamcenter
% d* E+ r( g' c1 b" JConnected Face Finder enhancements " ]" j/ g0 _' k+ l* y+ q
Compound Weld enhancements
b( |3 e+ \3 z% n, E& l4 }2 _3 IStructure Welding % G9 e0 m" p2 X u: I+ w" O* S( i9 ~
Fabrication PMI . k+ q- }( \; ~$ N" \
Surface Weld
* Q4 T8 U& ~- q% @ g4 s. {Welding Joint enhancements
. V" |0 [% C+ G5 h# p( ]Edit Joint Definition enhancement
8 ]# k$ M0 C) G# C4 q; b! k4 C# y2 vEdge Attribute Title welding customer default 7 a6 [' U% i! H* C4 Y; | O3 F8 y& e
Export Welding Joints enhancement
# X+ L& D6 `/ t; \8 _Item-based publishing of welds and datums to Teamcenter $ W# u7 S* ^3 U4 R
Die Design
r7 n+ w5 @; @6 f! VLower Binder \( N5 P/ {7 R, |+ \
Trim Post
! j. ?3 K$ e" g; N IDraw Punch and Draw Die enhancements
) z/ `! ^ {% e1 Y' tAssigning colors to die faces 4 ?) X* @! U& J/ O2 X+ ~
Die Engineering 1 |7 y- \9 [4 A* Q) m
Die Analysis using LS-DYNA
4 y0 W6 u' d( {4 wTrim Angle Check enhancements
6 s' U# W6 i1 g6 z# E" |+ K4 `; Y: eStamping Operation enhancement 3 N! Z3 _: K# z9 H4 B
Die Tip enhancement
& c6 e' v6 V& G3 DChapter 9: Data translation
" O: `* c1 {# g! S3 oExporting editable dimensions to DXF/DWG file
- z4 ~- T7 M2 N9 \$ m% I2 nControlling text aspect ratio for the text imported from DXF/DWG file d5 p; A( y) c4 O2 |' E
Supported DXF/DWG versions
) ]8 O9 ~! x3 R2 uSTEP translator enhancements 7 C8 G2 l( v# y6 d
NX to JT
, g, w! R b) IJT version 10 files . c/ j4 J* n; Q; G
Display order of model views and PMIs in JT files
4 u: F4 H% w, @JT support for object visibility in model views 7 ^% K6 p8 M7 d2 z! b. a! V; ]
PMI lightweight section views enhancements in JT files
3 _5 A+ X' Y$ \JT support for weld Joint Mark feature . v) S. N/ }! \; \. Y
JT support for hole and thread callout PMI
. }* z9 K# C. r1 hGeometry Sharing in JT files . t4 \0 F! M% J& r8 ?- o1 {2 ^& @
JT support for business modifiers and PMI attributes ( y5 w, k) w* J8 J: k
Visibility of datum entities in model views of JT files
% u `9 f6 I0 ?; z& J: X( BJT support for PMI association with objects - ?5 K+ X8 {5 p/ d
Chapter 10: Mechatronics Concept Designer 0 R8 A, {6 p& r' U" ~% W
Collision Body enhancements ! b$ U8 R7 A x, l) k2 a$ c5 g4 ^
Actuator enhancements
+ X1 h' S2 h' _& _xii What's New in NX 90
; y' G3 V6 l9 j3 m$ d j2 j9 QCam enhancements ( h, @ h/ W1 A' a) m2 I' s7 R
Operation enhancements
, f; p3 _3 I# Y$ k: {$ }4 U* WChanging units in dialog boxes
1 X/ n' T& I/ d! l* p- O3 C4 s' uMechatronics Concept Designer preferences ( P* c% n( b/ ~3 o! J# l
Create dependencies
, `$ ]4 Q3 ^4 S* A: t; x bSystem Navigator enhancements 2 M3 b* J$ v2 Y' R
Creating physics containers
3 d+ ~3 {, g2 [& F8 yECAD integration enhancements
4 j9 A: k& h7 N( m& l) O% YSimulating NC code , v- O: G# [, W5 m3 Y6 e6 X
Convert from MTB
. K# a4 F N4 u9 }* `/ V/ pShared memory signal mapping
$ A/ o0 I) _0 c( ]SCOUT Integration
- J! U- s. p) M$ P( A3 i# s0 FSIZER Integration 9 }+ l ]( K) b* \ `+ G
Chapter 11: Programming Tools ( E7 k; z, p0 X! x, i' J% d9 P
Assemblies functions in SNAP , T2 y0 J1 ?$ ]0 c4 ]7 U
Block UI Styler
6 b+ i* F& z7 e- G4 y$ FNew properties for blocks ; d6 I2 a- B. {2 k9 y. g3 ^
Changing a displayed part. d6 F9 o3 n. z) ]+ t9 c( m3 s
Explorer block
0 c. ~' B6 u1 O d$ S/ AChapter 12: What's New in NX 851
' I! y8 X, m9 N: N8 BModeling
: S# J: T+ @; H6 b: Y/ C, f0 Q& DUser Defined Feature callback hooks for NX Open API libraries
9 ^: F/ \* R' A# L( M. K FPreserve the relative order of Feature Groups
7 h* S2 i5 R$ F$ \3 _- O9 C+ ?U/V Direction & \/ j# g" U2 d% J# ~3 g) n
Studio Surface enhancements — Split faces along boundary curves : E- w* |) @7 ^
PMI 3 B# D {, ]9 t! g; T$ u
Find PMI Associated to Geometry enhancements
4 f" j! o! I2 q ^9 QPMI Effectivity Management 741
4 Q5 F4 z7 ~7 t% z: v( KRouting 742 + |9 z/ X" Z% n0 O0 t
Wind Catcher 742
5 a3 s1 h* D% D7 ~* v6 P: OBranch Path Numbering 744
3 }- @" [& l. @! yPlatform Creator 745 ! |8 s+ G5 l+ z& Q$ R( U2 z
Shipbuilding 747 , {( G; `( i. g2 N! J
Assign manufacturing information to openings 747 ' W& r6 {) B" q2 K1 j
Specify section subtypes for steel features 749 " e+ h* o9 m) Q- V
Manufacturing 750
% I$ g$ W! n) Q* g+ Z, c/ z& P7 cOperation Navigator enhancements 750
5 S( i& @3 v& Z* KAdvanced Simulation 751 * K; m6 Z( L" O9 o/ X
Solver version support 751
* ?$ r0 ~6 L, q8 {NX Laminate Composites 758
! X* c, ?8 V2 ZDurability 763 / u# y* r' p% y0 ?
Teamcenter Integration for NX 764
3 W: P% z3 y- }- u' N; BNX Relations Browser enhancements 764 0 }6 Y) m8 }/ X6 N2 n0 C
Select Configuration Context when loading assemblies 766 ' [: J k6 y/ N- m. p
Default project selection 768 - K/ V, I2 v1 [
CMM Inspection Programming 769 " W0 \- t7 P7 l* |- u, v' F7 A
CMM measurement analysis engine 769 0 K& z. s' z! t" C& f) s2 i
Export analysis results 771 DMIS programming enhancement 772 8 e# k* w& h, c4 s) f
Data translation 774 / A7 ?7 U( G6 I# k6 u, d: k
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 - K# F: K" x3 \6 b
JT support for PMI association with objects 775 7 ]( R8 O! ~; Q4 K. H. f
Mechatronics Concept Designer 776 6 [) {: Q4 M2 o) h( _6 I
Import from ECAD enhancements 776 & D+ g5 [' z' A- q9 Q
H% Z4 X: l! c3 _5 H, k) r
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