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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！
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4 U! ?9 p5 W/ e( Y2 r) {2 w- X5 Q9 _ \2 l( I7 g" c$ P8 b
涵盖了所有模块！
! I1 G W# \: O( Z9 {6 u, \; @ }/ W$ |, l) V# K9 d' O
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不懂E文的，看图也知道了！！
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% p1 k! `* w6 A7 i3 _! R! h. K4 q0 ]. V% D( h
9 k. Z* M, o2 \* B# c7 C8 a" j0 o What's New in NX 90 iii 6 r& T5 X l9 l5 l! X6 h4 ^
Contents
3 g, x" i1 E. \3 bChapter 1: Fundamentals
8 b+ ~% j. w5 g% F* [& yRibbon bar interface The NX Window (Ribbon bar)
& z! y) i* @0 eShow Ribbon bar tabs and commands
+ D- x. k* t2 L+ cAdd commands to the Quick Access toolbar % ^1 y' W) {4 j
Add commands to Border bars
# ]. c W/ v+ v' `" eCustomize the Ribbon bar interface
6 T( ?& H p0 R3 t( xAdd a tab and group to the Ribbon bar
# e+ g" l1 n' ~* T) ]3 D9 f5 eSave Ribbon bar layouts " ?- `; h1 }1 P
Export and import your interface layout
7 Z1 p1 {" e- s8 g/ xRay Traced Studio
- F, h) |1 N' Y& cIssue Management enhancements / ^& ~5 L( I4 y3 I
Generate support logs for IR or PR & g. [" t, O% e( V+ b* X1 i% @5 N
Integrated web browser enhancement $ V: q4 M+ t' H0 O" [* y! O
View section enhancements % s1 U# q) r0 F1 I. V1 Y; a! m
Display facet enhancements 8 @1 l5 ]# w& T) D' n
Measure Point ! D/ g7 f/ S6 y9 t8 C& f
Raster Image enhancements
0 U4 P$ L3 Y5 u% p5 b' J% w. Z [( p" D# @Lock Rotations
( {& a% d" M2 |; ^Synchronize Views
2 i4 }( |; g3 s2 W2 J+ [( ~Stereo Display Visualization preference 1 h. g2 ]3 }& V% c2 l
CSYS tool enhancements
8 n7 w- @8 F0 D1 v3 R& \( m- g& ]Edit attributes in bulk - T( z$ E' o6 ^/ m4 P. R2 a
Chapter 2: CAD
0 `: Q( U1 C% j5 F% j# n8 ?SkeTChing 0 z Y) C1 x% `; I7 X, p n% |
Sketch enhancements ; `$ N$ F$ ?) p/ n- N, L2 H* \
Sketch dimensions
8 e5 ?" N! n* c% L' n2D Synchronous Technology ! K) W6 F: X8 A" m# j
Rigid sketch groups % U" c9 m; x/ ?) I3 C$ Z
Part Module
: T' r: P* e& x) G+ a! RAdditional Part Module workflow ; }! u0 F5 h/ j8 V8 _4 r
Shared Body enhancement ]$ K0 P) d- I- k, e d; N; F, C8 L
Controlling Part Module updates
6 N" r6 P6 n- K8 l# e7 c8 \: WNest and Un-nest Part Module
; L; x8 _5 A+ Q: `2 H! ^5 ^Save As and Part Modules
5 f8 `& i+ `8 N kSynchronize Links enhancement 2 G/ w9 C! \8 }. N
Modeling
+ Z) D: U7 F6 ]3 xSnip into Patches5 x' X# ^2 v6 k: P* a
Rib
% N. M$ a+ J: }6 H( i7 N2 OMirror Geometry
0 L0 f! ]& i% K: S$ IExtract multiple bodies enhancement ! X; A- Q( u1 s
Analyze Pockets and Blend Pocket ! M2 R' N7 p9 t3 Q" x/ J- H& J+ H
Combine or separate tool bodies & V# |& W1 ]. d( u K
Interrupt feature updates & X8 A. P8 X2 A" S
Load Rollback Data 8 G8 }2 g( E% q+ A4 v- O
Sorting model views
3 {' C% x: B) ] s, f, iSelect intersection edges in Edge Blend and Draft ; C6 F1 H% R+ _: |: F/ S
Replace Edge
2 Q3 F( J3 J. U6 O& ^+ d) ziv What's New in NX 90 * p+ i3 T% V6 ~ \ g! A( |6 ] {- k
Local Untrim and Extend # r: c! t. \/ m, T/ k
RoUGh Offset enhancement % T) w. Q5 P. S k5 L1 |
Replace Feature enhancements ' Y) Q' M1 T4 v/ E7 N X
Unsew enhancements
4 u* X: U& M! P" eDraft enhancements
2 _8 o/ b. b: P' lDraft Body enhancements : r* K5 J6 \2 d4 n
Thicken enhancements
9 ^ k w' M$ a. VPattern enhancements {/ m7 ~3 L. y$ B3 r, \/ I3 M
Untrim enhancements 8 A6 S- t. {, A7 e4 ^
Divide Face enhancements " Y6 Z4 `2 c- J3 M* O' ?$ s% \
Part Families enhancements
% I4 X" o* `! k" }% gBody selection enhancements for Boolean operations 0 s2 [$ D7 g3 M g3 g% @3 r" c& v
Face selection enhancements for Synchronous Modeling / s, d! y% z& t7 D* L# _
Synchronous Modeling
& V! C5 V8 m2 s* t2 RMove Edge
) H9 u* {8 E" z) e Z# m T& kOffset Edge 4 ?' b3 ?7 d+ n! y1 `7 l
Delete blend faces with the Delete Face command 9 k( K+ k8 S% f* X# p+ J4 k
Label Notch Blend enhancement
. o+ c0 H' l! a/ yFacet Body Preparation
( f# ~/ V, v! c; WCreate Box
0 G; h8 ~9 f% t+ Z4 e+ bSnap Point enhancement 8 z5 l; I1 e/ z6 ]
Extrude Facet Body . k' v, S. [* t* j* [' U7 V
Extrude Profile ) W9 D" `$ e: n8 V# h o( p4 ?! l
Merge Disjoint Facet Bodies 6 ~# \: u: N* a2 @3 L) w/ W
Merge Overlapping Facet Bodies 1 ]+ k9 ]% {/ I. N8 O: w! Y
Merge Touching Facet Bodies - U' G3 a4 ?0 Z- c2 M
Rough Offset enhancement # [% f! Z. h* R1 e
Shape Studio / o- w* T, L. t) m( p4 B3 f
Smooth Curve String
9 P$ E7 c: t2 M+ @* ^4 tSection surface user interface improvements 4 L/ `# d0 l1 k" U# N I2 |, K
Highlight Lines enhancement 6 E1 _8 y6 Z. _7 ]0 v
Deviation Gauge enhancements & l t* a2 A7 ?. @8 i: ~
Face Analysis – Slope enhancements . T+ A, i b* y2 k* P( p
Concave Faces enhancements , K* m5 T8 }- e. r
Face Curvature Analysis ) y* f/ B2 t" Y4 C4 ^( {) |
Ruled surface Developable Alignment - F' }2 j5 ^' t. _+ O! @2 T
Wrap/Unwrap Curve
1 M: H, g O: [. mAssemblies : k+ m5 v! W Q1 N4 R) D
Pack all components enhancement
% N6 x! \8 X2 W3 v, o: uWAVE link multiple bodies enhancement
3 [) @, F% z; h3 `; i8 N" KLoad Rollback Data
- c! t7 K, O+ cAssembly Clearance enhancements
" f9 H- @0 n9 d zOrder of components in the Assembly Navigator
# l' l ?' @4 u! u0 Z0 x* nPattern Component
. p3 J6 T7 Z' HIdentification of inconsistencies between WAVE and assembly constraints
. |( @& J% c/ qAlign/Lock assembly constraint 7 d4 H+ Q) [+ A
Direction to Fixed column in the Constraint Navigator 5 j B- {6 R& `1 ^4 o
Product interface enhancements * H6 [2 E# _! |- S/ J S7 U: u
Assemblies functions in SNAP " _2 f; B' j9 Y% ]1 v* F
Visual reports : U0 |3 g4 F' }
Drafting M* y2 w: O8 O8 ?
Usability enhancements 6 u; G* V# e& L3 \
Rapid Dimension # A: L7 d9 z- }5 e- z s
Linear Dimension 9 m/ t4 Q5 B' ^+ i, U: L
Radial dimension
1 `3 R5 E+ p1 h& Q$ V; ~1 ]+ g+ fAngular Dimension enhancements ( J! m* |& `* c* I; [
Hole Callout / |- ^* t, d0 a& l; w; C
Geometry margins for dimensions and annotations
5 y3 c a+ s( r$ t* J2 `7 I- g, nAlternate Dimension Endpoints
( Q R& |" L6 c2 S' o$ s6 TGeneral dimension enhancements 2 q2 w8 C; b4 q
Exact and Smart Lightweight view enhancements 3 o' k* _6 e$ z; x
Dimensioning Smart Lightweight views
. a' W) f/ q$ g6 ^/ ` [! GViewing Direction Reference Arrows 2 ]3 o9 X2 c+ ] s
Section line bend and end segment widths ' w) \( Q, P9 v- z, R
Auto balloon leader placement
1 F: [! W' [4 f, N5 b/ O* F7 lAxis Intersection symbol
* o, ]' h9 T% D8 a& z0 {$ dSurface Finish Symbol enhancements : W z- H# j6 x4 {9 H7 u$ \
Datum leader enhancements 5 Q: S$ {, h5 I6 O& k8 |
Drafting symbols ' C9 B+ o1 F- E" u H
Embedded image enhancements - I4 K5 v8 k0 d8 B
Hole Table : @0 C/ W4 e" n6 a% A5 Y1 ~5 \
Bend Table 1 X/ y# z& O# b/ s
Inherit PMI enhancements
8 s9 X/ h( v. sCrosshatch enhancements
& u+ Q& j& i4 S1 lProduct and Manufacturing Information (PMI)
) I9 A% ^9 U( f, EUsability enhancements
! R+ x# y) \ ^ eRapid Dimension ( t& P, W5 P& o1 R2 C( o
Linear Dimension
+ g. g$ _8 x, u3 M8 O0 B9 s4 YRadial dimension . C+ k2 |2 q1 ~2 p* q# K: o
Angular Dimension enhancements 0 E2 N; \$ o; P- Z
Hole Callout & Q( q* E7 I6 [: P$ V
Geometry margins for dimensions and annotations
8 P+ V5 Z) B& C5 pAlternate Dimension Endpoints 2 I: ?% b0 b" \4 z" ?! x( v
General dimension enhancements " e1 i2 v0 }; v
Lightweight section view enhancements
1 ~( i8 a; Q- r; g7 j4 xSurface Finish enhancements 0 z" @( u* Z7 k/ S
Inherit PMI enhancements
3 [7 w" |$ Y2 F0 `4 q" YRegion enhancement
% t- }. v6 e- @4 b" ^2 eSorting model views
5 H; s; o: e/ z& M. K( x, h: _" `Datum leader enhancements - N/ Q/ W9 `4 t3 ^
Drafting symbols
% [: w/ t8 ^ O/ [4 W$ k( zAxis Intersection symbol
h1 r1 F! F/ z( A8 f+ w7 m! JPMI Feature Identification business modifier
. w: K6 x$ d7 y9 b5 l4 PUpdate PMI tracking properties . `; a7 v o% E3 Y+ x$ t
Sheet Metal ! I7 H& e) L& _4 i& [
Bend Table 2 y0 H2 z0 {# B4 R9 |' O
Unbend and Rebend enhancements
& i Q n* x9 o' W4 H# vResize Bend Radius enhancements ! E! d, Y+ P H, G
vi What's New in NX 90
/ u+ F6 [3 q$ ~ RMirror Feature enhancements
d5 h7 N! [/ e% NUnite in Sheet Metal
0 M/ x) }$ |/ G: N8 @0 a4 ?" N: FThree Bend Corner enhancements
/ j* _4 t! ]2 S% Q, b; I; l |Mirror Body enhancements & @0 `: ]' I/ |* z' w0 M
Preferences for flat pattern views
% x* p6 f$ T1 _: q8 J% v5 D* b+ |Flat Pattern enhancements
{7 x4 b5 i1 I2 M8 ]/ _Pattern Face
2 ?4 ^5 S" [& i3 }$ S8 ^Flexible Printed Circuit Design
( l& Q/ Y1 o& zWrap
$ h- \) s. Z. F, T* G" z+ JFlexible Printed Circuit Design enhancements
0 O$ C, `; W, c2 _1 V6 _Pattern Face 7 v, m* u9 f1 C! g
Data Reuse 8 o+ J" a4 l% W- D$ t
Double-clicking folders and reusable objects : _% D3 I5 D4 ~
Creating shortcut folders for your reuse library 2 ]" r! H* Z6 E+ ~* P2 {2 E
Reuse library undo and redo
* l7 i. A/ @) O# y" _Creating an index in the reuse library
. y* l* c) A' a+ [ uMapping reuse library names
2 J2 X4 r3 f) I+ H+ Y- RReusable object feature name
! {. }, ~8 h }$ e( YReusable object part definition 9 |/ s: ^8 j, b
Creating feature component patterns with reusable objects
7 r0 Y F% F: UManaging knowledge enabled components in Teamcenter ) y3 b/ Y' D `2 N6 E, B
Reusable component revision rules in Teamcenter
% b/ s3 t. {+ j' G. p$ A6 uAdding files as datasets to reusable objects and reusable components in Teamcenter
# d) N, C. \, k1 b7 |Part family-related enhancements to Product Template Studio
5 @4 Y' K. n5 P8 H3 T8 r- nRouting 0 O8 W/ p( c- j0 Y z a# {5 j
Configuring Routing applications
3 a. v4 }2 s& c; P7 {Common Routing tools $ j% a6 m" O( p6 a
Routing Electrical
: N( {, C& m1 O% X! _$ }+ MRouting Mechanical
) x% ]/ [3 C: b" k! zHVAC
! T9 c- b8 z( `: S3 C: dShipbuilding 4 a* }. }% I/ ?# j- U( O
Knuckled plates , z* p4 d' b# A& E* k+ \
Knuckled profile systems; E3 E/ t8 |) k: h3 k
Knuckled profiles 8 m# E& G3 W+ B: s5 T
Create stiffeners between supports
3 p) \! y! C% _% yControl profile orientations
1 y. k Q9 S+ a: w$ o( Q2 l" nBuilt-up profiles
( ^4 `3 `$ n3 [* k" rCreate stiffeners on plates with multiple thicknesses
) l6 z4 v" B1 U# J4 R6 K5 [( \Create standard parts on plates with multiple thicknesses " s2 _/ h r' y3 P* u
Split standard parts in the basic design . a# }4 `( j! E( a% ^3 m
Split standard parts and built-up profiles in the detailed design ) u5 ~' F, g9 Z9 B* u" G% P, }
Profile Transition
6 c% b* L9 E- ^/ p) R; u5 {End Cut enhancements: K- S# |; G* ^: H7 k$ N) A
Profile Cutout enhancements 7 ^( _$ I. a; u+ ~ E
Collar plate enhancement
# X% x2 G) O0 yExamine Steel Features . ]! b8 A; B2 S( Z" _: c
Paint Parameters
7 }8 }" i( g! N! ^/ `& N% lVehicle Design 3 H. i! b# ~) p0 d
Vehicle loading input to vision tools
Q' x/ D" `" M" H% {/ LVehicle Packaging Validation $ H( k# u! f% |
Head Impact
6 ^) V7 Z* i$ n( v3 R! u0 E5 dPedestrian Protection enhancements
4 s0 z! @; W: e! {Eyellipse enhancements $ a4 u) l& Y, C h+ j6 t
2D Manikin enhancements 0 l& A. X) Q$ D% L( E
Seat Lines enhancements
1 g7 F1 D& }) n e" q+ Z) PHand Reach enhancements 3 S# L, }) y* A9 [: t9 p8 ]% |
Direct Field of View enhancements
3 @- k4 u$ a) f2 Q' jInstrument Panel Visibility enhancements
( r L. O2 s6 T/ W! p( |Windshield Vision Zones enhancements
7 M0 U5 i, |, I) w/ R& AMirror Certification enhancements " G/ M7 k* D- ~7 {9 D8 z/ M& b1 K
PCB Exchange' Z' Y3 _8 _* ^, V, T
User interface enhancements in PCB Exchange 5 I2 @) e3 ^4 G
IDX collaboration commands
4 _% e, M2 K6 F( {" _+ T8 PIDX support enhancements
" M& P9 |7 P! s' ?6 O% {! G. lCopper Area 2 [) ]) e" p% E6 U6 N: l) G
Comparison of ECAD and MCAD primary pin locations , A }" F4 z) Z6 x) M9 W
Show Test Points
! z& |0 w, ~ [, mChapter 3: CAM + e$ [; ]% H$ q$ t$ W
CAM general & ?3 K- ]1 O9 s3 ~
Notes in Manufacturing . z x, {, p- f
Descriptions in Manufacturing 4 q9 z* h& S- P b* D
Displaying visible and hidden geometry ! k7 i# D" t3 U$ x. u2 H4 G
Boundary selection enhancements ( ] k8 @7 z- b( i* [) M6 j
Boundary selection display and gap closing
$ g" k5 {7 G9 ]& T. n4 tPasting operations with reference + o y* s# x G2 x/ n; ~$ Y
Show Thickness by Color enhancements
) t. i7 @" K+ gSet Machining Data enhancements
7 z8 r4 {; C8 g4 A) b/ X5 cFlute length for drills - u0 S- _& B+ p1 s8 e
Milling enhancements
4 S0 D, F9 Y( u, j9 WMachining with a T-Cutter ' P$ `% k# T6 e6 A
Machining cylindrical parts
* y4 w% s4 U2 L' G0 [Tilt Tool Axis enhancements
3 d; i1 [. J) Q( kArea Milling enhancements
7 U- ^! o; E- D" {9 JDivide By Holder / W4 C V4 k9 v( u
Contact data output for Hole Milling and Thread Milling
% T8 [7 h" y/ Q: ? O `Cut area selection by edge-bounded region
7 F: m6 L+ v' }2 A5 TSafer engage and retract moves for Zlevel operations 4 W8 j+ w- e8 p+ D; W! E
Smooth noncutting motions in contouring and flowcut operations
$ P1 Q1 i+ h# \; B8 S! jImproving 3D IPW efficiency in Cavity Milling
$ l# B1 g8 _7 o5 ?8 n; r' A: EMulti Blade milling for turbomachinery 4 @8 T9 m8 r& F
Hole machining
/ a0 y: F! ?) X7 FNew manual drilling operations
4 D, H( {0 M \4 Y4 L2 D+ [Hole machining workflow using a feature group geometry parent
! l% ?1 R6 \! C# P% SMachining feature groups
7 X+ f. h$ Y" T8 MIn-process features
: `0 w( S( w; s/ T7 w3 ZVisualizing in-process features 9 p9 @/ ~4 w h
In-process workpiece options to control the in-process feature
, L- H8 w! [& wviii What's New in NX 90
$ o% i* U6 Y- a4 _% \Feature machining areas
/ f j1 t+ y, w8 `Drill tip point length 8 Y1 J) G$ \) c8 U/ h
Core Drill
$ ^5 ~9 P% Y' IProbing ' a6 }4 D# w6 _0 y C& ] q
Probing
# Y, a: N* q* v6 C; R# PTurning enhancements
9 ]1 i* _( I o8 k9 P' _Centerline Drilling depth enhancement
+ c- H: @* J2 o) \ @Turning non cutting moves enhancements
" [# x. l+ U4 \/ b6 LParting off operation
0 i- }7 M: \$ `' ]8 bThreading non cutting moves enhancements 3 u# G; A& x2 X, g6 d9 a; `
Integrated simulation and verification — ISV : C, m o( t( p; v/ T
Displaying axis positions and limits
5 J1 L! o6 _: x, APositioning simulated machine tools and cutters $ E, ]/ ]9 v+ J4 X$ U4 d( Q% H
Tool path display for external file simulation ; n, a& ~6 D9 t) G
Simulating all channels in external files
. M. Y: u: H- fSimulating synchronized operations
7 _1 V9 X! u. v% f$ k/ [Viewing a tool contact representation . t; _# u$ v0 s# i& t
Configurable parser for NC Controllers
+ W. R1 i, b+ d7 i+ uKinematic chains for simulating complex machine tools ( t& \1 d/ j1 a4 M5 p7 M- C, @. N, F
Suppress Status line update
1 a* q( a0 w. F8 ]( r MIPW color mapping to tools or operations & I' f$ g* p! H! U4 J8 G8 M% H, h
Regenerating a saved IPW : V+ X+ f+ X) u2 B+ p
Gouge Check enhancements
( ` e. E/ Q: L( W! y) iSinumerik Collision Avoidance 2 d3 e: S, o: m) J0 P" m
Simulation and postprocessor examples
7 G" s0 j# K5 t( N' R* @% d$ tFlute length for drills : `/ m* e. i7 T* X4 k0 R# t
NX Post
$ u8 X z6 C7 g+ D) f4 QAdding CAM attributes for shop documentation in the post + D( K& |& _" ?& x' R
Post Builder
! Z g8 L) c" e9 b0 q7 p0 ^New Tcl commands in Post Builder , y0 E7 r2 e0 h1 g. [6 L6 R% A
Simulation and postprocessor examples
) z2 w0 x0 W% H/ N6 k0 JFeature-based Machining
1 G4 O* \# V, U3 hFeature machining areas ! g7 i2 [" I. u4 i
Machining feature groups
8 u8 n# i" L% S8 H( YIn-process features
y, C5 f& [, Y2 R# I6 PVisualizing in-process features " H0 c: x- B3 @7 ]8 m& f
In-process workpiece options to control the in-process feature
# c; P$ b+ q1 W, XWire EDM
4 T; {+ J6 n) F1 T5 e+ H$ zWire EDM tool and guide ( h+ N% U) N: r, t
Chapter 4: CAE
) [* n- r4 O6 t4 W' O1 m$ ZAdvanced Simulation
$ p. t1 ^% R+ A* \Solver version support 8 T+ H+ B" {# Y3 a
General capabilities * w0 R! F2 s, j" y
Fields 4 n( E0 L3 p3 G9 s" a% n: O- U
Materials
, |# a2 E. ^* N, T, HMeshing
3 L4 b* I, N: n& [6 G4 ~; tBoundary conditions [" g5 O+ a, Y7 G2 D
Solutions 7 S1 c& c4 c$ p: b4 x8 C( ^
Nastran support enhancements
, R1 s7 M; j, l3 Q& n: o, V; PAbaqus support enhancements
5 m* C' O4 r- [6 O+ k; ?ANSYS support enhancements x8 B Y# i7 _( a7 v. R; U
LS-DYNA support enhancements 8 C4 V4 \, W4 _! \/ w
Optimization
6 [( O3 S" c1 ZPost-processing ; f; H4 R3 {& x7 b2 S! R( J
Durability
( O9 F' D @; n9 _3 WNX Laminate Composites ! a' Y9 M$ e/ h1 r
NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
" Z: e( W4 Y1 B. i( @5 h5 N" BNX FE Model Correlation
/ z, y6 h% ]3 I3 @4 i3 ]Teamcenter Integration for Simulation 1 d/ e* t$ P1 b+ ^
Design Simulation $ B2 W9 ?$ K o! x2 x
Boundary conditions 2 K R7 j9 L) B
Meshing
y% T0 y7 u& ]) D3 E9 Q" sMotion Simulation ! H$ p5 ~. \( r9 ~# `; U7 X
Interactive articulation methods t0 O* Q M& a. {! M+ a( r( n$ A
Joint limits in articulation 4 M5 ~" a7 Q$ Y, B# s, x# {
Animation enhancements
' [$ `( h9 K J/ wSpreadsheet Run enhancements ) Z3 s5 ? L, B ^
Motion Preferences enhancements
* |) _, `) @3 L0 @Functions and Graphing 5 g9 D9 Y& O& j. P) c0 B( |& m
Inverse option for Function Single Math command * j* K7 y a# c+ d/ w# ^3 w
Plotting a graph in a separate window
3 O# C ?! o: w& [Improved font support in graphs
# F" r& o$ m D" H: _" k, Y: CPlotting a graph with no line
+ I" k/ V! q$ o! f9 N9 lSaving graph data to an AFU file % g; t, k: }2 |4 o7 Q9 @
Expanded complex plot support
% f0 }7 x8 z4 GChapter 5: Teamcenter Integration for NX % w, c; C$ S8 D1 y! S- ~
Teamcenter Integration for NX ) F, @) z0 V+ g
Define and load configuration contexts
$ _' n$ H# j4 _: \+ e- h' i) p0 NRun NX in a Teamcenter multifield key environment
9 V- ]% Q' W ^) @Independent drawings added to export and clone
5 g7 ?; f/ R/ Z4 h$ l6 e) M: oSave As enhanced
# |. h+ @+ Z' R% E6 W$ \% S NRetaining absolute occurrences when saving moved components
1 B6 l% Q% m9 I( H2 x: mOpening a component with a different revision rule than the assembly ; u) G8 L1 \$ h# Y4 G9 Q* }
Viewing results and default filtering for projects
( P1 d! X: y, W2 ?. l; z2 rAdding independent drawings and CAE parts in the ug_clone utility
2 N U9 R" z9 y& n% S5 ?Refile utility enhancement in Teamcenter
N4 z9 o- g$ n5 E! O: `7 y* D; BItem-based publishing of welds and datums to Teamcenter
+ C, u& [: ^ f& vChapter 6: 4th Generation Design (4GD)
/ B& w. J/ {1 M* B4 HIntroducing 4GD
3 H- l2 {7 I) ?5 O ?$ i4GD enhancements 6 j. w0 a' S. b' k, T
Design element enhancements + s: p( [2 z, @
Creating multiple design elements / V+ E2 U5 G& `5 u8 n! Z: Y& V( l6 V
Converting design elements + y+ M/ m7 ^5 J# r# ~8 W# m0 T6 X
Create Reusable Design
: _9 w# N' \' m' GPresented parents 3 z6 s' l( v7 Y3 S
Partition views for subsets
+ w) V+ H9 M/ h" gx What's New in NX 90
- v8 u$ R7 W m/ BSubset structure views
! b7 Q5 R7 ^0 H2 }, H2 d/ qAdding connecting welds to a subset
, \1 Y% z& b8 r: K. E, B# I6 uMirroring a design element $ f5 i$ ?1 m9 N0 h
Load attribute groups for design elements
, L' b9 A' K2 W3 j+ yEffectivity and variant options added to subset creation + [1 g, U$ A+ j/ \
Edit attributes in bulk
& G. @# `7 P# K+ N9 lShow Collaborative Design Preview
. P: I! Z X8 z5 o/ z$ O& dDesign features 9 v, E9 U1 p: K' }+ V5 i) P
Check in and check out enhancements
; K3 s5 w2 q: L ]8 j# j l8 ^ R6 vGenerating collaborative designs from existing structures
4 v0 g" L* R+ v7 G* i8 U$ eCheck-Mate in 4GD " _9 z3 L, i& [% L3 U. A2 I
Issue Management in 4GD
& o9 g- B f, Y8 ]% `/ AChapter 7: Inspection and validation
7 J! O0 T8 `& q9 M1 ~0 n- q8 DCheck-Mate + W. P# e+ a5 K
Check-Mate checkers and functions 3 T P+ V2 `7 C. \
Check-Mate profiles - q q4 v8 A, I5 W4 ]6 B) l, e: d4 U
CMM Inspection Programming + b3 @" G/ @( d$ q2 v3 `9 P
General enhancements ; ~" B, e" p' T6 [6 t
Expanded CMM libraries2 c% f! X3 ?1 R0 e p
Offset distance for 2D features % U4 i; {" a- ?$ X2 X0 ?
New inspection feature type: Edge Point % O! r3 u3 s+ J" t4 x- V
Set PCS to CADABS alignment type # s. \: s4 T, {4 S8 c7 t u
New inspection command types 3 L+ L7 ~* c- e
Support for cylindrical probes
/ h) J8 m+ P; g" T1 t& i0 [Resequencing of inspection paths
/ A6 \. f3 z2 ~8 h+ ?4 {: XAuto-ordering of tolerances in the Inspection Navigator
w7 T3 G4 Y2 O7 a" T! B8 q1 c' CSupport for DMIS SNSET/DEPTH , Q; q L" E$ x! c
Measure an inspection feature relative to another feature
8 s% ? Y% L" `0 D; `- Q5 z5 r: BRequirements Validation
" ^. E; B# M, D) h! n6 B/ sUnits in the HD3D Requirements Validation tool
# d* }8 {5 D7 @) L) v9 [1 M$ tChapter 8: Tooling Design
1 t1 f' b8 J( U" n/ {CAM Data Preparation
; F! E7 H# [+ F3D Curve Offset ' j$ H3 V% O" b+ s- Y
3D Curve Blend 9 R% a' W( [7 @
Match Surface , t& C4 \, H9 J7 K; n
Reduce Surface Radius 8 p! D( o7 i' ]- p% I* w
Guided Extension 1 Y' ?$ S' [+ i$ M: h
Tooling shared functions
7 k4 D+ P7 c+ a" R& ~- e, ]Die Analysis using LS-DYNA
( }& `$ U3 v: Q0 o8 zObject Attribute Management ( P, O$ W# X( s- Z( T3 E4 k5 R
Face Color Management
@: y+ E* H! F h% GHole Manufacturing Note 8 }6 ]# D" P& V
Restore Tooling Application
7 \' l$ i% W& P( B4 fMold Wizard + ~. [2 x7 s4 x! H0 Z
Mold Base Library enhancements
d0 L+ z# W' u: k, |! ]- mWorkpiece enhancements
: q% C2 X, E s* m g1 y0 G3 ~1 D5 pEjector Pin Table
& ^' w( N w6 S; d+ d; UWeld Assistant, T, P; V4 D/ N, D) }5 M4 z
Fabrication Information . h" Y, t j/ Y/ n8 ?
Joint Mark
- J) @) y Y; l+ T% K/ j- pExport CSV File enhancements $ i: U. D) }- }, K$ \2 A3 C* N
Import CSV File enhancement $ i- \0 Z9 _8 `1 f
Groove Weld enhancements 7 H# S# r* s1 U' F
Datum Surface Locator and Datum Pin Locator enhancements 8 S/ h q7 y# i9 h& D
Using weld and datum information obtained from Teamcenter
3 L7 U2 {* U! O x$ ~Item-based publishing of welds and datums to Teamcenter
' J8 k8 A: ^8 ]) N: o7 J/ |' @Connected Face Finder enhancements 5 y/ E8 ~# v# G- e! r: {5 a0 n
Compound Weld enhancements
" I. Q5 R8 `; p) tStructure Welding
8 k" |" A9 H( O7 I1 QFabrication PMI " Y: ^7 p0 g' S9 w4 R
Surface Weld
8 M: R- b! z. cWelding Joint enhancements " u0 [9 s; y' k
Edit Joint Definition enhancement% U- W% ] V$ c
Edge Attribute Title welding customer default
, S, X( z: M/ u/ W, W/ [! eExport Welding Joints enhancement
6 k; W* `% {, F* j" P& z9 kItem-based publishing of welds and datums to Teamcenter ; [: n& j2 U6 D9 g; ^
Die Design
- V m6 ?$ U6 F) D) ]* }2 z& ?2 HLower Binder % J& F; `! L& |8 y9 f& m
Trim Post 0 J7 u! |1 Q8 @
Draw Punch and Draw Die enhancements 8 |- W/ Y- Q# l3 W& W
Assigning colors to die faces
& w% h+ e! V& y& I1 j6 Q2 eDie Engineering 9 b5 }! U. M7 F D/ e5 n
Die Analysis using LS-DYNA
: Y5 ]: q( a O" eTrim Angle Check enhancements
0 ?& i- R. _0 {) R5 m/ i% sStamping Operation enhancement 8 X F) p# D, F- U& D- b t. S
Die Tip enhancement 3 V0 ^$ o; J2 Q2 }3 Q; N
Chapter 9: Data translation
; h t' }9 S! ~ iExporting editable dimensions to DXF/DWG file & Q9 D2 z; d0 b7 w* b9 r
Controlling text aspect ratio for the text imported from DXF/DWG file
% a% B+ {7 q' }( J( JSupported DXF/DWG versions
: T0 T1 X: N. t9 E% O0 [STEP translator enhancements 6 I6 r) I( `* q, U$ U1 c& A
NX to JT 3 ?1 P% Y6 r( D. d7 d% h
JT version 10 files
" e( M" L% F3 C- d3 @# MDisplay order of model views and PMIs in JT files 6 ~3 |- Q" z J1 C& l" O
JT support for object visibility in model views 3 y6 K& h& V1 S
PMI lightweight section views enhancements in JT files
) ~( ~' H( s0 T# P$ s6 z& kJT support for weld Joint Mark feature
* _0 a% f s, p" M b; T/ F0 ?0 L6 NJT support for hole and thread callout PMI 9 h6 q2 Q* s7 G5 P/ l" ^, w" N6 Q
Geometry Sharing in JT files
) y6 { O2 p- gJT support for business modifiers and PMI attributes ; M" h5 L7 h7 d. S T# v
Visibility of datum entities in model views of JT files % M! Y) u% B+ q, z; l; o/ W' a
JT support for PMI association with objects , Q0 j& F3 [5 Y- @
Chapter 10: Mechatronics Concept Designer % P5 z+ N9 m) b8 u
Collision Body enhancements
/ j* C0 j- \& P" Z- E5 EActuator enhancements 8 Y0 g% U: x2 s/ m
xii What's New in NX 90
4 _) M; v* F' K2 pCam enhancements
% U5 b: G% q4 p1 kOperation enhancements % ~8 N: V9 Y d# ^
Changing units in dialog boxes ) j) G1 b# y, i. n
Mechatronics Concept Designer preferences ! O/ [4 ^& e" {$ j* y
Create dependencies , z, o0 U: S- e1 C+ {
System Navigator enhancements
1 u) C. Q* ?) v4 L$ j# @ FCreating physics containers
% m# ?2 f; \2 E- E ?ECAD integration enhancements / z6 J+ ~) Z& F# [2 m
Simulating NC code ; d n0 s1 n2 M; o- Y
Convert from MTB 5 N$ b0 {2 q9 y! w
Shared memory signal mapping
4 }6 B& x0 @6 \7 ~9 d/ MSCOUT Integration 0 D- R2 d6 K' N9 A& G* S- r
SIZER Integration
1 Q, @0 ?+ @/ _+ e0 n. k) bChapter 11: Programming Tools
" d. R+ A: g QAssemblies functions in SNAP
) g1 }+ u, t8 x% p$ [Block UI Styler
" i p/ j, g; e9 V$ kNew properties for blocks * V! L4 I0 w' J( M
Changing a displayed part, |/ z, d: E$ i! [! \
Explorer block $ H6 n5 m$ m" T( I5 @
Chapter 12: What's New in NX 851 5 @# L' L3 Z5 m5 W1 x, r
Modeling
' e5 x$ E; i/ l: ?. f0 ~User Defined Feature callback hooks for NX Open API libraries
- _. C- X: v; \+ b# z' XPreserve the relative order of Feature Groups
8 Q: ]! Y, E" J. c" H3 W0 |U/V Direction
" H0 ^) |$ j8 \+ OStudio Surface enhancements — Split faces along boundary curves
9 f" T; G" i# t9 y/ l- `PMI
# S# I' t( U$ Z5 J* AFind PMI Associated to Geometry enhancements
9 z3 F( m/ B4 Y4 yPMI Effectivity Management 741 1 f. `* ]3 U' d& g) q- s- c
Routing 742
5 a# Z5 r9 v* x7 n9 Z* zWind Catcher 742 " E7 O) L& M: g1 @7 e
Branch Path Numbering 744 $ s1 e/ p I+ G: J
Platform Creator 745 6 [* z% `& W* M" U# u
Shipbuilding 747 3 h- \! c+ i2 E! X. t
Assign manufacturing information to openings 747
- a5 M2 X. s& o3 q+ L5 h; p3 SSpecify section subtypes for steel features 749
; c; X9 |! a. R3 ?+ B. |Manufacturing 750 8 P+ o/ F6 Z; D; f7 P
Operation Navigator enhancements 750
0 b/ i6 R* k0 l/ }# s6 h% ^- [Advanced Simulation 751 . Y- s6 |7 M3 G1 i. n- |+ k8 Q
Solver version support 751
/ j* l9 n/ a( O9 c3 A" ]9 w- JNX Laminate Composites 758 9 p& H! D/ ^2 b$ i
Durability 763 3 L4 ^9 q) C0 D8 \8 U2 T% M$ C4 ?% C
Teamcenter Integration for NX 764
( A2 ~$ v+ z1 \3 v/ P9 zNX Relations Browser enhancements 764 ! M6 w4 z# {% R7 s2 d: S( V
Select Configuration Context when loading assemblies 766
! z% `9 \$ U9 g# X: r+ @Default project selection 768
- ]: F5 Y; b0 wCMM Inspection Programming 769 ) P- q z+ [ U4 \
CMM measurement analysis engine 769
) S) N+ C& F. h/ T ?" h: zExport analysis results 771 DMIS programming enhancement 772 5 a; K! M$ j! E; e- {
Data translation 774 # t. h0 ]3 y! u- `9 G# v2 ^
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 - a$ k1 m* V" W! a
JT support for PMI association with objects 775
. @ h% ]3 Y$ h% b3 L4 UMechatronics Concept Designer 776
! a' z9 t' S- N3 `: j7 h2 b1 Y Import from ECAD enhancements 776 $ u- K: S" x: Y( d
& X% ?0 M. O; Q6 ^" h1 V- } |
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发表于 2013-11-22 18:18:15
发表于 2013-11-23 18:44:10
