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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！! l2 m; E$ v- Q1 a, E8 b
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涵盖了所有模块！
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) `& X7 j2 V& q+ ^不懂E文的，看图也知道了！！
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What's New in NX 90 iii 6 T; f2 @* o, N$ [5 r/ F) N5 r
Contents ' ^6 {6 o$ q& y1 Y3 Z
Chapter 1: Fundamentals
; [% X4 I; Q, B, n, fRibbon bar interface The NX Window (Ribbon bar) + u+ | y# O! [5 O1 _( t) m, Z
Show Ribbon bar tabs and commands 0 z3 ]3 k8 m( L! {8 {; Q& d! M
Add commands to the Quick Access toolbar
% g1 c$ p F) v. V) B3 E7 ^) v9 AAdd commands to Border bars
% b4 M" r2 C0 W6 d: Z# LCustomize the Ribbon bar interface & T7 k; ]2 B2 K8 X& S) N2 w
Add a tab and group to the Ribbon bar , \, t! O0 y1 c0 i8 ^- @% \+ S9 D6 j
Save Ribbon bar layouts
' t1 q9 j$ {3 k3 w& l. u9 ?Export and import your interface layout Y1 I/ a& S/ }, h, c* |
Ray Traced Studio 3 u C- r: N, A& t
Issue Management enhancements 4 Z, q; K$ R9 J% n9 M( ~6 u
Generate support logs for IR or PR
/ C0 c/ T4 J& N' m6 pIntegrated web browser enhancement 3 Z- T8 F+ l. J( T( J0 G! G5 |
View section enhancements ' S" K5 R* h$ Z4 k% i3 o9 D. c
Display facet enhancements
' c) W2 x$ ]5 n7 h. VMeasure Point % T% j5 |* ~9 \6 Z: j2 G
Raster Image enhancements ) g4 w' m9 i) _$ \2 o# ~
Lock Rotations
; t% Z, Q& A9 c3 g! p( A, W1 x7 K5 w HSynchronize Views
0 p, O. L2 c( g. U; l- Q! ]9 OStereo Display Visualization preference
' O2 J( x+ @: v$ d1 j/ [CSYS tool enhancements , ?, S1 R/ r% D, v% D1 h4 Y
Edit attributes in bulk + r& D0 w3 x5 D) m5 O
Chapter 2: CAD
1 H2 |' A( V/ g$ g9 b' {1 HSkeTChing
1 H) p( E ~% B4 @Sketch enhancements 8 v9 H8 y8 v6 G/ |$ Q K
Sketch dimensions
% M1 L) Q3 K) Y/ R6 X% G2D Synchronous Technology , Y$ C: w* u% j( x* b
Rigid sketch groups - J0 W F$ @6 Z7 Q+ W
Part Module
5 i8 D* T. Z2 v0 k. [9 c% CAdditional Part Module workflow
# Z$ d2 ^' k0 ?# y/ G9 p. uShared Body enhancement # B. `. D6 S) {* g. Z& m. A; I
Controlling Part Module updates + o* T) J) [ A1 t3 U
Nest and Un-nest Part Module
7 `3 z# o8 C6 X* ~+ ^( RSave As and Part Modules ; L1 m2 k. K3 u% q7 F2 y% P/ f
Synchronize Links enhancement % o2 K, ?" p. b0 T; G
Modeling 2 S3 e2 K$ l. n5 Q: }# B8 _6 ?/ n
Snip into Patches: B$ L/ {8 F- Q7 [ w/ ~
Rib
7 h+ I, O. I0 q! ~) U: v' LMirror Geometry h5 s- f4 k+ o
Extract multiple bodies enhancement
3 b# {- V8 d, ^: M0 T9 @" ]Analyze Pockets and Blend Pocket 6 i6 b3 V8 _" S% g+ l
Combine or separate tool bodies
1 L+ y" s1 S* X# H, NInterrupt feature updates
' z2 G$ k4 [" _3 c/ b5 Q8 p& {/ s1 PLoad Rollback Data 2 n* G4 r& @' Z+ V* w# `
Sorting model views
& b, h, b% e8 l; V% ~% {Select intersection edges in Edge Blend and Draft
4 d6 U2 O2 ~$ u, z# ?Replace Edge $ v4 V" [. L( s% m, k
iv What's New in NX 90
& `7 l9 B% [6 P: k+ s+ s" @Local Untrim and Extend
6 R/ M v) Y B( Y9 uRoUGh Offset enhancement
( I- Q* ^5 [5 sReplace Feature enhancements 9 \% m8 u5 j7 M
Unsew enhancements
# y2 `4 o- O4 ]$ RDraft enhancements 9 R7 w# N; W( ?& f/ j7 g6 P9 e
Draft Body enhancements
" [5 P+ s+ V1 Y8 g8 i; RThicken enhancements
; b3 L9 C% ^$ oPattern enhancements $ s4 U) A# M( D }5 x" P
Untrim enhancements & b9 J. N) Q! G9 E* e- K! ^
Divide Face enhancements 5 j! Q! f# j6 f2 e8 `
Part Families enhancements * O3 w1 Z8 G8 K2 {, \3 I/ ]
Body selection enhancements for Boolean operations
7 @. f8 M) x; S* q3 _" U: ^5 gFace selection enhancements for Synchronous Modeling
8 P! }- W P0 ?Synchronous Modeling: O8 ]+ D' K+ I8 t
Move Edge
) x6 J% E6 B1 [& oOffset Edge
4 y4 Q) g0 C, Q: L- k, ?" w2 W, ?Delete blend faces with the Delete Face command
( p8 w% c% H( S$ c8 }6 CLabel Notch Blend enhancement . [4 \# V% R. A# W/ H; s
Facet Body Preparation
( r* K% q5 F' f! z6 H7 cCreate Box
- O! J. `! c. M; C2 cSnap Point enhancement + I+ M+ p6 r4 x# n
Extrude Facet Body ( \" N: h, a- ^) s9 y3 b Z. O
Extrude Profile , Y) \. R" s& J5 R9 } S) u
Merge Disjoint Facet Bodies : i8 Q. }8 C9 Z& p
Merge Overlapping Facet Bodies 2 p4 o5 J1 @: S/ b1 D
Merge Touching Facet Bodies 8 R( y' V6 c' g. u
Rough Offset enhancement " o) F5 l. d* L6 r; E4 @
Shape Studio : p2 F3 _5 d( J4 u
Smooth Curve String
8 u2 P0 l) E* aSection surface user interface improvements 3 H9 S* ~* `/ F. r5 o
Highlight Lines enhancement : M+ H! t& G9 w5 w$ T9 x0 _' ~
Deviation Gauge enhancements 3 P+ m$ o+ _! R4 K) n
Face Analysis – Slope enhancements
: F5 g* {( `( M, n" w# ZConcave Faces enhancements
) R( a7 R$ N* M9 t3 V; e- ZFace Curvature Analysis
- @; u+ ]" b; S, e" U9 iRuled surface Developable Alignment 0 a/ t( h+ F3 W: D- i
Wrap/Unwrap Curve 0 T# c, N0 W; S9 ~8 N
Assemblies 7 a. z7 D" b$ I' i' s
Pack all components enhancement
4 C# h' u9 u( vWAVE link multiple bodies enhancement
# U2 x/ U& n6 |0 wLoad Rollback Data 1 T, T* E6 I- W" n
Assembly Clearance enhancements $ G$ a- A! l3 M# }
Order of components in the Assembly Navigator * s2 `* @% {) X' ]7 l$ }! _
Pattern Component
. G9 S+ B0 }5 o6 d- u" T1 IIdentification of inconsistencies between WAVE and assembly constraints ' v+ n4 }. d7 G7 X( K" g9 S6 r6 E
Align/Lock assembly constraint ! l, e2 L0 [% P- E7 @ V* {' h
Direction to Fixed column in the Constraint Navigator b# Y3 b. ]- G' I" Y( |7 Y
Product interface enhancements 6 Y0 F6 |! w- l. J% h4 y, c5 U
Assemblies functions in SNAP
# C! g& [: }" J. O/ f; kVisual reports + g! ?/ g6 u# K
Drafting
- C4 M' w) d1 E- q- K, {( z5 GUsability enhancements ; d* E! U+ G" M/ t+ \
Rapid Dimension
; Z. ^/ D# ^4 A% [( gLinear Dimension ) h+ X0 n) b6 W) L" B' E
Radial dimension 1 |+ Q7 S0 x/ z% C
Angular Dimension enhancements
, A$ }' G) Z" F7 L5 Q% rHole Callout ; N6 z+ p+ P) Y+ V
Geometry margins for dimensions and annotations
2 Y& u: M9 g+ W7 SAlternate Dimension Endpoints
( \% u$ ^/ X c/ k2 T/ q( LGeneral dimension enhancements
2 c: ` s2 G. N: ]Exact and Smart Lightweight view enhancements ) D. k& S/ {/ L% B
Dimensioning Smart Lightweight views
' L( v4 z: i% N% r1 FViewing Direction Reference Arrows
" r0 K" S' m0 E9 iSection line bend and end segment widths
( m0 l. ^* P h }1 xAuto balloon leader placement
, c, l) L$ j: a1 r5 N% [: S9 lAxis Intersection symbol * x. s: a8 D& i* ~3 l4 i
Surface Finish Symbol enhancements " b9 [* U f! y- h8 V, T, B8 n- Z
Datum leader enhancements
. Z8 K- k( Y! @. A; ~. \Drafting symbols
1 L7 Q5 B6 m4 r3 j. EEmbedded image enhancements 6 R3 h. r5 L9 G( \9 ^" z7 b; _8 B
Hole Table
# x- u* {; n/ UBend Table , m4 I* R- F+ c( D
Inherit PMI enhancements
3 K- X2 l5 F$ [5 M" ICrosshatch enhancements + P9 X7 @$ a- c- w
Product and Manufacturing Information (PMI) , i& \4 e- V a
Usability enhancements 5 P2 v5 [4 N, N8 v
Rapid Dimension 3 Z& o& H% N: \0 P, _ m' a# _8 {
Linear Dimension
/ i; W& s9 W2 F- W; O5 y, WRadial dimension
, {$ {) u3 K, T( d% IAngular Dimension enhancements
* q; A2 ]7 Y1 [$ W4 |Hole Callout A9 `% m6 D* K& z
Geometry margins for dimensions and annotations
# N4 M) k0 x% R# i; g8 [Alternate Dimension Endpoints ! j+ H! S: M. c9 |- _( G: s" t
General dimension enhancements
' N8 @& ?3 K: R% L8 u4 v' tLightweight section view enhancements ! K- g) p9 R. `
Surface Finish enhancements 1 C% u4 d# _% x9 x8 [8 h
Inherit PMI enhancements ! {% k4 J) Q6 {+ b+ W
Region enhancement
. @2 T0 B/ e7 L5 t% {) N- _1 k' aSorting model views
# x) A$ g4 v* H% s; K3 mDatum leader enhancements
3 D$ ]8 ^: b. R' }Drafting symbols
- S; q/ ]" S, ^* a+ hAxis Intersection symbol 2 P4 L; e) q) ]6 _0 B; i; H* m ^
PMI Feature Identification business modifier 1 J. A& H: p8 ], u9 B
Update PMI tracking properties
7 C; E3 E7 i# n: ]9 W0 ]Sheet Metal
. t! w: S3 k* S: V" ?" s4 W7 UBend Table 4 M6 ]" R( K4 z- B( w, z, @1 e
Unbend and Rebend enhancements 2 q! u3 U0 G! L7 j. S( ?
Resize Bend Radius enhancements 2 ]/ v/ g- a4 ?( q
vi What's New in NX 90
/ N: P& B& ?7 m- N1 LMirror Feature enhancements
/ u" H4 @" v1 p7 e, r4 ?5 U: SUnite in Sheet Metal 3 j# @$ b3 _3 v2 l
Three Bend Corner enhancements , o/ N; {) \# s! i( A y
Mirror Body enhancements " y5 t F3 y% g& e& U3 e$ w
Preferences for flat pattern views
1 E I) l4 o: U8 r. l( K; @% t6 sFlat Pattern enhancements 2 f# @ a$ ?3 W; C2 {1 w' t6 \
Pattern Face
, j. f# t4 l8 B# Q; f! P* S2 n2 ]Flexible Printed Circuit Design
0 x$ F+ O1 l6 K) r* b' A% F# AWrap
4 y/ V2 b4 X1 ~Flexible Printed Circuit Design enhancements 4 @% w" R( t2 S) E3 _$ {( T8 }3 |
Pattern Face : E+ Q' j+ x# @9 z7 ^. L* r# R
Data Reuse % Q8 \) o6 U% |# \) `. n& k
Double-clicking folders and reusable objects
3 U/ Q# V7 g; x/ {8 M% XCreating shortcut folders for your reuse library ' c, j( {5 ^0 d: a: r" ]. [% f
Reuse library undo and redo
4 |' B6 ^* W) } u8 A eCreating an index in the reuse library / ?- u- C% I; l+ `* C
Mapping reuse library names
9 ?$ q: K* X, h' oReusable object feature name * R) x- Y& p+ Y, |$ [
Reusable object part definition % e: T- w0 K8 q" W" ?# {+ i
Creating feature component patterns with reusable objects
; P, y4 m; F) KManaging knowledge enabled components in Teamcenter " U9 b8 |2 c2 Z) M2 a- U: |
Reusable component revision rules in Teamcenter
6 t: A" D \; |/ W3 K Q# rAdding files as datasets to reusable objects and reusable components in Teamcenter
7 F R& M, L( _8 R1 Z6 `/ zPart family-related enhancements to Product Template Studio " _$ A& r( b1 I/ k! t) {
Routing
! U- u, F1 B. T1 u7 wConfiguring Routing applications 7 [4 }9 i' L# ?. a3 W
Common Routing tools
6 c% y: e$ K% a/ X5 n- `Routing Electrical
( |7 d' O2 h5 E- E' u2 |1 lRouting Mechanical
- @; p N# ]* D5 C- d: G4 MHVAC , ]8 a# @1 v) i! M8 S2 s
Shipbuilding
4 w8 w, }$ R# n0 B, SKnuckled plates 5 y a. J% t4 }. j
Knuckled profile systems
5 S* [1 |/ D0 q! U0 F$ VKnuckled profiles & r1 A% T. u, f- e
Create stiffeners between supports
9 X' K; P& o& b5 G. `8 ]Control profile orientations 2 s9 P+ G- F* u0 |
Built-up profiles ) {# n3 p; n9 w( J2 N3 x
Create stiffeners on plates with multiple thicknesses
4 S, f# X# E7 }8 BCreate standard parts on plates with multiple thicknesses
6 p6 C5 W: J* BSplit standard parts in the basic design & K1 K* C* \+ V- A+ A6 I
Split standard parts and built-up profiles in the detailed design 6 A7 s+ U" W( v, K
Profile Transition
* O/ K7 B+ ?/ Z& N6 t- I/ q5 i) wEnd Cut enhancements
8 T0 B4 j9 V. [& k& UProfile Cutout enhancements
# f$ m% N& r5 P8 H7 L4 HCollar plate enhancement
: W1 a6 b9 S( i1 pExamine Steel Features @* z6 `* ?5 t. H% J9 B
Paint Parameters 4 s/ q( P. F5 \! V8 X
Vehicle Design % e* x C8 `6 t. h
Vehicle loading input to vision tools
8 L) R7 q. E" ZVehicle Packaging Validation
" i4 @% W0 p# G, ?Head Impact
5 \; Z5 U. j5 t: B$ XPedestrian Protection enhancements
( f) Y0 Z, v" Z$ |) qEyellipse enhancements
5 M: v. O, w; X8 r" v$ z# n+ y2D Manikin enhancements
- L q" {! R. n" j# I; W% g; CSeat Lines enhancements
: a2 x: z* h1 }0 J) M E8 dHand Reach enhancements $ G/ y+ P/ l1 A0 @
Direct Field of View enhancements
* h, X) A# I* @% AInstrument Panel Visibility enhancements & e3 |0 @! `. y# x7 t% _
Windshield Vision Zones enhancements
% i! @: D! H7 d7 X# O/ qMirror Certification enhancements ( Q; w. W7 C, l0 r* T
PCB Exchange
; t; [5 q! \. x9 n/ X* hUser interface enhancements in PCB Exchange
i% z6 Z& m. u Y& n0 GIDX collaboration commands % `" ?8 z' d, z# _4 y
IDX support enhancements
$ r8 j7 F& y7 z5 V" l3 h# M$ ^1 j' qCopper Area
7 J! I* d s7 _" `# x0 s5 CComparison of ECAD and MCAD primary pin locations . n: m, |4 V/ Y
Show Test Points " z, M5 q- ~3 o/ ^5 ?
Chapter 3: CAM . P9 |4 X, y- r: _, U- [2 o% h( b
CAM general
. H8 a, |. ~ [Notes in Manufacturing 5 h* t! X. \ p, a
Descriptions in Manufacturing
/ \. _# ^" l6 ?5 NDisplaying visible and hidden geometry , O" X7 y1 R X
Boundary selection enhancements ) L. @: m5 d5 `) l! g
Boundary selection display and gap closing
$ c! b( p9 Q" X' C, h' z' |/ dPasting operations with reference
5 `- r( k$ {/ X/ aShow Thickness by Color enhancements % G3 F" e3 O8 B6 }
Set Machining Data enhancements $ G& q; q9 e0 |' ~7 Q' x! e- H" C S
Flute length for drills - I$ K) b' C5 W/ H
Milling enhancements ) n, D3 U4 E: ?1 b) I0 D1 q
Machining with a T-Cutter 0 w, o }( T, k
Machining cylindrical parts
1 E8 B1 T* Z! B4 ~Tilt Tool Axis enhancements
7 f/ {+ w+ G+ ^5 _3 g' B8 @4 UArea Milling enhancements 3 B1 V+ @4 K. O |3 B
Divide By Holder ' N9 f( K3 R) B# J
Contact data output for Hole Milling and Thread Milling
' r& c$ w- _9 |- O, ]Cut area selection by edge-bounded region
9 ^; K# t+ |1 O7 u0 q1 SSafer engage and retract moves for Zlevel operations ( B" j6 x* s/ B' H6 g0 R; y
Smooth noncutting motions in contouring and flowcut operations 1 y/ ?" N4 V) ]$ W
Improving 3D IPW efficiency in Cavity Milling ) i+ v; t& ~ \& M
Multi Blade milling for turbomachinery
# h4 k1 |% U3 M5 jHole machining
2 D& d# x3 |2 u% A) KNew manual drilling operations
' C' p/ I2 y& e+ WHole machining workflow using a feature group geometry parent 1 Y1 Y- Z5 I+ l: ]5 M5 W
Machining feature groups
2 z5 Y- y4 [! L- v& k4 {' ]' G0 dIn-process features # x( s ]5 b+ D) C( R
Visualizing in-process features 7 y/ L. o" \( v: `9 E ^ N
In-process workpiece options to control the in-process feature 0 b1 r) q1 y) X- v4 a- s" m) ]
viii What's New in NX 90
1 N% k+ I# T I0 Q' x. j" kFeature machining areas
( z( x2 m) U7 N) W( _Drill tip point length
% ~/ @- b: J+ r( Q* B& w5 ~$ GCore Drill
9 W5 j# q. s0 l; Q0 m/ T3 `. cProbing , M5 K. S( w5 H5 F' G2 \
Probing/ [9 C5 B# T7 P) Z+ I H
Turning enhancements " R6 L) D; e N7 v( J' I
Centerline Drilling depth enhancement
' P Q# B+ l# j/ c! OTurning non cutting moves enhancements5 l9 T8 k: v4 _! x
Parting off operation
& j* Q$ K+ `* CThreading non cutting moves enhancements , Y- A9 T3 f8 k1 v
Integrated simulation and verification — ISV 8 S9 A+ E- x: k, U9 V& C
Displaying axis positions and limits
B R+ Q- _0 d! w/ WPositioning simulated machine tools and cutters 0 c$ i6 R E5 P* o4 e8 q
Tool path display for external file simulation 3 s' g' |$ Y. ?! v
Simulating all channels in external files $ ^4 O* f5 a/ l. b4 ]& b
Simulating synchronized operations 0 g9 M: z. Y: j( @% I7 E: H
Viewing a tool contact representation 2 G1 g5 N, G, G! u. j
Configurable parser for NC Controllers) b0 D c" u g! P9 ]
Kinematic chains for simulating complex machine tools
$ N4 ]. m/ L# ~1 L; F% w. ]Suppress Status line update : t; h. a) S% `7 b9 C9 C
IPW color mapping to tools or operations
3 c1 }7 C# I, r% T) l8 a. MRegenerating a saved IPW ! b1 F+ v+ C: D* i1 @
Gouge Check enhancements
+ R1 j/ c/ H$ f' l$ c/ ?Sinumerik Collision Avoidance
0 b: l, @, D- l3 Z4 U! O9 L3 JSimulation and postprocessor examples & Y/ o: Y! N4 c0 `* A9 n1 F/ Y/ H
Flute length for drills - J$ f! n8 x6 f
NX Post
. F% _; E8 z5 G7 S- M1 Z7 W1 iAdding CAM attributes for shop documentation in the post
: K9 w Z: R# uPost Builder
: P: g' Y4 X- n! U. qNew Tcl commands in Post Builder ) V# g" G4 S8 {: I+ w2 _; i9 Y6 W
Simulation and postprocessor examples
6 C3 m- O" X7 r$ PFeature-based Machining
7 V8 q; \* a3 ~Feature machining areas
3 Z1 ~8 D" N1 `# g* r. BMachining feature groups , k3 B+ D2 M% ^8 x G U( a$ j* n
In-process features 3 K) A: q$ z2 S8 u( c3 C2 q/ ]
Visualizing in-process features
( p$ u: V6 A) b. ~: C5 V* v. rIn-process workpiece options to control the in-process feature & |, ^5 L0 c+ X5 U, J9 ]! |, X
Wire EDM 1 E% t( @# W! N/ y4 E5 Z8 r' C
Wire EDM tool and guide ; t" p5 h/ J8 T9 b1 |
Chapter 4: CAE
: q! d& p6 [0 ]0 n$ L/ vAdvanced Simulation W! f8 g. r/ u4 o9 r: E9 P1 G6 O5 l
Solver version support
3 ^( w+ O+ \5 m0 A* n) O3 lGeneral capabilities
, O1 i7 M; G( x) T9 z* v6 D# U4 EFields
' o8 w. W3 G( @7 k( Z3 \$ ] mMaterials 0 p4 K1 H# h* p' {
Meshing . ^$ n. i0 p4 l+ H
Boundary conditions . x, W+ a8 |* c- \" e! t
Solutions
$ v) n7 z9 H2 w) f4 M. @Nastran support enhancements
+ O! n' E% U% K$ KAbaqus support enhancements : C9 ~* V* t# E k% P7 P+ H3 d0 x/ |
ANSYS support enhancements 2 i1 V7 z4 z% B |
LS-DYNA support enhancements
" }' G( n( U# O/ d& ?7 M, M& POptimization
6 y4 A2 Z+ w! S. IPost-processing 7 c# u$ T3 r1 H7 g
Durability
% t! d! j9 K- C V5 s3 v) X6 eNX Laminate Composites
7 J- w+ m {( |% L: L& ?NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal ; D3 U( W- n6 m0 t' g/ ]; }6 s
NX FE Model Correlation
4 B' ?* b6 c) k5 x7 BTeamcenter Integration for Simulation ( {$ t9 d# q9 y- p( Z
Design Simulation ( |/ z9 I/ [! k1 ^7 v! x/ @
Boundary conditions 7 }7 U1 {- O0 @1 C" d8 _. J8 t
Meshing
' P( l# `' }1 j9 D9 Y( FMotion Simulation
. {& w& S1 ]/ KInteractive articulation methods ) w* g t {2 s; p( Q
Joint limits in articulation
% G; W# M/ D/ x& _2 P+ gAnimation enhancements + }+ D7 Y- n, ?) m3 W
Spreadsheet Run enhancements + F% ^8 ^% n" t/ V* R9 ^
Motion Preferences enhancements
: Z5 X3 V5 E$ Z3 qFunctions and Graphing
* C# M: P) K( [ ~+ k8 d" S5 ], CInverse option for Function Single Math command / B9 D, n% [( f( a0 ^8 Y
Plotting a graph in a separate window
. x$ m: g! D1 Q( M& s+ oImproved font support in graphs
/ A: o7 D+ P" \1 x9 U% [6 W1 lPlotting a graph with no line 0 ~& i) I6 x+ y9 u+ W0 G, t, K4 R4 u
Saving graph data to an AFU file
2 p8 c9 I2 A+ J9 W# OExpanded complex plot support
- x* H4 T N! l8 V6 i4 zChapter 5: Teamcenter Integration for NX
4 e$ V- S) c3 U; B1 |9 zTeamcenter Integration for NX , C3 l8 N3 G* _4 K9 @
Define and load configuration contexts
) ^; Z& J- ]/ K) [' L1 t9 rRun NX in a Teamcenter multifield key environment * q- ]( w# b; H/ x% O
Independent drawings added to export and clone 6 h1 p8 A5 _9 I; B# m# L
Save As enhanced
2 f7 T# Q, i% vRetaining absolute occurrences when saving moved components
6 ]8 A. {. o! L& k1 b0 tOpening a component with a different revision rule than the assembly + B5 x8 d4 Y: e) {, D
Viewing results and default filtering for projects
% C7 Z; A" Q1 z7 dAdding independent drawings and CAE parts in the ug_clone utility
. y. ]1 F1 z8 }+ m1 b. F4 aRefile utility enhancement in Teamcenter
2 ^5 N6 h$ F' v: @; oItem-based publishing of welds and datums to Teamcenter
7 v) y* m# O" \: D6 @* oChapter 6: 4th Generation Design (4GD) $ I$ x9 u" e( i- N, B! M& t$ t
Introducing 4GD 6 P. o% x4 `/ y8 C* u; d2 @; e
4GD enhancements ; P% f, @2 A! L; Z2 e
Design element enhancements : u5 X t2 U7 h3 Q+ y! }
Creating multiple design elements 9 ]' |& `; B/ L/ V- P
Converting design elements
) R3 b8 ^ L7 L/ g3 w K2 L* F( {. }Create Reusable Design
* m! V* P N1 r" e: U* _1 n, ^( zPresented parents ) z2 j9 k. D* F0 t, K! x
Partition views for subsets 9 D6 B; h& A1 O9 ~4 `: @& D& R
x What's New in NX 90
9 ?; c% T: _* x/ ^' z) bSubset structure views 7 k2 W* e' H( `" i* B
Adding connecting welds to a subset
$ S( ]) g6 [( u3 ~ |3 Z; mMirroring a design element 4 }1 T" Y6 ?0 @5 a2 K0 b
Load attribute groups for design elements
- _# F1 T$ J; M: k/ rEffectivity and variant options added to subset creation
7 b! g: K! N3 \% cEdit attributes in bulk
1 K* y. B) q% o& dShow Collaborative Design Preview ' q7 }6 I" a p' R
Design features
) M, H$ w+ S) _Check in and check out enhancements
! N- _8 J' v8 V& E8 v$ jGenerating collaborative designs from existing structures ) q4 S# ^, v3 _3 t, Y2 ]4 o
Check-Mate in 4GD
0 [9 D, x* |. J# N3 ?8 W/ B. S/ xIssue Management in 4GD
2 W5 A6 n$ l; {) pChapter 7: Inspection and validation % a. ^; e9 j) z* G) U6 [
Check-Mate
3 ~- ~8 u& N2 z1 v! B# YCheck-Mate checkers and functions
% d7 U+ |4 x) j9 C% a v( k0 g( ACheck-Mate profiles
! e, n( E9 w' U% PCMM Inspection Programming ; Y5 s% Y0 s7 V1 b* z0 U2 `1 h& y: R
General enhancements
" ?- }# K" Q# s& C! o% aExpanded CMM libraries) ]) f: @0 f, d' g) w% y
Offset distance for 2D features 3 l. d" z5 o) j! k8 ?& D
New inspection feature type: Edge Point
! D. l' E" E) Z9 z( v( LSet PCS to CADABS alignment type
$ }- ]1 l0 ~$ GNew inspection command types 6 V2 S1 w, Y( c; _6 `
Support for cylindrical probes
' r) N8 D, i7 ?' W5 v7 @/ V% C. rResequencing of inspection paths
3 z, @% j# E9 a: h# O6 s. [# xAuto-ordering of tolerances in the Inspection Navigator / `4 W8 N; c8 k! ?' d
Support for DMIS SNSET/DEPTH ) G7 m) I/ u$ m9 T
Measure an inspection feature relative to another feature
0 H2 P% H8 x) r4 WRequirements Validation ( r. g* H' T: n( R* L7 k
Units in the HD3D Requirements Validation tool
A2 `) {1 D% q' L1 {+ w% RChapter 8: Tooling Design
# I- g1 \8 B- tCAM Data Preparation 2 Z( o2 p: P! Q% p; r
3D Curve Offset , W! f& _9 p! P4 p. f7 ^' V
3D Curve Blend / x' u4 b+ A0 v; j
Match Surface
2 z4 o% ]. u3 l" A1 tReduce Surface Radius
+ b; b# F' v7 n7 p% W/ V! ?( ZGuided Extension
0 I5 U$ `8 s$ R zTooling shared functions
* ?% }7 d7 G: ~. V3 iDie Analysis using LS-DYNA
- A$ ]4 O- E0 ?/ l8 [/ N, FObject Attribute Management
& }7 h6 U4 Y4 S5 HFace Color Management 2 ^2 X$ E- K+ S/ B
Hole Manufacturing Note ; i. w( F, z5 N$ J' K! t5 u3 r: N: O
Restore Tooling Application
8 N% U7 ^" u; l' L) ^ EMold Wizard 4 p( K, M5 V2 G% o( o
Mold Base Library enhancements
+ A! L. D$ A. [$ ?; i" [& U! xWorkpiece enhancements
' p2 j# J9 t) i5 A$ c' wEjector Pin Table 1 l- X3 i9 [8 x5 S! Q5 U, m- j! k& E
Weld Assistant0 W) m6 K+ I& L4 \8 @2 M& H; y9 z
Fabrication Information ( Y& r2 h8 ?1 C/ P3 I, P" C7 h7 n
Joint Mark & S' B1 K6 g6 U9 d
Export CSV File enhancements
* [; y1 }7 A; f$ ^4 ], ?. w7 UImport CSV File enhancement
, t* v3 E: F2 s+ R6 a7 W# `Groove Weld enhancements & C2 M8 W( z: N& G9 H
Datum Surface Locator and Datum Pin Locator enhancements
0 k+ _4 O0 O: s9 } mUsing weld and datum information obtained from Teamcenter
. ?/ N- l) D+ @9 uItem-based publishing of welds and datums to Teamcenter
6 l. ~1 Z# Z) h9 x( C5 L8 k1 qConnected Face Finder enhancements
% t( {! f" V. X6 J* Y1 LCompound Weld enhancements
2 H S# L0 q# x) r* PStructure Welding ( s/ e8 s3 d& t1 q6 q
Fabrication PMI
7 F% p9 u. k! _& LSurface Weld
+ ]9 [3 F h5 g5 I MWelding Joint enhancements
# | e" |5 ^( J( b) c/ eEdit Joint Definition enhancement
% l1 ]/ |7 N H+ u- ^Edge Attribute Title welding customer default . p5 w* ~+ Q7 Q" X6 f' Y' [
Export Welding Joints enhancement
* ~; {6 o5 H( k, TItem-based publishing of welds and datums to Teamcenter
, P5 K b7 w4 L( X" I- \Die Design 4 P# m" A: W, b8 a Y) t0 @
Lower Binder
" E: F; J, D1 |6 gTrim Post * ^% g/ h5 k) i* t/ r; J
Draw Punch and Draw Die enhancements
7 o" A, F+ B" f, ^, ~0 J7 A& K. L% UAssigning colors to die faces
- M5 Q7 c. I6 B; dDie Engineering ) ]0 [/ r6 o/ o' L5 J% e: W
Die Analysis using LS-DYNA
3 r7 S. F6 d& RTrim Angle Check enhancements
' M: g7 d2 h" k: x. a# q* kStamping Operation enhancement
, i4 K M, F* a5 i/ v DDie Tip enhancement
4 y2 r2 ~# q# _+ b9 [Chapter 9: Data translation
/ V5 g/ ~6 X! U7 R% OExporting editable dimensions to DXF/DWG file : K- O4 f2 \0 ?% o# `
Controlling text aspect ratio for the text imported from DXF/DWG file & Z; o/ U6 V2 C/ u F. J" T$ k
Supported DXF/DWG versions
% R$ V+ h& x+ F( [% ySTEP translator enhancements , G; N% D, ?2 w0 K2 |
NX to JT
0 ?: R( q6 M/ [( x% Q8 I2 dJT version 10 files w2 A, o* Q; M o7 _: ~
Display order of model views and PMIs in JT files
8 M7 R- I. @6 O( ^3 E2 F% _JT support for object visibility in model views
- V; _: K6 K7 b1 IPMI lightweight section views enhancements in JT files
) y" v! ]. ]! g: |& D1 c! `) y, u4 NJT support for weld Joint Mark feature 1 q0 w4 D% k9 l* U5 b. D z" R$ g3 Q! P
JT support for hole and thread callout PMI 7 \# a0 T+ j" N
Geometry Sharing in JT files
& M: z( V6 m; h' p" _! I" sJT support for business modifiers and PMI attributes
$ a/ @& V$ D" B# I5 \8 @* OVisibility of datum entities in model views of JT files
. n1 d3 V% j) |% U7 }9 C6 G2 ?JT support for PMI association with objects
0 N& i* I" Q& n, Z; b8 O' jChapter 10: Mechatronics Concept Designer
' `9 s0 Y' E, m: xCollision Body enhancements 1 R# F+ F4 l5 C( W2 Z( q/ v
Actuator enhancements
4 R% @: \+ B7 X- I3 B$ J/ l0 y- `xii What's New in NX 90 " R" J3 V7 q/ |4 K! u7 d: o2 C
Cam enhancements
, C7 G d: [! f$ S# E' G2 dOperation enhancements 0 n2 q x% b$ p, j
Changing units in dialog boxes - e. ~& `4 A$ z# R" y- q
Mechatronics Concept Designer preferences 6 T6 m2 N! i4 S7 Y/ I$ d% C Z% q6 L
Create dependencies 4 a# _0 f( E, c
System Navigator enhancements 1 X" Y! }0 H6 F! Q' b+ h; Y- K, l
Creating physics containers + ? a! ]' b" O6 T. h
ECAD integration enhancements - e3 w' C0 i/ u3 a2 I; h
Simulating NC code
9 q! v4 V6 I5 ?6 Z h" u& SConvert from MTB
5 c( e0 [9 e8 U/ p. kShared memory signal mapping 5 S: d( F* h5 Q" e @1 j/ L
SCOUT Integration 5 C# Y) k) `9 r6 P
SIZER Integration
- E# J" C1 O8 ~* yChapter 11: Programming Tools ( o, L9 O0 A( k M
Assemblies functions in SNAP
* V) i( s8 |, ~8 ABlock UI Styler
- Z4 E/ m8 I M- L# I. DNew properties for blocks 5 |7 W8 b1 p- J$ o8 t0 S; _) P+ i
Changing a displayed part/ w* r) E7 S# C' l
Explorer block 2 q7 M8 s) L- P+ L4 m! E) l2 ^$ D8 A
Chapter 12: What's New in NX 851
9 P5 I- d2 |8 `# l* w4 d4 cModeling
* g3 ?/ H0 \% l2 i/ zUser Defined Feature callback hooks for NX Open API libraries 6 o1 X0 W& ~& G0 k* H% A3 z) T6 A
Preserve the relative order of Feature Groups
2 G+ @. r/ D9 c+ s8 HU/V Direction
6 H/ S! p0 C1 U! C8 S/ Z) j1 }; PStudio Surface enhancements — Split faces along boundary curves 6 r; F& @3 B# p9 q% F1 b2 |
PMI 1 P8 f( Y$ N. h; a4 ^
Find PMI Associated to Geometry enhancements
- O2 ~6 q3 P2 r: h: V" K! vPMI Effectivity Management 741
6 x J3 A; w# _$ s$ y/ s& {" uRouting 742 0 ]( Y- b* y6 `4 ?+ V
Wind Catcher 742 * [' D) }$ g( L6 y9 P# o
Branch Path Numbering 744
" c- f# a3 R U3 oPlatform Creator 745
1 R; L- b' _% b" F! ^Shipbuilding 747 T* ?7 |* J3 ^1 u
Assign manufacturing information to openings 747 1 q' H7 d( O3 H% d: Q
Specify section subtypes for steel features 749 . @2 l7 y# g6 S( i5 e
Manufacturing 750 B- F+ h3 [- i3 O
Operation Navigator enhancements 750 @6 C# V9 u# X& L8 q
Advanced Simulation 751
@) Z7 H) E( e9 A2 u5 g4 tSolver version support 751 / W" N- U" v0 W {
NX Laminate Composites 758 & q2 n: x( p$ _ L1 M1 i7 K
Durability 763
6 f* }) \0 [; I7 E6 I) jTeamcenter Integration for NX 764 & D# G* d) b9 P( L
NX Relations Browser enhancements 764 # R# J+ Z# L9 F2 c! M# }# | q
Select Configuration Context when loading assemblies 766 $ C# A( z# G9 k$ B7 h/ @' m
Default project selection 768 9 H, E1 d, v, J0 p5 ?& u" _
CMM Inspection Programming 769
2 U2 \' ]8 \: G' b% M1 B! vCMM measurement analysis engine 769
8 f, F7 C! V6 r7 P L& P, gExport analysis results 771 DMIS programming enhancement 772 : Q' r2 i4 P ?3 ~$ V: i
Data translation 774
/ j& L; w" b* a8 x6 q6 r3 _5 }9 n, vAutoCAD DXF/DWG Import Wizard dialog box enhancement 774 , M. F4 }* ~7 l0 H
JT support for PMI association with objects 775 , C3 @" _% K4 a( S' J
Mechatronics Concept Designer 776 & i: Q/ D1 r5 I( q- \
Import from ECAD enhancements 776
# ?5 f1 d! P( Z4 A5 b! |+ g
' Z9 p B5 ~, D! \ |
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发表于 2013-11-22 18:18:15
发表于 2013-11-23 18:44:10
