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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！# x- i, e _4 q( j* G) _
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涵盖了所有模块！
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$ D( \$ Z( G2 n9 \& ^不懂E文的，看图也知道了！！
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4 ]8 b7 G- P7 m" ]$ C2 X What's New in NX 90 iii
- t" s& L0 d5 `- iContents
( ^+ @2 |- j: a( s+ ~5 AChapter 1: Fundamentals
$ L m! ?6 L+ RRibbon bar interface The NX Window (Ribbon bar) % @8 G. w. P0 {
Show Ribbon bar tabs and commands 1 o2 s0 O: @ E
Add commands to the Quick Access toolbar * Q8 N$ j% k5 [. a
Add commands to Border bars
7 Q+ m3 d8 m) CCustomize the Ribbon bar interface ' f3 ~4 p6 t; M' s
Add a tab and group to the Ribbon bar
" G7 q; M: g1 z' hSave Ribbon bar layouts ; L1 P e/ @' g& h+ v4 f6 S
Export and import your interface layout 0 A' S( l; Q9 X( \ h! V, ~
Ray Traced Studio
! R9 @* Z8 r( `Issue Management enhancements
* h% a' f% o; I. r( K5 mGenerate support logs for IR or PR , S5 _$ O: ?* B6 `
Integrated web browser enhancement ! A: K$ \5 b, u+ M1 D
View section enhancements
+ q1 ?7 F$ H" i# mDisplay facet enhancements & f& o5 s( p% `+ S. e
Measure Point
2 \/ W S! z, @2 eRaster Image enhancements % F5 g8 F% n% o- j' @4 q8 R h
Lock Rotations 2 F4 e) d& Z- G6 n+ c! A
Synchronize Views
7 L4 a* x# M8 b% g: JStereo Display Visualization preference
1 u. z* r% C* L: W! c1 ^) eCSYS tool enhancements 1 `* _2 l+ c! P/ |
Edit attributes in bulk
: Y t" D: \( X8 j3 B0 n6 qChapter 2: CAD
$ R' }$ K+ x: w- q0 XSkeTChing 9 L* @6 X, Z6 a: F6 h& X
Sketch enhancements
: a, b8 e5 t W/ F+ |Sketch dimensions
0 O) U9 Y0 S9 F+ M/ k' Q2 l( q# H2D Synchronous Technology ( U H2 D0 \' Z! O1 ~ m
Rigid sketch groups 0 f+ Y- g. Y0 n& O. H' e% D V
Part Module $ x3 M% ^8 C9 n8 y* ]* b
Additional Part Module workflow
2 }$ b9 b/ y. s, B$ m3 C4 fShared Body enhancement 4 Y2 Z% }7 J& i
Controlling Part Module updates : Q# B6 G, \7 \
Nest and Un-nest Part Module / l9 t3 y, x( h. h8 H4 D
Save As and Part Modules
, m% I' S, S3 |: B) f* W( W4 bSynchronize Links enhancement
+ t# \1 `! O0 r( |7 m$ c4 k$ LModeling 4 ]2 n9 \) S+ {2 r: I
Snip into Patches* k ^( r% ? m5 q8 C/ g
Rib , a( `, }4 E8 J
Mirror Geometry " t) R6 t' j2 w" g( |* _
Extract multiple bodies enhancement ; b, X. ^) R- F" w
Analyze Pockets and Blend Pocket [6 S! r2 e3 P% z
Combine or separate tool bodies
. Z y' a5 v. f0 C, h. m: Q8 yInterrupt feature updates
0 w3 h* [% j, e4 aLoad Rollback Data ( |) O, \) w( E, z; b. u' N) Y( Y
Sorting model views : ]5 c$ e8 q/ J7 S
Select intersection edges in Edge Blend and Draft
' m6 Y) A- g6 t1 o1 xReplace Edge * P" C* ^- s: k
iv What's New in NX 90 / z: M9 V/ f4 ^- f" M
Local Untrim and Extend & R' R& B3 U* o" d- W
RoUGh Offset enhancement $ J7 n; r+ z X. ~4 K* v! @& c+ X
Replace Feature enhancements
9 d3 l6 a) U8 j, }5 O3 u9 `: `Unsew enhancements * ]$ C7 o% w8 {
Draft enhancements 8 P Y4 _& o0 u- c
Draft Body enhancements
! W3 s, e4 n+ z% x+ v" ?# KThicken enhancements
W; F W% l! Q- a" t/ dPattern enhancements
9 k9 Y. ^) V- H% tUntrim enhancements 7 o* N1 F/ H% A) a8 [# U3 g/ ^
Divide Face enhancements
: _" i4 S% G1 k% _5 |& |7 \Part Families enhancements
' k U N% L8 K$ | m! w! u0 {Body selection enhancements for Boolean operations
( o' x7 X) G$ O, C3 a* ?3 H8 p4 ` qFace selection enhancements for Synchronous Modeling
/ o3 Z# s% x' {, f- V% T. ^. MSynchronous Modeling
8 {6 x! Q0 ]: {! P" }Move Edge " x- k L3 @/ X+ @5 Q8 ]
Offset Edge $ A% c& R( l, p; e1 T! \& Q4 X
Delete blend faces with the Delete Face command
4 k. ]" J; R) x; t% L0 q7 pLabel Notch Blend enhancement
! R. l3 q; P9 i" f) HFacet Body Preparation
9 X! E6 r z% w% TCreate Box 8 h4 m$ J- s3 \+ ~$ H7 x" L5 ^
Snap Point enhancement 0 H# o) h1 a1 z+ n. t
Extrude Facet Body " z" k) X, l8 }/ Z, a, D& y9 L5 F
Extrude Profile 4 t0 C4 y T- c6 }
Merge Disjoint Facet Bodies
H. q' b( {7 D& K) M3 s" S7 U8 cMerge Overlapping Facet Bodies 5 j7 Y: u% x% H. }8 p9 ^
Merge Touching Facet Bodies * H L& O' y5 g
Rough Offset enhancement 5 `/ d5 ~) Z! C; B- S4 ]+ H2 _5 ~
Shape Studio
O, B/ {9 g7 S7 ?Smooth Curve String - w' |$ W O7 S& D% L+ ^/ t' n- G# {
Section surface user interface improvements # s. p i& V, f) }+ t: m
Highlight Lines enhancement ( s+ Q1 k7 P2 H, f0 T F7 `
Deviation Gauge enhancements
8 b: r) C# i. W. SFace Analysis – Slope enhancements 9 o5 ]2 m6 x1 f. J
Concave Faces enhancements 5 r7 }4 P$ b9 R
Face Curvature Analysis r. Y3 G+ g( i+ r- C& n8 u* l
Ruled surface Developable Alignment
N, ]# \6 H. A) j1 kWrap/Unwrap Curve * b; X A0 r8 b3 M A" Z) T0 d
Assemblies
) q& o/ I% y0 h; d0 k; S/ n5 O* APack all components enhancement + W% W4 | e; `2 L# c. z5 P
WAVE link multiple bodies enhancement7 e( E* H: e+ h
Load Rollback Data
) Q; j) z; T# x4 uAssembly Clearance enhancements ' M; U4 p# @; ?4 |
Order of components in the Assembly Navigator 0 s; I @. o' e/ n! N
Pattern Component
1 H( F) V/ [$ W; [3 v3 L" QIdentification of inconsistencies between WAVE and assembly constraints ) \" a) M1 E- q, u5 O
Align/Lock assembly constraint
; V1 p8 t1 g, t. e: j# ?Direction to Fixed column in the Constraint Navigator & G: R$ K) r4 s* b0 _$ D
Product interface enhancements 5 Y. u# C% f8 V( ]4 K
Assemblies functions in SNAP - I" q# d5 F2 B( _8 b4 _4 [; F
Visual reports ! ~7 i4 _' f H( r0 O
Drafting % s" b n2 V- D3 ]/ h( U9 a6 h
Usability enhancements 7 S9 g- ^: B4 W4 O b
Rapid Dimension . N, R- G/ e, N; N
Linear Dimension
! ?& X/ `, U3 v5 [- GRadial dimension
) D2 }$ h% `/ s/ K$ _! O* w& JAngular Dimension enhancements , f# |; y; K0 d7 w \, m8 C9 ?2 F
Hole Callout
1 X6 S, Z$ g+ ` l1 JGeometry margins for dimensions and annotations 5 } _1 F3 t1 f5 g, F
Alternate Dimension Endpoints 0 ? i7 z9 S$ C4 B6 w3 r# H
General dimension enhancements
2 M& B- e" Y5 j! I- W, L+ {- iExact and Smart Lightweight view enhancements
3 z2 O7 ~! o, R2 j% ?7 ]Dimensioning Smart Lightweight views
1 ]* m7 K' m! S; r' ^% H# wViewing Direction Reference Arrows 5 k1 p) L! O4 U1 v9 e" \
Section line bend and end segment widths
% `4 I: }* g4 a/ Z% c) wAuto balloon leader placement ' J, P( s4 K" U h+ P
Axis Intersection symbol
* l# s8 {3 U, F: @; F8 e: k" DSurface Finish Symbol enhancements % G/ S P0 A. t
Datum leader enhancements
( W9 M4 m7 I3 `! `4 pDrafting symbols 8 X2 [! N1 g+ g; Y7 B, S3 s
Embedded image enhancements
% M1 G5 D! {; [4 M3 e4 D. \Hole Table
, ]1 Q, p9 v. \Bend Table 2 _$ |' I1 K8 \0 R2 C/ G: u, L R
Inherit PMI enhancements + Y% @; T' x& x9 a# U
Crosshatch enhancements # F0 k- N, {5 {6 k+ ~1 h
Product and Manufacturing Information (PMI)
" _/ p9 Z. V+ [2 F! r e) v4 e. R% D- YUsability enhancements
% \; d; |2 @* C7 ?Rapid Dimension
) ]. x/ O' @3 w% ^& ?: {Linear Dimension
/ d* ]9 f8 }; e+ LRadial dimension
6 Z: E) {. ]; \: U4 I# C4 _% UAngular Dimension enhancements
) a. S4 c @8 {5 O4 a2 i! VHole Callout
# x/ V7 i: q2 p% DGeometry margins for dimensions and annotations $ P+ h( y5 H8 C: v ^, o) x6 e1 G2 E
Alternate Dimension Endpoints 0 P8 z: ^3 x g. W8 ?: J' G
General dimension enhancements
1 I/ b: I8 j5 G g$ z+ h8 c; GLightweight section view enhancements
* y3 S( S" P. `Surface Finish enhancements % k& z" T: U; M, D# g7 k" ^
Inherit PMI enhancements
3 o" R, V: w+ n$ T/ x8 w) F0 |Region enhancement
4 Z, ?8 @" v; d! K0 X2 B/ K+ ESorting model views 8 k+ J! `: _7 ]1 z2 S
Datum leader enhancements
2 m& A! ]% T# hDrafting symbols
- C& T) [0 y5 b- V* oAxis Intersection symbol % Y( p8 L0 ^1 d
PMI Feature Identification business modifier 1 e* }, b! B8 r R$ q4 J. |: D6 c
Update PMI tracking properties b9 D: }( P+ E2 v7 ?7 D2 \
Sheet Metal
7 E( K- K+ A5 b7 n( u6 Y/ hBend Table 1 T; t3 p8 a" B X
Unbend and Rebend enhancements
6 Y" Y4 z. _9 n; CResize Bend Radius enhancements ' w' g2 U2 C8 X. r8 J7 {
vi What's New in NX 90 ) J. l0 C$ e+ ~3 B" {
Mirror Feature enhancements
: W) I' d r4 l8 ~3 e8 oUnite in Sheet Metal
- W: b7 f) |+ z5 S; uThree Bend Corner enhancements
4 P6 U+ w, g3 h) R2 iMirror Body enhancements 5 z$ V" R$ r# H0 {2 n
Preferences for flat pattern views 2 [9 o' U- x- N; y/ b
Flat Pattern enhancements ( Q: b! G% \4 d3 W
Pattern Face ( m O+ U* W E& h
Flexible Printed Circuit Design
+ b; Y2 `% \5 g' a+ n8 b) [' GWrap
- f$ S7 Z8 m7 ], o( G5 v1 O( dFlexible Printed Circuit Design enhancements $ Q9 _2 K7 m( N4 `' B) T" c+ ~
Pattern Face 5 V3 m9 C+ j9 f) F$ Y0 p
Data Reuse + E7 D4 X& `0 R4 e/ Z) X
Double-clicking folders and reusable objects
2 S( u9 f4 j( O- ~# ~* |6 JCreating shortcut folders for your reuse library ! v4 C; Z& `9 d2 K* @7 o0 |3 B
Reuse library undo and redo
# w0 t5 j/ S# o# x; ^4 U8 b5 Z. KCreating an index in the reuse library
" J# W! U3 X# @" h& FMapping reuse library names , \* W1 C* y1 B, {) ]
Reusable object feature name
6 G, {# a5 B8 `! TReusable object part definition
5 u9 w5 Q9 a/ t! @" ~7 O1 rCreating feature component patterns with reusable objects 3 Z9 p* E6 T: W0 E* |; e. `
Managing knowledge enabled components in Teamcenter 7 H a1 ]- w8 _8 t J; Z" v
Reusable component revision rules in Teamcenter
$ v4 g7 T- @/ e) Z. aAdding files as datasets to reusable objects and reusable components in Teamcenter * m% V; ?& i4 E3 K4 n& i8 C! S0 b; Z
Part family-related enhancements to Product Template Studio & _& m( j1 {4 N8 g% K* D. ?6 ~
Routing 4 _" h6 V7 f' j6 P
Configuring Routing applications
& _3 ]* ^$ S+ | Z" _1 G8 o, p( CCommon Routing tools - y, {1 v; |) a' `/ t' M
Routing Electrical : s% a+ K' a- N
Routing Mechanical
5 |" o4 m5 V. F6 L& ]HVAC
8 a/ R# ]5 H! W2 _* Y# i3 yShipbuilding
# q0 x( M9 A8 w: B, F0 m YKnuckled plates
' h# h" v$ A; T: T3 t$ d! [+ L& oKnuckled profile systems
; m3 U. P2 D! k8 r6 a" OKnuckled profiles 1 |% N0 J1 T7 q4 Y' p' Q6 ]
Create stiffeners between supports
5 N2 H7 u- q$ f1 ^. B: xControl profile orientations ) C( _# k1 k, K$ d( H7 V! r- I
Built-up profiles ; o1 z! K$ X/ G( q3 b2 n3 g
Create stiffeners on plates with multiple thicknesses
! k, |6 h) |: A: MCreate standard parts on plates with multiple thicknesses + k4 p7 n( C6 _3 k! a
Split standard parts in the basic design
; e) Y3 r3 c7 m$ s: R) k+ nSplit standard parts and built-up profiles in the detailed design + y7 \% O. j: \& p {, V
Profile Transition
2 F0 n" }, U7 y( X# r; N/ [End Cut enhancements
) L4 V7 U2 E! O7 Q2 p0 iProfile Cutout enhancements
. ]+ f: a9 X% r; O: @# lCollar plate enhancement7 \' y e4 |0 |
Examine Steel Features
( @2 `6 c2 a$ j3 q+ DPaint Parameters % d! ~! g/ d B& a( p y- V; P
Vehicle Design
; `3 i* g- d' ]4 ^* ~+ `Vehicle loading input to vision tools
7 |. { w: ], O7 S8 Z! Z! V' OVehicle Packaging Validation 1 _8 _1 X) Z: m4 Y# }
Head Impact
% j- Y" O% g( D/ v8 M* wPedestrian Protection enhancements 3 ?% P$ E$ w' }6 ^" D+ R" N
Eyellipse enhancements 1 G. i4 |- L! ?
2D Manikin enhancements
: I. b1 Y9 M# J7 [9 G( ISeat Lines enhancements
6 x+ }! b+ n2 X% p, `" Z% FHand Reach enhancements , h4 V t6 ?8 y% f$ Y; H# l( C' I
Direct Field of View enhancements ( }! o* Z4 N! y" M, ]# V4 W: t* M
Instrument Panel Visibility enhancements 8 g; o) L* Y! r& D1 ]! N1 F1 g
Windshield Vision Zones enhancements 4 _+ I& D; m$ V' e. u
Mirror Certification enhancements
A$ Z. R+ M N& V4 SPCB Exchange* E; v& b" Y3 l) l2 o, ?
User interface enhancements in PCB Exchange 5 O, }: K: V# J4 X. S- D! n" @) }
IDX collaboration commands ) k. W8 V# e6 E0 d. \& i+ ]6 M
IDX support enhancements $ o! l6 K6 P, \# D. Z
Copper Area
. L, N5 v3 [6 h3 a# j0 ]Comparison of ECAD and MCAD primary pin locations
: _7 }, P% @. vShow Test Points ) N n0 r8 \% n" H N: Q- S) R
Chapter 3: CAM
. E2 x$ R" o1 e/ s$ i& \, _CAM general 8 p9 c# t. l5 w$ [2 L4 @$ O
Notes in Manufacturing
# H/ @& E9 l' G" p! IDescriptions in Manufacturing * b, a. s8 p: c8 ]
Displaying visible and hidden geometry + `" Q5 N- F5 y" i
Boundary selection enhancements # x+ s9 i0 D2 F. {+ J
Boundary selection display and gap closing
7 I# ]5 J/ k! t" `& \Pasting operations with reference : S; g3 b( A. k* t X& r# |* s- V/ A& K
Show Thickness by Color enhancements
m, I2 \' ^3 S" N1 M# ESet Machining Data enhancements
% m1 B& Z! H" W3 L" FFlute length for drills
( Z' _7 R& A2 T+ a dMilling enhancements
" X6 g7 g5 S$ a; lMachining with a T-Cutter
$ `4 ~) U: w. z$ }) eMachining cylindrical parts
: e# C, O# p2 E- ]% s' V4 RTilt Tool Axis enhancements 4 ~! I( g3 J' Z
Area Milling enhancements 9 H( z$ c7 A; W0 N! U+ I, Y) Z$ c [
Divide By Holder
6 t; ]+ _: N! I; V# `1 EContact data output for Hole Milling and Thread Milling
2 D$ Z2 }* R/ p7 m) i/ h# lCut area selection by edge-bounded region * J0 |+ n; ]2 d' Q' D1 p8 l
Safer engage and retract moves for Zlevel operations
* r3 x+ o4 j9 S' YSmooth noncutting motions in contouring and flowcut operations
5 [7 I& X7 k" S; a; ^ PImproving 3D IPW efficiency in Cavity Milling % C5 N. M7 ~0 Y- p( G; e
Multi Blade milling for turbomachinery
- s9 W6 K: \" h; ?* O! @Hole machining
& G3 e9 F" p, t7 L7 \% e+ CNew manual drilling operations
: y5 M; F" t" y/ r+ W BHole machining workflow using a feature group geometry parent
: E+ n O7 O A: P4 \9 M* U, JMachining feature groups # i1 P6 `' H, J( z4 b, Z9 k
In-process features 3 w* Q# K9 }0 C# {6 F
Visualizing in-process features
5 A2 t' W9 ` {In-process workpiece options to control the in-process feature % n; v8 }2 M, w/ R6 n7 A
viii What's New in NX 90 6 j0 f# D' w9 y1 B- M# Y2 X7 B
Feature machining areas $ V: D+ c; I5 z W
Drill tip point length 4 y- ~; l3 m0 h( A! J
Core Drill
; h1 u0 T- X4 j* v2 `4 ^Probing & T; g# M* Y' N! X' P: h
Probing) Z' ? O3 q4 c) t1 z1 G7 `
Turning enhancements
1 s! |7 g4 I! l/ YCenterline Drilling depth enhancement ; [9 L! S5 d% E: ]
Turning non cutting moves enhancements, H$ D: [" [' y: [1 x& \
Parting off operation
8 H- o; q Q m2 S. tThreading non cutting moves enhancements 5 q( V' m; p' r9 {
Integrated simulation and verification — ISV
" B2 d2 Q/ E4 o; }+ tDisplaying axis positions and limits
1 z3 _- k/ O4 v( M% s8 d+ WPositioning simulated machine tools and cutters
8 j* t; D( q" x4 s& \$ vTool path display for external file simulation
$ j5 ~% v' z9 ]$ Q/ wSimulating all channels in external files
) Y3 j0 P! [. T3 qSimulating synchronized operations 3 V2 z+ o# m+ \0 V& }
Viewing a tool contact representation
5 o3 u) E7 \; B+ h2 `3 E3 _ uConfigurable parser for NC Controllers- A' r. J, u% E' P
Kinematic chains for simulating complex machine tools $ ^8 l. D, D7 L% B
Suppress Status line update
9 S k4 M1 `( O; y4 ^7 T5 @IPW color mapping to tools or operations
% I. ?' a6 [0 `: M6 ?Regenerating a saved IPW 2 r1 n: b( L4 O4 c
Gouge Check enhancements
9 n4 }( C& k* W! nSinumerik Collision Avoidance
, X* t/ I3 H g) W& JSimulation and postprocessor examples
* W% P1 f& A2 u$ g: L# K0 gFlute length for drills $ S9 n- z& _) \8 c _1 T5 l
NX Post
" ?& ?( m; D, {% F2 H4 V: }% g6 |Adding CAM attributes for shop documentation in the post ; s! ^& E+ @4 A2 w* B& Q! e& P
Post Builder / l' ]+ _/ X3 f" G
New Tcl commands in Post Builder
# L, q7 f7 |4 o% n+ x6 G. L! F" wSimulation and postprocessor examples
# k/ X" _ m* A7 }+ zFeature-based Machining
! J& c" H( p" G/ p/ JFeature machining areas , D0 R7 a3 b7 ~0 A/ z8 Z
Machining feature groups
: U Z' e& u" `In-process features
U( u: c. A; g5 } dVisualizing in-process features / {, a! g' n# R9 f
In-process workpiece options to control the in-process feature
o$ N" j9 ~- |+ y6 w2 @Wire EDM
( x: Q% Q6 X5 i% c* OWire EDM tool and guide ( r* d/ Q5 f" o0 Q. e
Chapter 4: CAE ' i! e+ T6 } o$ O
Advanced Simulation 6 f8 x. \4 `9 p9 c. _$ X' a$ A
Solver version support 2 f( _- r! }0 H) v% t! A
General capabilities
' u. Q2 u4 c3 f$ {9 p2 [* x; zFields : \7 p5 M. h( N+ o6 V( o. ]# L
Materials
! Q. |& ?0 ~1 c1 D H; hMeshing * F" ]* t/ g% Y/ n. W2 b; j
Boundary conditions & p+ |/ L/ u! i* e) A: u* G
Solutions
* X" M% @, O% D u/ lNastran support enhancements / y) E: V. a6 s, i \' J
Abaqus support enhancements
+ o1 Q8 m* [0 D0 K! L/ _% WANSYS support enhancements
* u5 n2 W2 r( z: dLS-DYNA support enhancements " k+ a1 m8 {/ g9 r; y
Optimization 7 j6 j( B: n. P( d& y
Post-processing
0 r: _" {/ I; Z$ fDurability % h; t: N4 n3 O
NX Laminate Composites - ^& u/ i. V) ^, E
NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal & ~' Q4 e" M% `* D# [
NX FE Model Correlation
& u2 }9 V! r+ [6 o7 hTeamcenter Integration for Simulation
: B, \0 m" v$ A. }1 UDesign Simulation 4 n' y" R; a4 Q4 z z' t
Boundary conditions
+ U( m1 K* F i4 q* A5 Z4 QMeshing ( a; ^$ k1 A; q
Motion Simulation % L, e8 w# p l! T5 K' f% a2 p: a! G
Interactive articulation methods
: M" {4 }- M# m; p0 M5 K9 r, XJoint limits in articulation
9 G p* k) m( o! G! k$ mAnimation enhancements
( O. y1 f5 `6 B# e$ P j$ T. B; m9 sSpreadsheet Run enhancements g) Q9 ~2 H9 h/ H' A$ t
Motion Preferences enhancements 9 H4 k; u( i. ?/ Q5 U
Functions and Graphing
$ j# a) o0 y; ]Inverse option for Function Single Math command # Y+ G2 Q- o8 A* f6 H, h
Plotting a graph in a separate window 1 {0 l/ E+ G: Y. F+ e
Improved font support in graphs - [, G* V3 Z$ \+ z
Plotting a graph with no line 9 N3 R' M) l* \0 t# U. u
Saving graph data to an AFU file , C) h( u$ H& R
Expanded complex plot support6 c, u% \+ D1 q9 h% w) B
Chapter 5: Teamcenter Integration for NX : r. p4 ?; j3 A* q6 @+ f. `
Teamcenter Integration for NX & C1 O7 Q7 U$ i! d& S6 f x' g! T
Define and load configuration contexts
: i% Z6 m, e, Y4 x: g$ q' NRun NX in a Teamcenter multifield key environment
7 f* W. u, n5 K- J+ K3 }Independent drawings added to export and clone . I3 _+ P8 X6 i8 F% m
Save As enhanced
8 ^8 a0 h5 x5 N# E3 `9 F) @$ L6 wRetaining absolute occurrences when saving moved components
, M' p- U# t0 i8 |8 C7 D# hOpening a component with a different revision rule than the assembly ' w2 c& i: G1 s% y" A3 {
Viewing results and default filtering for projects
5 n' F j1 W) Z6 B6 I. Y8 j. [Adding independent drawings and CAE parts in the ug_clone utility
, {; C: O' Q+ [Refile utility enhancement in Teamcenter + E6 i; \/ |- l, f% D4 X
Item-based publishing of welds and datums to Teamcenter
1 n1 s- H$ f; \: n: ^' o* _. LChapter 6: 4th Generation Design (4GD)
0 M5 d: H8 U6 |1 f& O# ]! r4 ~Introducing 4GD
0 M7 _+ N6 v7 |% t+ ^4GD enhancements - o" F' t5 X$ c4 H
Design element enhancements
' u" T" G* K% g9 a5 P$ f9 UCreating multiple design elements
6 i; j- U, |- y, r/ \Converting design elements
1 r, w/ Y8 S+ o% ~Create Reusable Design ' i1 l9 ]4 E( T& E
Presented parents % C" g+ j3 a& e8 i
Partition views for subsets
, k- y# `, k, t" m: J/ m' J c' mx What's New in NX 90 8 K( k P5 `, | o6 {
Subset structure views ! I4 P0 l& B% R6 D+ ~
Adding connecting welds to a subset
& f$ F) P0 N# q9 t) mMirroring a design element
' L3 Y+ ?$ e. j% Y% o( cLoad attribute groups for design elements
8 D w! \/ X3 d( j( YEffectivity and variant options added to subset creation
/ G7 E" ?5 z: \Edit attributes in bulk
. i4 z% ?# @" N5 rShow Collaborative Design Preview w5 S; ]% D# ^9 ~' Y1 e6 O
Design features 8 H3 n8 ~6 M) @+ E! ?
Check in and check out enhancements 7 L; ]7 [) ]; A0 E6 @, v
Generating collaborative designs from existing structures
K5 l/ ~) l" A! {$ YCheck-Mate in 4GD
, {3 G) e) h: b: nIssue Management in 4GD
; N' t: P( M" hChapter 7: Inspection and validation
g6 v" r, o+ i% F- t/ F4 }& tCheck-Mate ; z# a( m, d* |) j9 y' S
Check-Mate checkers and functions + s- w9 o3 p7 D K# P( m5 q
Check-Mate profiles $ O/ n. L8 E g( b ~, U, a
CMM Inspection Programming
# r& E% x3 c/ s% w$ S; LGeneral enhancements
4 v0 r; j' k2 w- |; ` P: {/ [Expanded CMM libraries% C/ }, q0 c& @( C6 F
Offset distance for 2D features
6 H: i; _* o7 T5 JNew inspection feature type: Edge Point ; K( n; }1 L3 h; r0 n. Y5 q
Set PCS to CADABS alignment type
, R* w3 B) _2 CNew inspection command types . s; I5 U1 k. w" [# h# R( t; D( m
Support for cylindrical probes
& y, R" M1 d5 O& YResequencing of inspection paths
" z7 }+ x: r0 K9 wAuto-ordering of tolerances in the Inspection Navigator 2 Y2 Y2 [- J- l3 A: \, B; W1 n' o
Support for DMIS SNSET/DEPTH 5 g8 K! ]5 T; r/ A
Measure an inspection feature relative to another feature( t7 g+ c, f2 M7 d3 Q% e
Requirements Validation 9 t2 _/ e; q0 D7 D. }% B: I
Units in the HD3D Requirements Validation tool
) N4 k, h! p1 ~( Q" d' Z. [Chapter 8: Tooling Design
9 e9 P4 V8 ?7 l6 WCAM Data Preparation : ^; f' N# M5 m2 o, C
3D Curve Offset
' Z3 V5 K$ v5 h1 j3D Curve Blend + G" a' q6 {! R! G
Match Surface 9 V5 R6 e# p8 [7 D
Reduce Surface Radius
4 S7 l: o( n: R( @! ^- b# `9 sGuided Extension
3 L7 L: F' Y* N3 Q) t& p6 BTooling shared functions
/ S7 O( @+ @% g- r0 ^9 n. e& J) |Die Analysis using LS-DYNA
4 S# N) z2 J ?" t* ]1 p( c# M- X7 eObject Attribute Management
1 P/ m7 j2 Y) b( yFace Color Management - _5 _0 W2 R3 g) |
Hole Manufacturing Note
. y* D& J7 f) P+ d/ r4 [Restore Tooling Application , ]+ M( q4 u( N/ [- o+ C2 r0 T
Mold Wizard
( U) J7 `8 n" @) i9 {Mold Base Library enhancements
# l; y/ X l# J0 G4 _6 v" zWorkpiece enhancements 5 N7 M1 x/ a: j& z7 G1 Y& H
Ejector Pin Table
, R: ~, \! C( e" Q# z: OWeld Assistant9 e9 r5 k& ]' c4 X( H$ N5 T$ P
Fabrication Information 8 B. n! ^2 v( m
Joint Mark
4 j. A* e8 E. q7 f2 E. w/ LExport CSV File enhancements . I& K, `+ H% M/ {9 ^
Import CSV File enhancement 9 P( o* P( M8 F' I/ [/ `4 z4 [
Groove Weld enhancements
; F$ z3 G) ^) T9 uDatum Surface Locator and Datum Pin Locator enhancements : z" V4 S, {0 h- H% k. o
Using weld and datum information obtained from Teamcenter
: p. C! d: Z: p/ J9 |Item-based publishing of welds and datums to Teamcenter N6 R4 v3 p5 L' \5 n
Connected Face Finder enhancements
; m* Y1 l% M. y0 mCompound Weld enhancements
% I, m$ o7 _" Y' h6 z6 p/ B4 n( aStructure Welding
, I. b' g$ `1 k. BFabrication PMI / {# V' Z% D$ B# W
Surface Weld - ^& k9 x6 o+ w5 e2 Q" H* R. Q% m
Welding Joint enhancements
2 o& N4 E' o( ~Edit Joint Definition enhancement0 U( `, O* n. Z) W \2 t
Edge Attribute Title welding customer default . ~/ O* N% h5 q
Export Welding Joints enhancement
1 l2 Y. x) H3 m, ]4 l6 @! qItem-based publishing of welds and datums to Teamcenter 1 s9 U' G) o9 ~1 t% n M# x
Die Design
9 k8 S& L$ x8 E7 PLower Binder ! v: t: {" G4 A4 E# L
Trim Post
8 g0 z8 F+ u8 GDraw Punch and Draw Die enhancements
) q! o* I% l" j* N6 ^, I: V( DAssigning colors to die faces
7 Q+ @/ v( g7 {- V% b6 I' _% S+ K4 dDie Engineering j+ K3 w8 \& Z/ l$ [ R
Die Analysis using LS-DYNA
7 Y3 P# {* r, yTrim Angle Check enhancements
, k1 d* a% J$ |. `$ G* gStamping Operation enhancement
7 h% _( y9 m2 l* ~) {Die Tip enhancement " h) G$ [$ i; v: i% K
Chapter 9: Data translation : Y9 I5 c! |. d% i
Exporting editable dimensions to DXF/DWG file / q; b: x$ A9 o1 c/ C
Controlling text aspect ratio for the text imported from DXF/DWG file
# q0 J: ~5 ?4 S* V3 j F( [Supported DXF/DWG versions - w; j1 @. B6 j" G8 z% ^7 B
STEP translator enhancements
" n. h1 c1 t. HNX to JT
4 t5 }" S( r5 W5 Y' E5 bJT version 10 files
9 m7 q; Y9 Y( P2 S: MDisplay order of model views and PMIs in JT files
7 a- x% T, H- g0 V+ P0 T" J# mJT support for object visibility in model views
- f/ Z2 p" f/ W$ F$ z6 |PMI lightweight section views enhancements in JT files
% r( q; C h& ~$ ?* S" b* f& v/ {JT support for weld Joint Mark feature & D& \( @4 B7 r
JT support for hole and thread callout PMI
5 x! ?: u# M2 J+ h! WGeometry Sharing in JT files 7 ^) d8 R9 M& c. Q7 R, K( m
JT support for business modifiers and PMI attributes , j, `, u: c, Z& P* T3 B
Visibility of datum entities in model views of JT files 0 A. x9 t% z. A. S) K
JT support for PMI association with objects 6 |# h4 `; D+ B0 X, t% W
Chapter 10: Mechatronics Concept Designer $ @. H7 t; o' w3 L1 ^
Collision Body enhancements
- u v8 y0 l; m' P, J2 r/ XActuator enhancements
9 S. a: {2 n" ?7 {4 f! Mxii What's New in NX 90
Q! i6 T( g0 J1 y7 d' B5 v- @3 KCam enhancements : Y. f5 o9 I' V% a8 D2 J. I
Operation enhancements
2 s, s& P9 K ~: g( i3 B; AChanging units in dialog boxes + o; O. }4 ^- t
Mechatronics Concept Designer preferences 2 r% ? {# y5 O* u4 S, y
Create dependencies $ K/ F `* C" E5 x3 [
System Navigator enhancements ' s$ X' C- A/ p" T* {
Creating physics containers ( \/ A# r" e# s0 g# x
ECAD integration enhancements 4 J0 q9 ~8 B# Z& H: {" l7 ]
Simulating NC code ) Y+ |$ J8 ?; A7 e( K# X& m
Convert from MTB
. ?% i8 [- P n" x0 Z! Z/ xShared memory signal mapping 6 I+ T5 j( N7 b( F* {2 L; Y
SCOUT Integration @+ t1 b& K" e3 M [$ K4 k
SIZER Integration
; [3 ~' d$ c' h" I% O; HChapter 11: Programming Tools
3 e$ Z& t: `! _* r, o. O6 CAssemblies functions in SNAP
5 j( U5 b9 X x$ r1 g1 ^5 jBlock UI Styler
2 i+ J& w& p; w" V: jNew properties for blocks
`' w* O4 w( Q+ Q! dChanging a displayed part! d6 X" O8 _8 C; h
Explorer block 8 A0 G( n* {+ \8 t# p$ }
Chapter 12: What's New in NX 851
7 h! z* [2 T# u; U8 c8 [Modeling ' Z: L7 l6 t6 \7 U, o
User Defined Feature callback hooks for NX Open API libraries
" c5 j, b( v3 I; FPreserve the relative order of Feature Groups ( W( H3 q5 e# A( j6 b5 }2 x
U/V Direction ( S& o! n- C6 _* W4 x6 H! `
Studio Surface enhancements — Split faces along boundary curves
! i3 O- u$ ?! ^( h. c+ V! ?" k9 TPMI
4 r+ w7 K! C8 H. b9 h; S) ~+ T! Y: f! zFind PMI Associated to Geometry enhancements 6 j/ Z, Q6 G+ ^6 O
PMI Effectivity Management 741
# A, l* C6 }5 G3 g/ tRouting 742
' q7 W$ M& R) D# [Wind Catcher 742 + y; x$ m3 M y/ M' F4 k: m
Branch Path Numbering 744 , o# }3 |8 p) ]% F0 f" K9 M0 i
Platform Creator 745 3 H/ K/ e. h% \+ i3 T
Shipbuilding 747
9 C7 k3 S# f- Q% _8 c9 _# ~* aAssign manufacturing information to openings 747 ) K& G j. M5 p( t) V/ x2 A9 i5 Q
Specify section subtypes for steel features 749
' o7 b% R' D* O# MManufacturing 750
% g1 Q) z$ i, e, C/ p+ ^Operation Navigator enhancements 750
/ ?. Y6 H# Q9 g8 {. F0 o; eAdvanced Simulation 751
& z% B& j% ?$ o7 \Solver version support 751
7 P6 y$ T5 `: R* Z- SNX Laminate Composites 758
1 j) x6 z. F- Z' K& z4 G2 oDurability 763
7 L: u/ u7 _: n2 \2 Y2 n' g- t; v0 tTeamcenter Integration for NX 764
7 p* g8 @. X- n: |; S0 zNX Relations Browser enhancements 764 % @7 h* h6 |( q5 I3 I# j( }. a {3 D
Select Configuration Context when loading assemblies 766 % [' i& _3 w0 x1 L+ R
Default project selection 768 3 `0 H# ?, k- j+ ?2 D+ V! J; b
CMM Inspection Programming 769
% B2 ~6 h" A" i6 T! Y4 u" HCMM measurement analysis engine 769
3 v+ F7 ], {0 WExport analysis results 771 DMIS programming enhancement 772 8 r, _* I! H; J
Data translation 774
( X; `8 j0 \6 j; }AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
3 n' e7 W; R t% ~8 F/ pJT support for PMI association with objects 775 . S0 J/ n/ N& j; N1 \
Mechatronics Concept Designer 776
" C- i# m7 F6 C- P& d/ W$ ? X5 W+ z) s Import from ECAD enhancements 776 ) w; B/ v+ W, Q$ D
0 b4 f3 w# T( w, \: r( S% T |
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