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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！; Y# E, v3 Y6 j+ L" \
3 I% U5 P, k8 `" ^1 z9 W
+ S" U, Q. \ H涵盖了所有模块！! G% H. ]0 ~, H: _7 u
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不懂E文的，看图也知道了！！4 \7 H8 n5 c; D1 z! t
) S( f C$ m) p+ i/ \. x9 R/ ~+ p, j* _0 W- N3 k t9 ~
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8 ^$ P U R5 W1 H$ X
What's New in NX 90 iii
* G8 |; a! }/ ?, b: {0 T8 uContents
, Z4 w- X) L) O' [& T( iChapter 1: Fundamentals
+ a( Q( X! F0 a3 CRibbon bar interface The NX Window (Ribbon bar)
, }. X; H- q6 N' w1 |7 J/ Y7 Q4 oShow Ribbon bar tabs and commands . V( `5 q# O; u2 p$ `9 U
Add commands to the Quick Access toolbar 9 C7 v$ M+ F4 O& e
Add commands to Border bars ; M8 j7 A6 q* v) a; o6 p$ G+ B
Customize the Ribbon bar interface + l9 J/ D4 h1 J& A7 i- Y% V( t ]
Add a tab and group to the Ribbon bar - J" E) @# Q1 B2 q/ \6 m7 z
Save Ribbon bar layouts
! o8 E- U. T+ s! t: |Export and import your interface layout " P: |& K0 A. i+ e E
Ray Traced Studio
8 j* |: r7 N1 v' T, HIssue Management enhancements
. B# o2 ?; ^$ I" H$ L5 D7 TGenerate support logs for IR or PR
' E# _1 d: h6 H7 N, I" g; hIntegrated web browser enhancement
7 _* H' d0 R: C' EView section enhancements 0 ^! y* P( ^$ S0 u
Display facet enhancements 9 E" M% m* i2 D7 I
Measure Point 8 `, v5 R. U# L5 P, |
Raster Image enhancements * t' c$ L/ S* H: m6 c7 v6 Y
Lock Rotations
. k5 O- I3 {6 k: q/ |% u$ @9 ~% _Synchronize Views " D: K/ {1 Y% Z
Stereo Display Visualization preference ! `8 @* s7 k5 s7 [+ T U
CSYS tool enhancements
5 U$ K8 r' \/ ]& gEdit attributes in bulk
& D7 [/ P% Q4 W7 sChapter 2: CAD Y$ _0 {6 Z# X1 E3 G/ `
SkeTChing - n4 a1 [6 B$ w0 X: T. ^
Sketch enhancements i9 y2 s1 f% s* s& w( i
Sketch dimensions
/ u+ A! s, V* l2D Synchronous Technology
+ ]& J: |0 B/ N5 q& c; J. h, TRigid sketch groups
2 P& s- q8 k! ~. P7 i& ^' APart Module
3 d; u# n" r3 B7 }5 p7 G. EAdditional Part Module workflow
: q) |( `6 H* d1 ~Shared Body enhancement ! w4 R+ |7 m, f" w9 A
Controlling Part Module updates
5 `8 o7 H; k! X: oNest and Un-nest Part Module 9 {6 `5 L( L2 A" f+ c5 S
Save As and Part Modules
* |) N7 I6 N% Y. h* [; YSynchronize Links enhancement ]6 n" g" a n% R6 A# L
Modeling
3 t; J6 w* J" j5 ]6 d- o( f; v. ?Snip into Patches
- L3 v4 ^+ {* q. e% Q$ wRib " G! L% l6 d( n
Mirror Geometry
% T2 V$ w! n6 n/ w" UExtract multiple bodies enhancement 5 T! w; K2 y( v4 Q8 L' y
Analyze Pockets and Blend Pocket " W3 q# n3 \# K# A1 Z2 ?
Combine or separate tool bodies . W$ U, I+ G& x" {1 Y9 e9 ^
Interrupt feature updates
- D, S4 F9 O5 [6 Z* fLoad Rollback Data 3 @% k5 V6 P" ~
Sorting model views . R( E5 r" g* f: L3 l; X
Select intersection edges in Edge Blend and Draft * N) m1 Z7 k2 U' q
Replace Edge / e( d: V/ i H0 X
iv What's New in NX 90
7 T: w1 y( _3 h2 JLocal Untrim and Extend
$ D7 J% y+ j+ k% j. t0 _RoUGh Offset enhancement
7 p$ i$ a5 |$ H8 O7 ^# c7 HReplace Feature enhancements , D0 \& K" E5 B% L( |
Unsew enhancements
$ l: A# \! T6 h9 I* i3 W; `Draft enhancements
! e u$ G1 c+ N& N( K9 e% G# @Draft Body enhancements 9 M% @7 M0 z. n; R( M- ^+ d
Thicken enhancements
+ T; G6 ]$ S9 c+ S& fPattern enhancements
" ?& v7 f! D5 P, k4 X" K; FUntrim enhancements 8 D. S5 T& ]# B
Divide Face enhancements
( \2 |' [2 `% xPart Families enhancements
: L3 k! l% c4 p! G8 e# ], Q8 tBody selection enhancements for Boolean operations
5 T( B& f7 B) p8 X% t3 d) uFace selection enhancements for Synchronous Modeling
8 T+ U8 M; l' l5 USynchronous Modeling
5 ^3 Z& L( U& e" Z2 o& P& nMove Edge
& P: i% z( A% ~1 F3 k QOffset Edge
: ]1 x9 K$ v* a: B& i& L& F2 `" bDelete blend faces with the Delete Face command ; l+ x5 q# [% b: E
Label Notch Blend enhancement
1 V) D* q! H% S4 }3 T( `Facet Body Preparation / V3 P$ `* M x! ~- M+ H
Create Box * v3 q+ @' l3 ^6 `: j+ C& R
Snap Point enhancement
! x6 g( Z z0 P# x% [% F1 H# o( ^Extrude Facet Body - a4 v S. N; |+ U, D; @' \% m, o
Extrude Profile
0 J! P& J7 a3 ]1 ~3 QMerge Disjoint Facet Bodies
% V" Y( m+ |1 y& XMerge Overlapping Facet Bodies
$ y2 C" h' z; Z/ _7 ?Merge Touching Facet Bodies : k2 K! r, r5 h8 m1 a! N* V
Rough Offset enhancement
' f( X) K' Z3 e! U) rShape Studio : B% _2 p+ p* E" U! S) F# x) s' X# R
Smooth Curve String + P M# M$ |2 T; }4 Z0 D8 Y
Section surface user interface improvements 2 ]2 k* L! u, V& t5 J" D3 V
Highlight Lines enhancement 9 L/ {# z* v7 n
Deviation Gauge enhancements 7 a/ r+ o- T- V: O. o. E3 u
Face Analysis – Slope enhancements
2 k- p' G: ]6 _4 w$ }Concave Faces enhancements 1 q- m8 Z* A' Y: @
Face Curvature Analysis 5 g( |; d+ p$ Q' Z# a# K/ D
Ruled surface Developable Alignment & q* ^4 H2 z- Z; C+ U6 x! q
Wrap/Unwrap Curve
$ L F c/ q5 V1 bAssemblies 2 A* M) b# m8 ^
Pack all components enhancement $ V9 K6 j |: W, H, B2 c: A
WAVE link multiple bodies enhancement
0 V+ _# V( A* C7 ^9 l& r# JLoad Rollback Data
& g- @8 [0 f# \! S1 b! ?Assembly Clearance enhancements - P4 ?" \ d/ v' {
Order of components in the Assembly Navigator
+ S! X% n% F* P# O+ n( K ZPattern Component
: G8 D6 L& D0 u3 U3 s+ {# T* {Identification of inconsistencies between WAVE and assembly constraints $ K' l; e+ u6 y9 {; Y w3 a6 J
Align/Lock assembly constraint " m% k9 C ]$ a7 z9 X- F
Direction to Fixed column in the Constraint Navigator / J2 q$ e. ?" `
Product interface enhancements & J/ E) v0 M- r# k: @3 P2 q
Assemblies functions in SNAP ; E X) I: E* t2 r$ O5 J6 b
Visual reports " B0 l* u4 u7 h7 A! P
Drafting : W" S I9 ?" Q* G+ a8 z- H, N2 S" h
Usability enhancements
: }. x! R$ Q' m5 `+ H$ C7 `& `Rapid Dimension
: L* y9 ]! R$ ^, ^- x+ QLinear Dimension
- K$ ]2 K2 L, G* u# @Radial dimension
! V, K8 C+ I j$ g7 jAngular Dimension enhancements
- S0 h% c1 q% K4 jHole Callout
* E3 j; b# N* u1 I0 b8 aGeometry margins for dimensions and annotations # q5 h& k6 k) o) w
Alternate Dimension Endpoints
N& I: T" l+ Q( v x6 rGeneral dimension enhancements - K6 r6 F+ \# a1 I
Exact and Smart Lightweight view enhancements % {0 }" k, f. X8 d# t: J& B# t/ q8 |
Dimensioning Smart Lightweight views 0 p5 U8 c! `$ X7 H
Viewing Direction Reference Arrows
* Z, N+ E! F; l5 y5 bSection line bend and end segment widths
8 e6 p6 `. Y4 }: r0 [6 b& A( s3 K: yAuto balloon leader placement 4 t% D4 o) o; I4 d& g- ^# H
Axis Intersection symbol W, P) i/ G7 I1 I
Surface Finish Symbol enhancements
8 y! \# g* o! e: K h. e3 JDatum leader enhancements ( ~% X7 D' i' ]+ e' W/ c# j+ ^" j% F
Drafting symbols
+ V C) f7 s, F) K' NEmbedded image enhancements
/ a6 p! k9 |+ Y3 SHole Table * K6 {7 U7 D! S7 s% c
Bend Table
0 k# x4 S! x9 a) [Inherit PMI enhancements % C7 W0 e$ u0 K
Crosshatch enhancements
' }6 `! }# n$ I- Y0 YProduct and Manufacturing Information (PMI) , R9 p) X5 d. ]0 v, @
Usability enhancements 0 d# z$ P# ~8 s2 o0 X E+ l% ~: G
Rapid Dimension * ^" Q9 y. l' n5 [& y
Linear Dimension - N6 F% W* `9 r! J
Radial dimension ! [% G+ N" k; `/ E' e
Angular Dimension enhancements % b: }' F4 ?: s; c$ z0 @
Hole Callout
% K4 V4 |; X! k2 K7 c8 _, nGeometry margins for dimensions and annotations
8 A/ E$ k3 z6 K9 j; S4 iAlternate Dimension Endpoints
# y8 l3 i, C. G4 U* ZGeneral dimension enhancements
1 B2 ~0 X6 _( _$ Y$ h+ n8 BLightweight section view enhancements
: A) }7 H7 H" H0 MSurface Finish enhancements
8 Z1 v" |) a% m6 pInherit PMI enhancements $ }! o: q/ Y0 D4 L3 x. V7 ~3 m
Region enhancement
2 z; z' F' S4 s. CSorting model views
! ?1 g6 A8 _0 Z6 gDatum leader enhancements
* N5 ` [. c y* [! nDrafting symbols 7 E, u. H3 w. G: A! Y
Axis Intersection symbol
T% o1 m1 Y- x, K, g( S0 {PMI Feature Identification business modifier / ], w. o; E; V4 Y% \
Update PMI tracking properties $ d5 v+ L& g6 X
Sheet Metal
1 t4 a8 }/ J3 @; G* x: gBend Table
- l" `5 C+ q7 p, J' r& N8 CUnbend and Rebend enhancements
* i; `6 A0 d" {& G+ |Resize Bend Radius enhancements
5 L2 J q2 t4 g6 T) }vi What's New in NX 90 ) m/ n- s( a) y$ w
Mirror Feature enhancements & ]8 l; ?6 M; `# i1 o/ M
Unite in Sheet Metal $ c2 I, I* Y' c* a8 H/ T" h
Three Bend Corner enhancements
3 y }% k" f8 DMirror Body enhancements " X$ b" G \5 J2 z% n5 n
Preferences for flat pattern views
; i8 w: p# X% ^5 V0 |6 P# Z/ ~/ HFlat Pattern enhancements
- w6 K8 y$ {; p; TPattern Face
/ {& W7 b+ w6 K B5 XFlexible Printed Circuit Design
" B; k: |/ t1 z9 J% eWrap
& l# R8 w: h5 x# Q& AFlexible Printed Circuit Design enhancements # `8 ]0 V) S# l1 f% E3 d
Pattern Face
9 X' q# ^" M+ H! @* FData Reuse
1 C, U. K0 D! F$ @- x0 ]Double-clicking folders and reusable objects
: k* b! }5 b* t5 vCreating shortcut folders for your reuse library
) {: v5 ^ M- ?/ w' HReuse library undo and redo
. N# U* L2 W0 A8 J. ]1 ZCreating an index in the reuse library
0 ]1 z$ }3 |$ KMapping reuse library names + B7 O; h/ m3 O! b, p& }
Reusable object feature name ( D* l8 ^3 I$ C5 P3 b0 H6 \
Reusable object part definition ; n* _1 I: S5 ]. G
Creating feature component patterns with reusable objects
. s* J0 j, X- l8 u/ Y6 bManaging knowledge enabled components in Teamcenter
5 {0 x3 \7 T* p1 w j, @ K7 j! OReusable component revision rules in Teamcenter # T t; B! ~) B7 C" z) X
Adding files as datasets to reusable objects and reusable components in Teamcenter - w0 @0 H0 l. c6 [, L
Part family-related enhancements to Product Template Studio
) b% w: Y5 m( x$ ]: \# a4 qRouting 2 ?# h( ]0 l+ o% C9 m
Configuring Routing applications
* R$ J, Q, G9 q/ \3 T5 ~! k6 xCommon Routing tools
" A$ n; i3 v7 b3 z u' b. U+ |Routing Electrical
, b0 K1 E! O; z- KRouting Mechanical % ^$ I: l+ `% h$ l' F) B
HVAC ~. s0 t) ^0 v+ f2 r
Shipbuilding
6 G( e- C, o5 q# I- t% }3 wKnuckled plates 3 g" m* D' W" ~. @. S# @
Knuckled profile systems
+ h2 l! C2 f; f2 P3 }( J' t- I4 QKnuckled profiles ' }1 c% ?% |: z9 u* n. X
Create stiffeners between supports 5 U. h% k* P" T& {
Control profile orientations ) W# z5 t; l9 c) U. @, ^, m
Built-up profiles
! { g, K5 r3 D" W) G1 yCreate stiffeners on plates with multiple thicknesses ) G3 C+ @" I I5 Z
Create standard parts on plates with multiple thicknesses
0 D: k; \& C+ oSplit standard parts in the basic design
! q% i/ g$ u3 d9 ?Split standard parts and built-up profiles in the detailed design
$ x) e( S- l' N7 RProfile Transition
- A$ s; G2 d+ I. `( ^) @End Cut enhancements
/ D: V. [# ]( i d) {Profile Cutout enhancements
a9 h/ ^' \, a& A2 ACollar plate enhancement" d5 p; a6 j9 n
Examine Steel Features 4 d( i, K- H# y- R$ z! W* ^
Paint Parameters
( u0 v& j5 @& W) _Vehicle Design & [$ Q' M3 v6 a5 {; B. u
Vehicle loading input to vision tools
4 w" f# V M i U% e$ w1 f0 XVehicle Packaging Validation ) e7 T; v8 t) ?$ }
Head Impact
c2 i' B9 B/ q( n; CPedestrian Protection enhancements 0 }& z9 N5 C6 U. M
Eyellipse enhancements
0 E) \5 q5 Y& K0 M9 M i4 a( `( D" f2D Manikin enhancements 8 B0 F/ r0 _( v5 \2 P% b! k4 C
Seat Lines enhancements 0 _3 d0 P1 F0 Z' X
Hand Reach enhancements ' o. d5 V( ^6 g
Direct Field of View enhancements ; }9 W' C5 i+ }, G) k8 h# I
Instrument Panel Visibility enhancements 4 C G! }# m* ~
Windshield Vision Zones enhancements $ k7 H: T! z( V1 H; e/ E3 P
Mirror Certification enhancements
) n% R* X3 \; i- z' A9 ?. _( ^PCB Exchange, b* R- o% {5 l/ W' q- O7 o' l
User interface enhancements in PCB Exchange
( M1 ~1 _, D( W) V5 r M2 w( n# XIDX collaboration commands 7 _; `9 H+ [" i# n- |
IDX support enhancements ; l* U1 H5 z4 o0 X$ {: }1 d& n. I k
Copper Area
% Z- R3 w1 I: a. z# L& oComparison of ECAD and MCAD primary pin locations * A; e$ N4 o, P4 o" c) }
Show Test Points & t1 T) b, D7 x& f$ F- ?/ L
Chapter 3: CAM
2 N+ I% ?& j# j9 ^+ K, U' bCAM general
$ m7 n% [+ e% [& d9 [9 _Notes in Manufacturing
( @) R. t, ?4 XDescriptions in Manufacturing
3 J3 y+ k2 F& M' G8 [$ r4 f, Y9 RDisplaying visible and hidden geometry
/ Z% R m5 _% o6 l) H: \0 C* |Boundary selection enhancements 8 k" Q5 u5 a( v2 `: u7 K5 O
Boundary selection display and gap closing 8 q4 q& W, l' c) r# d3 _- a
Pasting operations with reference
! u: k; S" `( _Show Thickness by Color enhancements
- X9 H8 e# E6 v' Z5 T0 XSet Machining Data enhancements % _' d6 |6 ~% M7 }/ h
Flute length for drills
& T8 k# y4 t: W" ~! L8 xMilling enhancements
4 k2 H9 \- B/ x; e7 @+ Q/ w3 a |Machining with a T-Cutter
1 s, J/ [7 G; ~ CMachining cylindrical parts 0 B% G& u V, S2 A/ s
Tilt Tool Axis enhancements
3 f% U8 E0 l! E/ F$ `- gArea Milling enhancements 7 \3 b, C. M7 _6 n! B
Divide By Holder # q Z0 h2 D2 ] S3 \4 M
Contact data output for Hole Milling and Thread Milling . J5 _1 G2 D$ z- H
Cut area selection by edge-bounded region # E, f2 `4 t: Z3 q
Safer engage and retract moves for Zlevel operations , R' H! V( n, T& A( @; |8 C
Smooth noncutting motions in contouring and flowcut operations : }( r% ^* T5 o/ @8 P& N
Improving 3D IPW efficiency in Cavity Milling
7 k$ Z' J3 v _# A( P4 T# LMulti Blade milling for turbomachinery ( v/ @4 U2 Z" |$ Q! w+ T; r
Hole machining
: b8 Q7 D- v+ C& XNew manual drilling operations
' a$ _" H. B* D, H; F4 ~Hole machining workflow using a feature group geometry parent # q% ]$ T+ Q! Q$ y+ A5 E
Machining feature groups
2 ?5 b3 `; D3 IIn-process features & `* Z& y8 ]% h2 h. ?' u* g
Visualizing in-process features
4 L' R" ^- g" t; ]& OIn-process workpiece options to control the in-process feature
! V! [! s% E) F( y. @viii What's New in NX 90
3 U& a; S6 j* t5 z# T9 W3 IFeature machining areas
8 N }; j D6 J" S5 XDrill tip point length + H$ B8 Y4 _8 D6 N
Core Drill
O5 Y* u) Y# W& G4 r$ m6 w! K) d9 B zProbing 6 ]; G/ ^6 D; c, D
Probing
1 r, V7 P4 ]1 ~; Y, n: STurning enhancements @9 D- W) h- ~$ y
Centerline Drilling depth enhancement
; M: z% G2 V7 }+ \. nTurning non cutting moves enhancements
. v1 I: y& x! W7 P/ ^9 W3 o; EParting off operation , d$ I2 p: G/ V* \7 V
Threading non cutting moves enhancements ( i) `$ R4 O) Y1 ^
Integrated simulation and verification — ISV 0 r+ u) c, [: u
Displaying axis positions and limits
. f& a$ ?0 v- p g: S! h. pPositioning simulated machine tools and cutters 9 O c: y; o: W7 U# W
Tool path display for external file simulation * E: G l6 f& V1 n
Simulating all channels in external files , t3 z# _: M/ N7 z! K! K
Simulating synchronized operations & [' ?4 O8 t0 M1 O) n; T
Viewing a tool contact representation
! [6 J- r- e' Y% g# ~% oConfigurable parser for NC Controllers# T- _8 a& Y; U( u- V9 f3 ]
Kinematic chains for simulating complex machine tools
% ~( m' H6 s$ z Z& x* ySuppress Status line update
: p! X2 R, r0 }7 HIPW color mapping to tools or operations
& X2 B# Z0 U7 o4 h3 hRegenerating a saved IPW L' U" s0 ?1 i! C3 p
Gouge Check enhancements
& I B% B& v, H& w1 x3 H2 q7 _. b) FSinumerik Collision Avoidance
7 }( m7 t1 q+ }5 u( ^) {Simulation and postprocessor examples
$ f" q8 H: V. ^: s$ e8 I, ?# }Flute length for drills
& m" `7 g, p) aNX Post
3 K2 p- t5 L( y; QAdding CAM attributes for shop documentation in the post 3 ]2 n5 p8 v( i Y& L' t
Post Builder % T [3 r& J s8 L
New Tcl commands in Post Builder 8 z7 b% d, e8 l: b2 @2 f0 i2 {
Simulation and postprocessor examples 0 W9 F, Z, _! Q, L; ~- `3 J3 R
Feature-based Machining 1 X: O, u5 j2 g2 O& t& {
Feature machining areas ! V- q: N+ x( x% I
Machining feature groups y; u- q& [$ T' }, Q; U/ M
In-process features 2 K. `2 ?: W' d0 k a8 E8 L2 Q
Visualizing in-process features + a" X4 t: ], U9 ~
In-process workpiece options to control the in-process feature
6 Z v3 T* T4 K! Z+ mWire EDM
1 K7 m F, L6 \Wire EDM tool and guide g* N% v$ Z- t- ~" ~( M
Chapter 4: CAE 3 R0 B% K. g) G f/ f
Advanced Simulation
$ D5 |9 P1 v1 kSolver version support & Q0 a. @' Z; x. N( V/ @/ ~
General capabilities 2 [9 l3 N; S+ P3 U( S
Fields
, e; n; }" C- j; o3 f, `Materials , W# z0 x" i w( N
Meshing + e( Q3 B2 i, r8 }+ T! r1 B
Boundary conditions
7 F3 F, l$ R' q+ |Solutions # h* a4 J; Z9 U6 v4 O F1 n
Nastran support enhancements
" H: b* f, r5 d4 i9 yAbaqus support enhancements ! s) D4 {5 y/ o2 ]: a
ANSYS support enhancements / o( i" B7 G$ H# [' |7 g! Q- B; t
LS-DYNA support enhancements
: C' P% L$ R0 G( gOptimization 9 w! C6 j: n9 h% ~! \
Post-processing 9 @3 e- w6 h1 I+ A
Durability ( ^' l# x. W+ a- I! d/ R
NX Laminate Composites + E/ c* R/ s: |" D- a0 u. o+ I
NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal % L9 K, E4 C1 B6 ^
NX FE Model Correlation % J2 b" Z" x# g% @) p, S0 i
Teamcenter Integration for Simulation : a+ l2 e+ b$ o0 C' C I& B
Design Simulation , g+ g7 d& y- i% W9 s
Boundary conditions
5 K+ j6 f5 ?3 R8 q; T, o; V" KMeshing - X/ j- {. x* |$ C
Motion Simulation
% g: J( w0 \: X5 H) I- }Interactive articulation methods
6 B8 I4 J' l" k: S; L. z) Q3 w- UJoint limits in articulation
3 g1 P3 Q I( H/ L0 F0 NAnimation enhancements 4 ~/ o2 ~: ]: T7 u: f
Spreadsheet Run enhancements ! X9 K8 y1 J5 ^
Motion Preferences enhancements , g4 w8 d. C1 ~% L; T2 W* o f
Functions and Graphing
8 l1 D: a# W! C- WInverse option for Function Single Math command
7 Y( R" P& M/ B* TPlotting a graph in a separate window
9 ?& a t% ]. Q. YImproved font support in graphs * x; W8 o6 P( J4 v
Plotting a graph with no line
7 L0 p( Y- A* W. c( SSaving graph data to an AFU file
2 A e( S8 e+ h& b7 T6 FExpanded complex plot support
" Q- C; s& V( X8 b$ c K. x- sChapter 5: Teamcenter Integration for NX
$ b! C- P, S2 K1 XTeamcenter Integration for NX ( \, o) z( K6 m3 h% G9 K
Define and load configuration contexts
- j- q& I- m2 l9 ~Run NX in a Teamcenter multifield key environment : Z% H% [6 S3 j5 j; v. G0 f
Independent drawings added to export and clone 7 M; [% H" v* c! F1 Z5 ~# r
Save As enhanced 6 \5 Q, E$ Y" d; g* i* y7 K2 ^
Retaining absolute occurrences when saving moved components
: t; T" f' H! j5 l7 H+ i, t% U+ POpening a component with a different revision rule than the assembly 9 ~0 K+ }+ H5 v+ O' P7 d7 X
Viewing results and default filtering for projects
! ?0 Z& P/ g, q6 A" [. GAdding independent drawings and CAE parts in the ug_clone utility
6 _. R8 V) q4 ^+ W5 iRefile utility enhancement in Teamcenter
' p) X9 ~5 @5 @/ X8 wItem-based publishing of welds and datums to Teamcenter 5 V$ E* ~$ b% R3 r% s9 O
Chapter 6: 4th Generation Design (4GD) 8 e( A1 _, S: g8 u5 O
Introducing 4GD * A1 G" A, u1 c0 W( V0 z
4GD enhancements * P$ a6 D: _' a( q
Design element enhancements ' S* d1 A% U+ h' A1 o+ t* C1 W
Creating multiple design elements s" I: f5 ~ a3 C& M
Converting design elements - c" |$ b1 n3 D/ C1 @6 j
Create Reusable Design : m) P+ {: @( j5 s/ T+ j1 Y/ W7 Q! e
Presented parents
0 z/ @- V1 Q: G$ g3 V0 uPartition views for subsets # }+ R5 d' h" u. d
x What's New in NX 90 8 [" u( u8 ^7 k* w
Subset structure views
8 S% g+ V6 j, ] f- D$ Q. \$ k% XAdding connecting welds to a subset 2 n( L) t3 |$ q' v
Mirroring a design element
' ^* P3 `5 a1 U+ M# TLoad attribute groups for design elements
/ j2 d1 W# n- y$ w1 Y5 q0 J% PEffectivity and variant options added to subset creation
/ |; r7 T2 F f2 L% hEdit attributes in bulk
. X1 \! [& c8 FShow Collaborative Design Preview ; |+ u( y9 p" M+ B
Design features
8 C, e, V( h9 n5 [4 b- KCheck in and check out enhancements
" T7 g5 Q A' j: L% @Generating collaborative designs from existing structures
( g; r' W: X$ ?; GCheck-Mate in 4GD " X" b, v$ m* d( O- O' u5 e
Issue Management in 4GD
( e7 Y3 u) B$ \9 UChapter 7: Inspection and validation
" a* k. g8 `- Y& z7 M9 }Check-Mate 6 l5 n4 O2 v e0 V3 l. t! k. ]- s
Check-Mate checkers and functions
: i# L% c" M' O; W, h5 Z& V! R. }2 F- uCheck-Mate profiles $ `/ W' k% S7 L) K" X9 H" s/ s" e
CMM Inspection Programming 4 G! B& k8 K, s: E4 T4 J# O$ z
General enhancements 2 H9 x/ {9 n7 E1 Y. f
Expanded CMM libraries
7 F/ p. d+ h! {4 a4 Q. _/ U7 C; ]Offset distance for 2D features
. d% V2 a% Q z9 X$ N6 ` `2 LNew inspection feature type: Edge Point 2 }8 @# |4 F+ o% a
Set PCS to CADABS alignment type
; _2 b+ q7 A0 ^4 B+ qNew inspection command types " m1 |8 L$ z6 b Y; o, @
Support for cylindrical probes 4 n( C. x% d( G' H7 [# G
Resequencing of inspection paths
4 r7 n* i" K: R X9 V9 Z4 lAuto-ordering of tolerances in the Inspection Navigator
5 ~; C6 L! F+ ESupport for DMIS SNSET/DEPTH 8 p' K( Q# m0 ~$ u! I- k
Measure an inspection feature relative to another feature! ~( M) S) x: t: I1 e( {) B
Requirements Validation ( g! b5 P) q. _; y. N# r6 |
Units in the HD3D Requirements Validation tool
/ M# F, I2 C. l i ?Chapter 8: Tooling Design % M! T6 j+ T1 T4 ~
CAM Data Preparation
1 p7 [4 P6 q' b1 t3D Curve Offset
" q% s6 I, j0 c+ b2 L& U4 y3D Curve Blend
) j! X9 ^9 y2 ~* ?+ [ ~# ~6 ^4 x wMatch Surface
W% [2 J! R J- g n. o# s" lReduce Surface Radius
$ J! g& Y5 ?1 I4 `: l. Z$ HGuided Extension : K3 S: j7 t4 j. ^6 V- @
Tooling shared functions
) u) i7 ~$ c: u; S8 c5 eDie Analysis using LS-DYNA
~' P* o# t/ yObject Attribute Management
) z- j+ v# ^3 Z; ]) j% j JFace Color Management
* L- v& [8 D7 L: |, _4 ^( oHole Manufacturing Note / ^ e4 W( q7 d6 b3 A0 l
Restore Tooling Application
( r$ C; |! X1 e/ J" T" rMold Wizard
7 W% U2 D& q/ ?" T1 m, J1 |Mold Base Library enhancements
/ H- I: O6 m% I. TWorkpiece enhancements / |& B" H, e. C# n6 u: c
Ejector Pin Table * [+ S' s" Z( ^0 D. J, r
Weld Assistant
3 k% Z3 A/ z1 c: b" |7 f! sFabrication Information 7 B$ o" q3 J" O- O
Joint Mark . y3 ]+ }+ F) s! z4 V1 p& ~: }
Export CSV File enhancements
( i* m* G! v( ~; m8 U$ [$ H. QImport CSV File enhancement 0 X2 c9 Z% w& x
Groove Weld enhancements
7 I) @/ K2 ^9 K8 L- |; t( UDatum Surface Locator and Datum Pin Locator enhancements 7 n6 B+ b- n ?& M9 o: q
Using weld and datum information obtained from Teamcenter
- r K K3 Y! o5 h$ p4 `7 ]Item-based publishing of welds and datums to Teamcenter 7 h- [. }4 h- @# |4 y& Q
Connected Face Finder enhancements
! q5 o) P, I3 d( iCompound Weld enhancements 8 j" e3 e4 `5 P4 m+ X
Structure Welding
6 V! w: R% x9 Z7 ? }* MFabrication PMI 7 E4 o) w7 p. k+ x' Z$ P0 F1 X
Surface Weld , ?9 O) J/ I8 R* S7 ~1 P
Welding Joint enhancements ( {. G( C P4 E. Y
Edit Joint Definition enhancement& s8 R# N$ _5 X: [
Edge Attribute Title welding customer default
0 `9 a! b( N( H3 H5 ~# Y& R4 |Export Welding Joints enhancement
' {& X0 r2 L( S- b- sItem-based publishing of welds and datums to Teamcenter
$ q2 l& ^1 R8 U; c& mDie Design 6 T! t7 b- J% a9 w6 b- V" T! L
Lower Binder
" @. S7 F$ J5 bTrim Post 8 `! t- @# G. g" |! U
Draw Punch and Draw Die enhancements 7 y2 Y; g2 \& g% U# j
Assigning colors to die faces 2 v- L% m# P9 o) U' v
Die Engineering
; t4 C( {, t5 }" k( [# r& dDie Analysis using LS-DYNA ) s. C7 D5 d! M( {3 o
Trim Angle Check enhancements
2 ^ d7 j% M" D4 c! z1 |Stamping Operation enhancement 6 x4 q8 J5 W& @6 W. P, |, a
Die Tip enhancement : q& A: w- X. [0 e
Chapter 9: Data translation
4 q6 g) y% b, n, b# B' |4 v M) TExporting editable dimensions to DXF/DWG file ; N; [; y+ y; X( O9 I& c
Controlling text aspect ratio for the text imported from DXF/DWG file
- x# Q: s1 Q' r6 kSupported DXF/DWG versions
- U1 E- c. H7 k3 rSTEP translator enhancements
3 }9 e2 H$ d; q h9 U5 I) y+ qNX to JT
8 J7 @5 W _/ P5 s- S _6 aJT version 10 files 1 j) ?0 }$ I9 m1 h& k/ \2 _
Display order of model views and PMIs in JT files
. F; f) V' _( M1 I- ]/ m# }JT support for object visibility in model views & r, M; j; R0 x0 y
PMI lightweight section views enhancements in JT files
- N( h- H* V) E- ^& QJT support for weld Joint Mark feature ' y$ j% o5 A0 H5 y7 U* e
JT support for hole and thread callout PMI % k& e; U! o$ f9 D ?1 n
Geometry Sharing in JT files - m$ c0 }9 y- I1 N/ b( _
JT support for business modifiers and PMI attributes % d! A! A' U' u' c' E: K# W
Visibility of datum entities in model views of JT files # o% J4 } k% x, y j- T0 l$ G! u
JT support for PMI association with objects
6 Y3 b3 f/ V- ]) l9 bChapter 10: Mechatronics Concept Designer 9 s3 L* b" }: g
Collision Body enhancements c" n" i$ Z( L5 q0 b8 c
Actuator enhancements
# t8 \% g& U9 X& W) K! [5 l& Q: Oxii What's New in NX 90 ' q1 p5 J4 E! ~' L
Cam enhancements
. W2 g4 r+ c' f) i2 DOperation enhancements
6 m* a3 Q* y. d! C" j3 N+ ^: }Changing units in dialog boxes X- W3 \% ]& e$ C2 o H: T
Mechatronics Concept Designer preferences ) w' B2 u G) k( B! u
Create dependencies - y- E" S: e9 c' Z7 |
System Navigator enhancements
c. \; o: H+ ^2 R; H. I3 E# ]Creating physics containers
1 a+ E. U# t' c" u( |) mECAD integration enhancements
$ H5 U, U/ M* H- |) y0 Y% R+ lSimulating NC code
' V6 l6 S) I" d- T* E5 vConvert from MTB ) A- E$ Q# U+ s% ?9 Z# E+ ]
Shared memory signal mapping
: ]* W1 X: ?& R8 ~8 V3 ESCOUT Integration ( H9 ? y" ~. L- p- ]/ L+ n
SIZER Integration & {1 z" O" s4 C5 N' k" q; _3 |
Chapter 11: Programming Tools
- A) h2 Z" B0 o% v9 AAssemblies functions in SNAP
; R |9 N* ?6 |Block UI Styler0 G& n: n# @ p0 ~2 i3 Y# [
New properties for blocks
8 u3 J! X" S# VChanging a displayed part
2 a9 Q, L1 L, tExplorer block
( F: k/ L. u( I' A; ]1 eChapter 12: What's New in NX 851
! i' o; f* ?6 [* Z, iModeling
8 s7 W T& f9 LUser Defined Feature callback hooks for NX Open API libraries 9 `! j* G' _4 }) Z4 M: B
Preserve the relative order of Feature Groups & L% o) n9 S7 I# Z* T: M
U/V Direction
+ h# k, n( M! {4 bStudio Surface enhancements — Split faces along boundary curves
4 ]$ F" A2 I* o; ?PMI
+ j( n3 ]' ?- i3 D, b2 a# d3 cFind PMI Associated to Geometry enhancements - ?" J& T( ?3 C3 _- d
PMI Effectivity Management 741
$ H0 @" K# q: Y0 kRouting 742
8 @/ }, t+ b$ U$ @6 _/ U2 \Wind Catcher 742
& M8 m5 ~( L c+ a, C' t: }Branch Path Numbering 744
% j9 a0 z U& R4 e5 z4 @Platform Creator 745 7 e1 F7 J, A3 c) H+ L4 S8 A0 {+ q
Shipbuilding 747 5 k( U1 j0 `# T) k9 l) n
Assign manufacturing information to openings 747
- x* t; X* o4 x! s$ ?" Z9 O' {2 I9 ]) MSpecify section subtypes for steel features 749 2 F; R8 `' @% x5 }' s P
Manufacturing 750
! s3 ~0 _% [$ P/ |" j' i- n' MOperation Navigator enhancements 750 ) f$ q7 N% E6 H9 A6 {4 C# t3 t
Advanced Simulation 751
! J" J+ f8 f0 l- GSolver version support 751 ) o% u2 U# R7 D$ }- E9 Q
NX Laminate Composites 758 ( s2 `, Z- r. s; E% x E
Durability 763 " i2 d% w; i5 W* X H6 r7 R
Teamcenter Integration for NX 764 3 O. r/ x' N5 L% E3 c1 F: N
NX Relations Browser enhancements 764 ( R- p( @8 ^2 x; G# Q8 w/ U- W
Select Configuration Context when loading assemblies 766 " p/ _3 n1 w1 _6 i% k. }% S& Y, u4 L
Default project selection 768
& z! b9 t1 W- V& V5 |CMM Inspection Programming 769
' C( U* B Q9 y& ^# O4 q8 gCMM measurement analysis engine 769 " ^, a3 ?- ~9 F" _
Export analysis results 771 DMIS programming enhancement 772
7 X. e, z/ x' UData translation 774 ' Q) @, F( x z" F* ^
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774
: L6 i; ^6 [9 ~JT support for PMI association with objects 775 , T1 p9 y8 E9 L) o$ t
Mechatronics Concept Designer 776
0 Q S" o" H/ q0 W Import from ECAD enhancements 776
- y. \( c: [; A/ E, I
& }# u, V8 M$ _; d: d |
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