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发表于 2008-11-7 19:53:55
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来自： 中国吉林长春
2D Exchahge|二维转换
; N. u6 d% a' b2D Manikin|2D 虚拟% Z, L l5 x3 S, T. k
3D|三维
2 {, W# R$ q" p5 ^! cAaaembly Sepuencing|装配次序9 O8 K+ V( o0 w! H3 a" @
Abort|中止0 F* R& o9 v7 z4 Q6 @( v. @: l
Absolute|绝对6 j9 v G7 E2 V, s5 T. N1 V
Absolute coordinate system|绝对坐标系2 G- o8 \4 g8 j5 |( ]7 T
Accuracy|精度3 J+ ]1 @: f/ }, }5 t" q6 R1 \) s
Action|操作8 y- P- W" l) M e) e# L
Active|活动的
2 k, R4 Q6 d- JActive view|激活视图
5 y1 a% g' E" Z# @. q; @ F9 ^Add|增加
4 j; [' O! {# i7 W9 ^1 U6 eAdd a components|添加一个组件
# S% m6 w; ~$ fAdd Existing Component|加入已存的组件! f# Q/ c7 a3 }, z* v' s
Add existing part|加入已存的部件
) X0 S3 N8 X! [, UAdd View to Drawing|在图纸中增加视图
# m- B: c1 @7 O# Z' E$ x1 WAdding a view distance|添加一个视图的距离
7 ^ a/ v, K3 d& Y3 f6 gAdding an orthographic view|添加一个正投影视图
# z2 t7 F" J" A4 g6 {( Z" k! qAdding entries|添加记录
0 S% G2 G0 c% B0 o, |. q/ `0 TAdding members to assembly|添加成员到装配体中
( [/ s2 w6 Z' i0 i) ^6 @2 PAdding poles|添加极点
7 d) i9 b$ h8 @ X8 FAdditional|附加的- Q* s+ z' K! _
Adjacency|相邻
" X# j- i5 H: F7 v( G9 [Adjacent Edges Devuation|相邻边偏差" L2 ^( H M6 @& z1 i
Adjust|调整
, j+ U$ |! l, }* SAdrisor|顾问
7 _) r$ d& J( z" |( e: xAdvanced Lights|高级光
, ?4 @6 y3 l1 W+ |8 i6 hAdvantages over interpart expressions|超出部件间表达式的优点# s' r: _9 O7 j( } S
Align|对齐
, y* \1 O6 O4 F; h$ H4 @4 lAlign curve|对准曲线) ?7 V; X8 c# t0 |
Align View|对齐视图7 e+ F3 O5 I3 A
Aligning drawing views|对准图纸视图% Z4 Z- R5 G( N* X
Alignment|对准: {! z5 a: h) L' @
Alignment methods|对准方法
5 i O' L0 i" k. d sAlignment options|对准选项
& s1 t4 t, V/ G' ]- TAll|全部' a1 W/ @2 g% ^" M3 D5 p
Allow|允许
# R" Z% U) {: G5 XAllow substitution|允许替换. e) O- Y6 V$ I+ S* X! ?8 \- D/ h
Allowance|余量
* ]8 @* m+ [9 [+ i0 _3 YAlong|沿着
* Q/ k! b! Q+ z- @6 A5 b7 j* SAlong curve|沿曲线+ y9 V3 F* A" T: [, [3 z" \
Along direction|沿某一方向6 F( b; h4 ?5 ~/ S3 N* Y
Along driver normals|沿驱动的法向4 l/ Q* U( F6 D; \/ j* R6 d
Along face normals|沿表面的法向! N( `7 M* [+ F+ a
Along fixed vector|沿固定矢量方向$ `2 R. w' X8 f
Along vector|沿矢量方向
! N2 n- K( B5 Z+ H, N: {. V* x' CAlternate|可变的
: K0 V7 Q" C1 nAlternate Solution|另解4 R$ {) \- Q5 E' I O W4 q
Alternates|替换
) [" X7 W6 Q* }9 LAnalysis|分析' Z2 F0 I; y% n! o
Analysis and Reporting Functions|分析和报告功能, X2 M. L, @4 o" n" Y5 ~
Analysis Data Set Functions|分析数据集功能$ _6 x. H* D5 h2 L7 b3 K L
Analysis Functions|分析功能6 s( l/ t$ R7 h
Analysis Toolbar|分析工具条
/ L4 e$ L, F0 SAnalysis type|分析类型- w7 }0 L3 o) a
Analysis Views Edge Highlight|分析视图边界高亮显示; w7 ?5 k' c+ g$ U
Analyze Shape|分析外形9 T8 y d& b" b s
Analyze Shape Toolbar|分析成形工具条$ L, v" n% G& z9 ~
Analyzing|分析7 [% [' r/ q$ c! E/ V- N
Anchor and orientation point|锚点和方位点
1 f6 E7 E' h( r) C, ^Anchor point|锚点8 Y: @! ?5 T7 x7 x
Angle|角度
0 R$ p$ @% }6 i# V9 DAngle tolerande|角度公差1 l+ E/ h& a u6 D$ c* a/ w" v( Z* ]
Angled extensions|角度延伸
* }1 K2 s) I4 _, }& H! X( j+ ~4 SAngular|角度
7 o) D% c/ s- l. W* \* cAngular dimensions|角度尺寸 C8 {! o w7 s& n8 B7 r7 K
Angular law|角度规律
. X6 ~) E- Q9 z! Y: N6 s6 Y" x# h3 yAnimate|动画模似5 s0 f2 g0 j: ?% K5 t
Animation|动画
8 B* ?+ y& y/ w) E+ SAnisotropic material|各向异性材料3 r0 m+ g1 L) L+ o$ E
annotation|注释9 @' s/ \3 ^# S4 ^6 l
Annotation editor|注释编辑器" d1 X( D) Z! i" K( ~ R
Annotation Preferences|注释预设置: V5 X4 P2 S0 u" J
Annotations|注释8 u* x, d6 l' @ m
Ansys solve Ansys|解算器8 Z+ F2 q! ^ G- {- I5 s6 H
Antialiasing|反锯齿$ U3 @0 f0 @5 e x/ z
Any|任何
$ [2 M% [) a% P* kApex|顶点
, z+ ]* q8 P, ], Z5 ?! AApex string|顶点线串( d+ Z5 e) O8 M* j2 t
Apparent|外观4 ^9 D0 I* [; g7 w0 p0 ?1 M
Apparent intersection point|表观交点
! G, N. o! `' B- v, H1 X' MAppend|附加
: |9 ~1 e) R9 l# S# v, Y2 m1 V) ]Appended|组件* M% O: T' H r
Appended text controls|附加文本控制
X9 R5 l s* }0 x( L& gApplication|应用程序+ A/ I( {& I; @/ A/ N Z
Application context|应用的上下文' y. Y" M9 W- v
Application Toolbar|应用程序工具条
1 {: N9 N1 f' z" e0 RApplications|应用) e4 j" g4 C1 |- x$ K
Applications of WAVE|WAVE的应用
; _4 n8 n; L, N4 p* E" K UApply|应用
9 p# p# q+ X' n" }Apply Filter|应用过滤器
4 e! b! u% [. R8 M9 K7 eApprox|近似5 K. o: j& R9 I! e% t
Approximate|近似
7 R& }0 l Q( D, a; A: T, [Approximate Rho|近似的Rho值) r! z8 n7 l+ m- ]1 |
Arc|弧1 \0 @! [" c- |3 O
Arc Center|圆心( [8 P& ^# F0 K6 d$ H
Arc Length|弧长
' U& a* J. A: s1 r# R" C* z3 x5 g& @Arclength|弧长: T) X5 y" a) t' J2 B6 T
Area|面积/ L2 W. E _( m
Area law|面积规律
" P1 r, i- j# ]2 {' K0 Farray|阵列
+ T9 H) F) Z! ^0 M! n6 UArrow|箭头5 t8 [5 c( n3 \2 s- A) }6 ]
Arrow line display|箭头线显示% N' M5 s0 [ _3 o5 R! x
Arrow segment|箭头段
, f: |9 E3 W. k# q, @Artistic Image|艺术图像
$ x4 {- d! T3 @" P' h8 aASCII|美国信息交换标准码; C) l' @+ J+ \ s- n$ i
Aspect Ratio|纵横比
5 P) q, j% z @( _Assemble As Group|装配为组
, M# b$ h3 S s `Assemble Step|装配步骤
. ?3 n5 T" u9 @Assemblies|装配* S2 K$ ~/ k7 n
Assemblies Clearance|装配间隙0 Z, A( N" N4 b5 y3 b# f' _- a
Assembly|装配, u! _' [7 a8 V% V
Assembly analysis|装配体分析
: ^, a# X: \- v; Q+ g# K& UAssembly Hidden Line Removal|装配消隐线移去1 F! d2 r8 c: x: J
Assembly Modeling|装配建模- K8 g! T; {! X6 H: {- [
Assembly Navigator|装配导航器
; K7 ~2 i- r% VAssembly Navigator Tool|装配导航工具4 r- f; U( s5 W5 F: w
Assembly part|装配部件# O" `0 d" f( ]6 D
Assembly preferences|装配参数预设置- R, O) M$ F; a$ ]1 e* [2 k. p
Assembly Sepuencing|装配导航器2 W" H9 m9 U- m) n3 g$ G
Assembly views|装配视图
. p/ R1 @# `+ jAssembly Zone|装配区域
& ~8 Y7 m1 u7 [- h. `( d O" mAssenbly Sequences|装配次序
2 O- \; E8 ] _ TAssign|指定6 Z2 ^0 ]6 h& I2 w0 b4 o) {
Assignment|分派
6 {- H% P3 J3 JAssociate|关联
3 N1 v' ]2 K. u4 D! Q- i6 Y; WAssociated|相关联的2 H4 d7 q; i3 C4 M6 o
Associative|关联
4 X, [5 v& M! b; OAssociative offsets|相关偏置 L1 p2 D7 b q& N& ? f8 j
Associative View Scale|相关视图比例; G- _. v6 s+ @ {$ L# O0 A4 P, m' s
Associativity|相关性
" x2 q/ r5 [) Z$ I8 OAssociativity of utility symbols|实用符号的相关性+ R6 A. c' Z6 P G. r; k( B
At angle to vector|与矢量方向成角度) Q4 W7 H0 A9 F0 `9 m1 e! p
At Timestamp|按时间标记
) [7 U6 I" e. a( d& h+ f UAttachment|附着) T* R. k0 l" Q- q" T1 L
Attachment methods|附着方式. R' k) l# [2 o f
Attribute|属性
$ ^# |$ @2 @4 _" Q7 Z* SAttribute editor|属性编辑器
6 f( Z2 w# a- Z$ }2 ]; u: UAttributes|属性
/ M# J$ W" k# bAttributes hierarchy|属性优先级别0 R' t3 d" z0 i2 Q
Auto|自动
5 ~) b+ B; Z* S8 m+ i7 ^Auto dimension|自动尺寸标注6 q9 g! [$ r0 B- b, y
Autoballon|自动注释
, n' A1 z0 M+ K6 @ P- {" F5 gAutomatic|自动- `8 _9 B% Y8 M
Auxiliary|辅助- c+ a0 d- x2 c( u/ ^" q4 ^# q
Auxiliary View|辅助视图
: g$ y. ]* c/ v9 U2 {axis|轴
. L Q/ N+ N! b; C i2 Z7 q& a, MAxisymmetric|轴对称/ F: g @* Q& }5 d+ F
Axisymmetric analysis|轴对称分析* e+ n& i& E9 l4 d" m8 N
Axisymmetric loading|轴对称加载 |
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