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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$ o2 _5 z2 Q4 u! t3 m
2D Manikin|2D 虚拟
' a1 f* H7 O& Q, A6 F$ \3D|三维" N* G8 {2 l7 A ], j+ a' U4 c
Aaaembly Sepuencing|装配次序# F9 w7 u3 |* C: Z1 \% y- a
Abort|中止
9 w, M* M7 b6 A, }8 b7 rAbsolute|绝对6 R" |, ]# _ w5 g4 m: u
Absolute coordinate system|绝对坐标系
5 _. S1 S: r; B7 S9 XAccuracy|精度, D8 e$ e' o$ m% g. e( f: v! e
Action|操作1 |6 v: S* [* g
Active|活动的
' e r5 k+ ]6 g1 _Active view|激活视图7 X' o% z3 }* j `
Add|增加
1 w6 w! ~( j2 \/ m3 B# d9 K" JAdd a components|添加一个组件
; `- c7 q; e$ zAdd Existing Component|加入已存的组件0 V3 C# p; B( y5 w' b
Add existing part|加入已存的部件
8 w/ w; l# {9 @Add View to Drawing|在图纸中增加视图
4 u7 a3 R" d* U+ p5 WAdding a view distance|添加一个视图的距离
9 e. \3 }7 D* l7 {Adding an orthographic view|添加一个正投影视图; y" v( W. E& ?, O) u8 X
Adding entries|添加记录, d" v! R; z: `3 I/ E; Q5 v& \
Adding members to assembly|添加成员到装配体中+ N; x. o' i" }: W, y2 c# q! k
Adding poles|添加极点: T9 @- S: a. r$ ]) r; [
Additional|附加的
/ c7 `* Y8 S% RAdjacency|相邻
" T- y. L" }, H- n; ^& g5 X6 ]9 JAdjacent Edges Devuation|相邻边偏差
! _( S6 m1 J6 X4 YAdjust|调整
: y% @1 ~. A6 W6 _! uAdrisor|顾问
' ?* e6 ^6 U1 `" K- a/ d, u$ Y# JAdvanced Lights|高级光
' |$ B! J* m: P! Z" r; fAdvantages over interpart expressions|超出部件间表达式的优点( Z/ c/ d Y& l G
Align|对齐
/ Q7 |) `+ D% ~( U5 @Align curve|对准曲线
: B: V; T5 r' _9 jAlign View|对齐视图7 h4 F; u* f7 v; m, k8 R
Aligning drawing views|对准图纸视图
1 L& c# m1 @* D3 {$ X3 Q% aAlignment|对准: X2 |* ]6 S; L
Alignment methods|对准方法5 K, m; U3 t' r
Alignment options|对准选项
3 r. b) Z) {1 c3 \# r$ n W; \All|全部
* \3 J$ m0 h9 f( s5 F) iAllow|允许
- z) n1 g* ^0 w* d9 DAllow substitution|允许替换% K6 D8 u M0 `" `0 `- w# _
Allowance|余量/ }( n& ? v* Q+ q
Along|沿着
% m5 \/ g* \* S0 V# V w/ t7 jAlong curve|沿曲线" ~5 p5 A3 _% q. n/ {- f/ s
Along direction|沿某一方向" \4 D/ T4 K5 g- q% o. }
Along driver normals|沿驱动的法向
$ X9 f x2 a- yAlong face normals|沿表面的法向
. c& [+ H& i4 ]Along fixed vector|沿固定矢量方向0 d+ Y7 k6 Q- t- v; V
Along vector|沿矢量方向8 J) v4 U- n3 N4 \3 E; R
Alternate|可变的$ H9 g: Q2 N% Z0 N% S
Alternate Solution|另解! R9 l* { e7 ?0 u/ g6 c& O
Alternates|替换7 l' s2 D- B7 |9 c2 b+ H) x
Analysis|分析" h) V- ~1 y* ?3 @, w+ |
Analysis and Reporting Functions|分析和报告功能
& a* y* t* B8 C0 w4 `8 |2 [0 zAnalysis Data Set Functions|分析数据集功能+ R5 x1 N- A4 i; K
Analysis Functions|分析功能
! V- l0 U& D% g, r8 V0 C gAnalysis Toolbar|分析工具条9 \2 v- f* Z; D$ r. V
Analysis type|分析类型. o$ q8 m# U' r6 J1 U4 E( z
Analysis Views Edge Highlight|分析视图边界高亮显示- C! T- G# O, [% d( m. m1 @* D
Analyze Shape|分析外形
/ E( d9 C) E G: u6 Q7 ~. zAnalyze Shape Toolbar|分析成形工具条
/ O/ I+ O" _8 u. O' [6 W; NAnalyzing|分析+ q7 H- s- D2 X! ~, e
Anchor and orientation point|锚点和方位点 s! w* W9 Q" A8 g- D* g: n3 y3 l
Anchor point|锚点9 R ?% V, J9 M3 _9 E
Angle|角度
. r) s6 [7 q% j: x! aAngle tolerande|角度公差
; f5 I: o! M6 {Angled extensions|角度延伸+ a) D1 b, l) _ l7 r
Angular|角度1 [ c( W b: x* k3 `+ k' x0 m
Angular dimensions|角度尺寸
' z, H9 C, }0 b3 H# G% e* pAngular law|角度规律
, h! ^2 Y$ c) bAnimate|动画模似" g/ o- ]- d) g/ n: Y
Animation|动画
7 c; {/ g2 |4 n' kAnisotropic material|各向异性材料
! p: w0 P# m2 A' Z$ dannotation|注释
8 `% t0 M" @: |Annotation editor|注释编辑器! K2 t0 v s1 y5 [, f `+ x3 {
Annotation Preferences|注释预设置
7 g9 k. `9 T2 V6 }Annotations|注释0 l* {- {# h6 m7 u
Ansys solve Ansys|解算器
! ]% d2 s6 E8 t( G5 v" VAntialiasing|反锯齿
% Q2 ^! F0 ?2 ^ zAny|任何
6 e7 @2 r: K1 \3 u* r$ AApex|顶点
- N; W0 o# X* o5 aApex string|顶点线串
, I( S1 O/ C {Apparent|外观
" P# e R0 L/ ?8 n4 W6 q4 DApparent intersection point|表观交点& v/ A2 {1 m6 C- Y8 d9 j' ^
Append|附加' I1 v0 g8 Q* `
Appended|组件+ D: [7 |% Q0 M( X' F
Appended text controls|附加文本控制
4 g" ?+ |" a; N7 o% tApplication|应用程序
5 ?& E, J: x2 v+ Z. P6 ?9 wApplication context|应用的上下文
0 A W0 G/ t5 A3 A6 H. y. a: @' `Application Toolbar|应用程序工具条
9 m! r0 e/ f5 ~' s w4 y* {Applications|应用
( H6 R. `: O4 a1 ]8 L5 jApplications of WAVE|WAVE的应用
" m$ s0 t7 ^: iApply|应用% Y& u& P$ _1 {
Apply Filter|应用过滤器, ^ N o+ l1 ~; T' C* p. C
Approx|近似
K' z& O9 z" D% aApproximate|近似& E0 t; f% ?4 X( i2 O8 L7 ^
Approximate Rho|近似的Rho值
) z1 `7 @7 e& k0 d% BArc|弧
* P0 u' j$ ?! [) ]Arc Center|圆心# u% B) J! V6 H6 o( Y2 @+ k
Arc Length|弧长3 z8 k" f' `/ Z8 ?
Arclength|弧长
+ a. c, u& f- K2 y; J# h2 cArea|面积
8 H5 `6 q4 q5 i/ V5 `) HArea law|面积规律
' z! q" M$ U8 v+ c; s3 N. g- E( rarray|阵列
% s5 T0 y& m/ O. ^ n0 Q' A: VArrow|箭头' E% C/ f- R' |& s9 \( c, U1 @
Arrow line display|箭头线显示
/ Y0 I( M3 o2 x7 vArrow segment|箭头段
4 }, A* M: q2 b+ u6 r0 e7 i! EArtistic Image|艺术图像; A& N# L3 z$ O f
ASCII|美国信息交换标准码% n. t w" j% O6 y& z k w
Aspect Ratio|纵横比* c& T4 h6 c5 h3 ^7 c( B
Assemble As Group|装配为组) O5 ?! }2 _; o( _! o. ^' `1 B$ A
Assemble Step|装配步骤
' H. ]8 p8 }/ l$ C: a! lAssemblies|装配* g `& g7 Z! @8 t* U9 K* _' I3 m
Assemblies Clearance|装配间隙
& ~0 a+ P; _2 O% e) R* C4 C0 _Assembly|装配
/ Y1 C% \1 z0 x+ x2 V$ T. UAssembly analysis|装配体分析
8 k! p0 O- L! b6 }: S7 \Assembly Hidden Line Removal|装配消隐线移去3 |% X. U5 `& B# p2 u6 [- f8 o
Assembly Modeling|装配建模
$ p3 ~6 r" y3 D3 G- }Assembly Navigator|装配导航器0 p8 c7 U& H' P% A
Assembly Navigator Tool|装配导航工具
# L- K6 C' l/ ?# O' Y" X# ]Assembly part|装配部件% p) m' r3 E3 Q% l5 z: k O
Assembly preferences|装配参数预设置
# H3 R4 h8 A% H2 CAssembly Sepuencing|装配导航器
( m2 W/ @$ B4 { gAssembly views|装配视图* Q, ~0 r6 x3 M8 o- m" \
Assembly Zone|装配区域( `8 b( w1 j0 q p0 d& A/ e
Assenbly Sequences|装配次序
4 [# U( F" U+ W* G& C; _ `5 O, v. oAssign|指定 f/ P7 d0 j8 ]
Assignment|分派
2 E$ C# Q: a1 X: J4 D" A$ UAssociate|关联# e* O/ w0 ^0 `) B) l( `
Associated|相关联的
- ]# X% d: a1 X+ {2 d1 m( LAssociative|关联
1 M1 B9 O$ \0 Y4 p$ U) IAssociative offsets|相关偏置
* H& _# s' v; C6 JAssociative View Scale|相关视图比例
! ]% R. Z) ]& e( aAssociativity|相关性
( z) ]+ o, _+ v9 H( k; hAssociativity of utility symbols|实用符号的相关性
( S! {( J" L% A4 j) PAt angle to vector|与矢量方向成角度
" s3 \8 X" M( u: l1 t7 ]2 |At Timestamp|按时间标记
]+ R ^1 X0 M+ ^' z5 c$ ]2 F: {Attachment|附着
# |; _- D7 I; |: u! vAttachment methods|附着方式
* x- Y( H9 n6 B. P8 yAttribute|属性. J- t. n# G+ [ q# |# n# W' b+ }
Attribute editor|属性编辑器3 ]: O% w. C: e# [9 Z @! d
Attributes|属性
$ [! V% | [: OAttributes hierarchy|属性优先级别( B( V* a2 _8 F# n+ h
Auto|自动
+ [& D1 I2 l$ JAuto dimension|自动尺寸标注
4 p- | r' q& @- wAutoballon|自动注释
4 R- y: f/ Y% P a- e- C pAutomatic|自动2 r1 J( x2 D! U8 i& l, D0 e; Q
Auxiliary|辅助- H ]% M; J( p6 l; v2 ]
Auxiliary View|辅助视图/ v. D& b( O2 N9 N- L4 b
axis|轴& r i/ M+ T3 _" ]2 i
Axisymmetric|轴对称
0 {0 G" f& |% CAxisymmetric analysis|轴对称分析
. M( Y' ]3 h! F1 XAxisymmetric loading|轴对称加载 |
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