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轻型汽车电子机械制动执行器及硬件在环试验台研究

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发表于 2008-11-20 18:28:29 | 显示全部楼层 |阅读模式
目录( k- i+ q0 `6 \% h: L: `6 J
第一章绪论.............................................................................................................14 e8 d( G; ^5 G. e- ]
1.1线控制动系统概述......................................................................................1
$ N5 |. G! o3 o" Y4 `4 I8 K1.1.1线控制动的研究背景.......................................................................1
+ l1 o& y, O5 E0 \& Y  i& u  `4 R1.1.2 EMB的组成及工作原理...................................................................2
' h- }+ e6 V) m! |1.1.3 EMB的优势.......................................................................................45 p3 O1 R  a  G; Y/ l* H4 z) Z
1.2 EMB发展概述.............................................................................................50 E% B1 ]2 G  o: O+ C6 p
1.2.1 EMB的历史及现状...........................................................................52 V5 k5 H" O' Y7 l# F
1.2.2 EMB未来研究方向...........................................................................6
2 D: G0 T$ ?+ P1.3 EMB执行器的典型结构.............................................................................7
: Z2 g% ]! ]% }/ F1.4 EMB硬件在环技术简介...........................................................................10% P$ B. V& l0 O+ s$ W0 c* \
1.5论文研究内容...........................................................................................11
5 d8 A1 ?* F$ x, q) j4 W! w第二章EMB执行器研究.......................................................................................137 M. m4 L' o& l/ B4 I
2.1 EMB执行器总体设计要求.......................................................................13* [8 F6 V% ]# }0 }2 P* U& d
2.2 EMB执行器的结构及工作原理...............................................................14
5 q( f- `6 f+ f0 S( }: A2.2.1电机.................................................................................................15
( S+ ]) p+ T% A) ]( ~. p0 _2.2.2运动转换装置.................................................................................16
6 w/ ]1 Y) [* @, b* Z2.2.3减速装置.........................................................................................17
6 U( g% F) K" a4 ^5 Z. k3 h0 G2.3 EMB执行器结构方案的确定...................................................................205 Z7 t. [: |+ |8 u
2.3.1方案一.............................................................................................20
1 w! Y5 d% k+ F2.3.2方案二.............................................................................................22$ S0 x3 Y' p1 C' ]8 D5 R0 \9 Y  o
2.3.3方案三.............................................................................................233 `5 t6 ?7 v! ]
2.4 EMB执行器设计计算方法.......................................................................24
, }* {8 ^0 j+ n4 M, L2.4.1滚珠丝杠选型及校核计算.............................................................24
- b( T& N2 o3 J% c2.4.2行星齿轮设计及校核计算.............................................................29% o; W# i# _) r0 a: @2 P
2.5 EMB执行器的研制...................................................................................35
% q' \7 B8 r: }2 m2.6本章小结...................................................................................................37' w- p* A8 f. m
第三章EMB执行器仿真模型研究.......................................................................39
" P3 p0 K" I/ K: M  D$ c" t3.1 EMB数学模型的建立...............................................................................392 t1 B% \3 l* m0 k# a3 F0 {: ?
3.1.1无刷直流电机模型.........................................................................409 `9 d( D: B4 e9 L
3.1.2通用电机模型.................................................................................42
, k5 d* I8 P. Z3.1.3传动机构及负载模型.....................................................................43" F. K0 a2 N# v
3.1.4制动器模型.....................................................................................44: C8 o+ j; \; F% S. c
3.2 EMB离线仿真模块...................................................................................44
& Y. M! O# x9 c- a- J( M+ {: y! D3.2.1无刷直流电机模块.........................................................................44
5 D  g( u6 @/ k  Y9 cI林大学硕士学位论文6 G1 X, w2 t' G; m0 e4 n4 @
3.2.2通用电机模块.................................................................................47
% G" Z+ e6 O) V: i, ^4 V3.2.3传动及制动器模块.........................................................................47
  N0 c1 O& M* Q9 P' H, u3.2.4电机控制系统模块.........................................................................48! y: b5 y8 `- L: l2 j" E
3.3本章小结...................................................................................................49) I/ u9 w+ j8 @1 U: B$ N% k
第四章EMB执行器的控制及仿真研究...............................................................51+ |1 x* i% u% V! x! d% V- f
4.1直流电机特性及其调速...........................................................................514 m7 q, N. L: h: R
4.1.1直流电机速度—转矩特性.............................................................51/ ^2 x) p+ R& R' Y' y+ @, Y
4.1.2直流电机双闭环调速系统.............................................................53- w: ]) R2 X# r
4.2 EMB电机控制系统设计...........................................................................54/ c2 l7 ]& x0 a; n, Z+ J( n
4.2.1 EMB控制系统的结构.....................................................................54
; c- B/ w% u/ H) I( j5 i" N( }" O4.2.2 EMB控制系统PI控制算法.............................................................55
5 ?! I) |- `. W  ^) @+ w4.2.3 EMB控制系统响应特性要求.........................................................565 z* C/ w- I" V- e
4.3 EMB执行器仿真分析...............................................................................57
2 _7 F# l4 v0 Z! U% s2 |3 L4.3.1 EMB执行器的仿真参数.................................................................57
: q! _0 y( x1 u1 V: ^3 E& O* N4.3.2通用电机仿真分析.........................................................................57
. ?: f1 Z' `! c: J; F! O' x1 G5 Y4 U4.3.3无刷直流电机仿真分析.................................................................60' ~/ i' e2 W: }8 e
4.4本章小结...................................................................................................64$ K1 f9 k, y0 `6 O2 S& ]) c9 S9 e' l
第五章EMB硬件在环试验台及试验研究...........................................................65
+ B# H) H1 Z  \# V1 O# u8 }& B5.1 EMB硬件在环试验台的总体方案...........................................................65+ p9 k$ V/ b8 i# F
5.2 EMB硬件在环试验台的研制...................................................................660 m; L: Q2 ~+ O/ \, q/ k& g4 j
5.2.1实时平台.........................................................................................67
5 a% w# l& ]# u1 ]2 N; y$ @5.2.2硬件部分.........................................................................................68' }3 e3 A* R9 R( j
5.2.3软件部分.........................................................................................70+ H' C2 ~$ r. h6 C: w/ G, K2 i+ T
5.3 EMB执行器性能试验研究.......................................................................71: Q. {; s8 z2 d- o; E
5.3.1电机速度特性.................................................................................71% {/ L6 g9 C$ \4 Y
5.3.2 EMB执行器试验结果及分析.........................................................722 ^! o" D! z' h! l/ v
5.3.3 EMB执行器夹紧力估算.................................................................72: H* U; i1 t& E: s  g
5.4本章小结...................................................................................................76$ n3 j+ I5 f8 p( s! T4 ^( G$ f' o
第六章全文总结与展望.......................................................................................77- b' n. W( {) P0 q5 u
6.1结论...........................................................................................................773 h7 f4 E1 V) i" e# h, N7 U
6.2展望...........................................................................................................78

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