AutoCAD 2012中文版快捷命令速学通
《AutoCAD 2012中文版快捷命令速学通》是2012年机械工业出版社出版的图书，作者是王敏。
AutoCAD 2012中文版快捷命令速学通基本信息
| 中文名 | AutoCAD 2012中文版快捷命令速学通 | 作 者 | 王敏等编著 |
|---|---|---|---|
| 出版社 | 机械工业出版社 | 出版日期 | 2012.3 |
| ISBN | 978-7-111-37603-3 | 定 价 | 42 |
CAD是美国Autodesk公司推出的集二维绘图、三维设计、渲染及通用数据库管理和互联网通信功能于一体的计算机辅助绘图软件包。自1982年推出以来，从初期的1.0版本，经多次版本更新和性能完善，现已发展到AutoCAD 2012，不仅在机械、电子和建筑等工程设计领域得到了广泛的应用，而且在地理、气象、航海等特殊图形的绘制，甚至乐谱、灯光、幻灯和广告等领域也得到了多方面的应用，目前已成为微型计算机CAD系统中应用最为广泛的图形软件之一。
本书的编者都是各高校多年从事计算机图形教学研究的一线人员，具有丰富的教学实践经验与教材编写经验。多年的教学工作使他们能够准确地把握读者的心理与实际需求。在AutoCAD 2012版本面市之际，编者根据读者工程应用学习的需要编写了此书，本书凝结着编者们的经验与体会，贯彻着他们的教学思想，希望能够为广大读者的学习起到良好的引导作用，为广大读者自学提供一个简洁有效的终南捷径。
本书有以下五大特色：
作者权威 本书作者是Autodesk公司中国认证考试官方教材指定执笔作者，有多年的计算机辅助设计工作和教学经验。本书是作者总结多年的设计经验以及教学的心得体会，精心编著的，力求全面细致地展现出AutoCAD 2012在设计领域的各种功能和使用方法。
内容简洁 本书在有限的篇幅内，讲解了利用快捷命令的方式进行快速绘图的方法与技巧，帮助那些希望掌握AutoCAD快速绘图技巧的读者找到一条学习的终南捷径。
实例专业
本书中引用的实例都来自设计工程实践，典型、实用。这些实例经过作者精心提炼和改编，不仅保证了读者能够学好知识点，更重要的是能帮助读者掌握实际的操作技能。
提升技能 本书从全面提升设计与AutoCAD应用能力的角度出发，结合具体的案例来讲解如何利用AutoCAD 2012进行工程设计，真正让读者懂得计算机辅助设计，从而独立地完成各种工程设计。
知行合一 结合典型的工程设计实例详细讲解AutoCAD 2012设计知识要点，让读者在学习案例的过程中潜移默化地掌握AutoCAD 2012软件操作技巧，同时培养了工程设计实践能力。
本书利用快捷命令的方式重点介绍了AutoCAD 2012中文版的新功能及各种基本操作方法的快捷命令和技巧，并讲解了具体应用实例。全书分为13章，分别介绍了AutoCAD 2012的有关基础知识、二维图形的绘制与编辑、各种基本绘图工具、文本与表格、尺寸标注、图块、辅助绘图工具、绘制和编辑三维表面、实体造型、机械设计工程实例、建筑设计工程实例和电气设计工程实例等内容。
本书可以作为AutoCAD初学者的快速入门教材，也可作为工程技术人员的参考工具书。
AutoCAD 2012中文版快捷命令速学通造价信息
前言
第1章 AutoCAD 2012入门················································· 1
1.1 操作环境简介·························································· 1
1.1.1 操作界面（Ctrl 9、F2）······································· 2
1.1.2 绘图系统配置（OPTIONS，OP）··························· 4
1.1.3 绘图环境设置（UNIT，UN）································ 6
1.2 基本操作入门·························································· 6
1.2.1 命令输入方法····················································· 7
1.2.2 数据输入方式····················································· 8
1.2.3 基本编辑操作（Ctrl Z）····································· 11
1.3 文件管理······························································· 11
1.3.1 新建文件（Ctrl N）········································· 12
1.3.2 打开文件（Ctrl O）········································· 12
1.3.3 保存文件（Ctrl S）··········································· 13
1.3.4 另存为（Ctrl Shift S）····································· 14
1.3.5 退出（Ctrl Q）················································ 14
第2章 基本二维绘图命令·················································· 16
2.1 直线类命令···························································· 16
2.1.1 直线（LINE，L）············································· 16
2.1.2 操作实例——粗糙度符号···································· 17
2.1.3 构造线（XLINE，XL）······································ 17
2.2 圆类图形命令························································ 18
2.2.1 圆（CIRCLE，C）············································ 19
2.2.2 操作实例——哈哈猪·········································· 19
2.2.3 圆弧（ARC，A）············································· 21
2.2.4 操作实例——电抗器符号···································· 22
2.2.5 圆环（DONUT，DO）······································· 23
2.2.6 椭圆与椭圆弧（ELLIPSE，EL）··························· 24
2.2.7 操作实例——感应式仪表符号······························ 24
2.3 平面图形命令························································ 25
2.3.1 矩形（RECTANG，REC）·································· 26
2.3.2 操作实例——缓吸继电器线圈······························ 26
2.3.3 正多边形（POLYGON，POL）···························· 27
2.3.4 操作实例——八角凳·········································· 27
2.4 点·········································································· 28
2.4.1 绘制点（POINT，PO）······································ 28
2.4.2 等分点（DIVIDE，DIV）··································· 28
2.4.3 测量点（MEASURE，ME）································ 29
2.4.4 操作实例——楼梯············································· 29
2.5 综合实例——汽车简易造型··································· 30
第3章 基本绘图工具························································· 32
3.1 缩放与平移···························································· 32
3.1.1 实时缩放（ZOOM，Z）····································· 32
3.1.2 实时平移（PAN，P）········································ 33
3.2 图层设计······························································· 33
3.2.1 设置图层（LAYER，LA）·································· 33
3.2.2 图层的线型（LINETYPE，LT）··························· 34
3.2.3 颜色的设置（COLOR，COL）····························· 34
3.2.4 操作实例——螺栓············································· 35
3.3 精确定位工具························································ 37
3.3.1 捕捉工具（DSETTINGS，SE）···························· 37
3.3.2 栅格工具（DSETTINGS，SE）···························· 38
3.3.3 正交模式（ORTHO，F8）·································· 39
3.4 对象捕捉工具························································ 39
3.4.1 特殊位置点捕捉（TT）······································ 39
3.4.2 设置对象捕捉（DSETTINGS，SE）······················ 40
3.4.3 操作实例——盘盖············································· 42
3.5 对象约束······························································· 43
3.5.1 建立几何约束··················································· 43
3.5.2 几何约束设置（CONSTRAINTSETTINGS，
CSETTINGS）·················································· 44
3.5.3 操作实例——相切及同心的两圆··························· 45
3.6 对象追踪······························································· 47
3.6.1 设置对象捕捉追踪（DSETTINGS，SE）················ 47
3.6.2 设置极轴追踪（DSETTINGS，SE）······················ 47
3.6.3 操作实例——方头平键······································· 48
3.7 综合实例——泵轴················································· 52
第4章 二维编辑命令························································· 58
4.1 选择对象······························································· 58
4.2 删除及恢复命令····················································· 60
4.2.1 删除命令（ERASE，E）····································· 61
4.2.2 恢复命令（OOPS，U）······································ 61
4.2.3 清除命令（DEL键）········································· 62
4.3 复制类命令···························································· 62
4.3.1 复制命令（COPY，CO）··································· 62
4.3.2 操作实例——三相变压器符号······························ 63
4.3.3 镜像命令（MIRROR，MI）································ 64
4.3.4 操作实例——整流桥电路···································· 65
4.3.5 偏移命令（OFFSET，O）··································· 66
4.3.6 操作实例——液晶显示器···································· 67
4.3.7 阵列命令（ARRAY，AR）································· 70
4.3.8 操作实例——轴承端盖······································· 71
4.4 改变位置类命令····················································· 72
4.4.1 移动命令（MOVE，M）···································· 72
4.4.2 旋转命令（ROTATE，RO）································ 73
4.4.3 操作实例——曲柄············································· 74
4.4.4 缩放命令（SCALE，SC）··································· 75
4.4.5 操作实例——花盘············································· 76
4.5 改变几何特性类命令·············································· 77
4.5.1 分解命令（EXPLODE，X）································ 77
4.5.2 合并命令（JOIN，J）········································ 78
4.5.3 修剪命令（TRIM，TR）····································· 78
4.5.4 操作实例——绞套············································· 79
4.5.5 圆角命令（FILLET，F）···································· 80
4.5.6 操作实例——挂轮架·········································· 80
4.5.7 倒角命令（CHAMFER，CHA）··························· 87
4.5.8 操作实例——洗菜盆·········································· 87
4.5.9 延伸命令（EXTEND，EX）································ 89
4.5.10 操作实例——沙发··········································· 90
4.5.11 拉伸命令（STRETCH，S）······························· 91
4.5.12 实例——门把手·············································· 92
4.5.13 拉长命令（LENGTHEN，LEN）························· 95
4.5.14 操作实例——挂钟··········································· 96
4.5.15 打断命令（BREAK，BR）································ 96
4.5.16 操作实例——删除中心线·································· 97
4.5.17 打断于点······················································· 97
4.6 综合实例——螺母················································· 98
第5章 高级二维绘图命令················································ 106
5.1 多线···································································· 106
5.1.1 绘制多线（MLINE，ML）································ 106
5.1.2 定义多线样式················································· 107
5.1.3 编辑多线······················································· 107
5.1.4 操作实例——墙体··········································· 108
5.2 多段线································································· 111
5.2.1 绘制多段线（PLINE，PL）······························· 112
5.2.2 编辑多段线（PEDIT，PE）······························· 112
5.2.3 操作实例——交通标志····································· 112
5.3 样条曲线······························································ 116
5.3.1 绘制样条曲线（SPLINE，SPL）························· 116
5.3.2 编辑样条曲线（SPLINEDIT，SPE）···················· 116
5.3.3 操作实例——灯具··········································· 117
5.4 面域····································································· 119
5.4.1 创建面域（REGION，REG）····························· 119
5.4.2 面域的布尔运算（UNION，UNI）······················ 120
5.4.3 操作实例——法兰盘········································ 120
5.5 对象特性修改命令··············································· 123
5.5.1 钳夹功能······················································· 123
5.5.2 特性选项板（Ctrl 1）······································ 124
5.5.3 特性匹配（MATCHPROP，MA）······················· 124
5.5.4 操作实例——三环旗········································ 125
5.6 图案填充····························································· 130
5.6.1 图案填充的操作（HATCH，H）························· 130
5.6.2 编辑填充图案（HATCHEDIT，HE）··················· 131
5.7 综合实例——旋钮··············································· 132
第6章 文本与表格··························································· 140
6.1 文字样式（STYLE，ST）···································· 140
6.2 文本标注····························································· 141
6.2.1 单行文本标注（TEXT）···································· 142
6.2.2 多行文本标注（MTEXT，T）···························· 144
6.3 文本编辑（DDEDIT，ED）································· 146
6.4 表格···································································· 146
6.4.1 表格样式（TABLESTYLE，TS）························ 146
6.4.2 表格绘制（TABLE，TB）································· 148
6.4.3 表格编辑（TABLEDIT）··································· 149
6.4.4 操作实例——公园设计植物明细表······················ 149
6.5 综合实例——A3样板图······································· 152
第7章 尺寸标注······························································ 160
7.1 标注样式（DIMSTYLE，D）······························· 160
7.2 标注尺寸····························································· 165
7.2.1 标注尺寸快捷命令··········································· 166
7.2.2 操作实例——标注挂轮架·································· 166
7.3 引线标注····························································· 170
7.3.1 引线标注方式（LEADER，LEAD）···················· 170
7.3.2 快速引线标注（QLEADER，LE）······················· 171
7.3.3 多重引线······················································· 172
7.3.4 操作实例——标注泵轴尺寸······························· 173
7.4 形位公差（TOLERANCE，TOL）························ 179
7.5 综合实例——标注阀盖········································ 179
第8章 快捷绘图工具······················································· 186
8.1 对象查询····························································· 186
8.1.1 查询距离（DIST，DI）···································· 187
8.1.2 查询列表（LIST，LI）····································· 187
8.2 图块操作····························································· 188
8.2.1 定义图块（BLOCK，B）·································· 188
8.2.2 写块（WBLOCK，W）···································· 189
8.2.3 图块的插入（INSERT，I）································ 190
8.2.4 操作实例——标注阀盖粗糙度···························· 191
8.2.5 动态块（BEDIT，BE）····································· 194
8.2.6 操作实例——利用动态块功能标注阀盖粗糙度······· 196
8.3 图块的属性·························································· 197
8.3.1 定义图块属性（ATTDEF，ATT）······················· 198
8.3.2 修改属性的定义（DDEDIT）····························· 198
8.3.3 图块属性编辑（ATTEDIT，ATE）······················ 199
8.3.4 操作实例——利用属性功能标注阀盖粗糙度·········· 201
8.4 设计中心····························································· 202
8.4.1 启动设计中心（ADCENTER，ADC）·················· 202
8.4.2 插入图块······················································· 203
8.4.3 图形复制······················································· 204
8.5 工具选项板·························································· 204
8.5.1 打开工具选项板（TOOLPALETTES，TP）··········· 204
8.5.2 新建工具选项板·············································· 205
8.5.3 向工具选项板添加内容····································· 206
8.6 综合实例——电路图绘制····································· 207
第9章 三维图形绘制······················································· 212
9.1 三维坐标系统······················································ 212
9.1.1 坐标系设置（UC）·········································· 212
9.1.2 创建坐标系 (UCS)········································· 214
9.1.3 动态坐标系···················································· 216
9.2 三维观察····························································· 217
9.2.1 动态观察（3DORBIT）··································· 217
9.2.2 视图控制器（NAVVCUBE）···························· 220
9.3 显示形式····························································· 220
9.3.1 消隐（HIDE，HI）·········································· 221
9.3.2 视觉样式（VSCURRENT）······························ 221
9.3.3 视觉样式管理器（VISUALSTYLES）················ 223
9.4 绘制三维网格······················································ 224
9.4.1 基本三维网格················································· 224
9.4.2 直纹网格（RULESURF）·································· 225
9.4.3 平移网格（TABSURF）···································· 226
9.4.4 边界网格（EDGESURF）································· 227
9.4.5 旋转网格（REVSURF，REV）·························· 228
9.4.6 操作实例——足球门········································ 229
9.5 创建基本三维实体··············································· 233
9.5.1 创建长方体（BOX）········································ 233
9.5.2 圆柱体（CYLINDER，CYL）···························· 235
9.5.3 操作实例——弯管接头····································· 236
9.6 特征操作····························································· 238
9.6.1 拉伸（EXTRUD，EXT）·································· 238
9.6.2 操作实例——旋塞体········································ 239
9.6.3 旋转(REVOLVE，REV)···································· 242
9.6.4 操作实例——内六角圆柱头螺钉························· 243
9.6.5 扫掠(SWEEP)················································ 247
9.6.6 操作实例——锁·············································· 249
9.6.7 放样(LOFT)·················································· 253
9.6.8 拖曳（PRESSPUL）········································ 256
9.7 综合演练——轴承座············································ 257
第10章 三维图形编辑····················································· 260
10.1 渲染实体···························································· 260
10.1.1 贴图（MATERIALMAP）······························ 260
10.1.2 材质···························································· 262
10.1.3 渲染···························································· 264
10.2 三维倒角与圆角················································· 265
10.2.1 倒角(CHAMFER，CHA)································ 265
10.2.2 圆角(FILLET,F)·············································· 266
10.2.3 操作实例——手柄·········································· 267
10.3 三维编辑···························································· 270
10.3.1 三维阵列(3DARRAY)···································· 270
10.3.2 操作实例——法兰盘······································· 271
10.3.3 三维镜像（MIRROR3D）································ 274
10.3.4 操作实例——手推车小轮································· 275
10.3.5 对齐对象(ALIGN,AL)···································· 279
10.3.6 三维移动（3DMOVE）································· 280
10.3.7 三维旋转（3DROTATE）······························· 281
10.3.8 操作实例——弯管·········································· 282
10.4 特殊视图···························································· 285
10.4.1 剖切（SLICE，SL）······································· 285
10.4.2 剖切断面（SECTION，SEC）·························· 286
10.4.3 干涉检查(INTERFERE，INF)·························· 287
10.4.4 操作实例——阀芯立体图································· 289
10.5 编辑实体···························································· 291
10.5.1 拉伸面(SOLIDEDIT)····································· 291
10.5.2 移动面(SOLIDEDIT)····································· 292
10.5.3 偏移面(SOLIDEDIT)····································· 293
10.5.4 抽壳(SOLIDEDIT)········································ 294
10.5.5 操作实例——闪盘·········································· 295
10.6 综合实例——阀盖·············································· 299
第11章 机械设计综合实例··············································· 304
11.1 完整零件图绘制方法·········································· 304
11.1.1 零件图内容··················································· 304
11.1.2 零件图绘制过程············································· 304
11.2 齿轮零件图绘制················································· 305
11.2.1 配置绘图环境················································ 305
11.2.2 绘制齿轮······················································ 305
11.2.3 标注齿轮······················································ 308
11.2.4 填写标题栏与技术要求···································· 313
11.3 装配图内容························································ 314
11.4 齿轮泵装配图绘制·············································· 314
11.4.1 绘制轴总成··················································· 314
11.4.2 齿轮泵总成设计············································· 317
11.4.3 标注齿轮泵总成············································· 319
11.4.4 填写标题栏及技术要求···································· 321
第12章 建筑设计综合实例·············································· 322
12.1 关于建筑设计····················································· 322
12.2 某宿舍楼平面图绘制·········································· 323
12.2.1 实例简介······················································ 323
12.2.2 底层平面图··················································· 324
12.2.3 标准层平面图················································ 334
12.3 某宿舍楼立面图绘制·········································· 340
12.3.1 前期工作······················································ 340
12.3.2 底层立面绘制················································ 341
12.3.3 标准层立面绘制············································· 343
12.3.4 配景、文字及尺寸标注···································· 347
12.4 某宿舍楼剖面图绘制·········································· 347
12.4.1 前期工作······················································ 348
12.4.2 底层剖面绘制················································ 349
12.4.3 标准层立面绘制············································ 352
12.4.4 顶层剖面绘制················································ 354
12.4.5 文字及尺寸标注············································· 355
12.5 某宿舍楼卫生间大样图······································· 355
第13章 电气设计综合实例·············································· 357
13.1 电气工程图概述················································· 357
13.2 铣床电气设计····················································· 358
13.2.1 设置绘图环境················································ 360
13.2.2 主回路设计··················································· 360
13.2.3 控制回路设计················································ 362
13.2.4 照明指示回路设计·········································· 363
13.2.5 工作台进给控制回路设计································· 364
13.2.6 添加文字说明················································ 364
13.2.7 电路原理说明················································ 365
13.3 绘制停电来电自动告知线路图···························· 366
13.3.1 设置绘图环境················································ 367
13.3.2 绘制线路结构图············································· 367
13.3.3 绘制各图形符号············································· 368
13.3.4 将图形符号插入结构图···································· 378
13.3.5 添加注释文字················································ 3782100433B
本书利用快捷命令的方式重点介绍了AutoCAD 2012中文版的新功能及各种基本操作方法的快捷命令和技巧，并讲解了具体应用实例。全书分为13章，分别介绍了AutoCAD 2012的有关基础知识、二维图形的绘制与编辑、各种基本绘图工具、文本与表格、尺寸标注、图块、辅助绘图工具、绘制和编辑三维表面、实体造型、机械设计工程实例、建筑设计工程实例和电气设计工程实例等内容。
本书可以作为AutoCAD初学者的快速入门教材，也可作为工程技术人员的参考工具书。
AutoCAD 2012中文版快捷命令速学通常见问题
-
请重新设置字体样式~~把字体选择下的使用大字体的钩去掉~
-
AutoCAD Electrical 2010简体中文版具体介绍
AutoCAD Electrical 2010(64位) 【基本介绍】AutoCAD® Electrical软件是专为电气控制设计师设计的AutoCAD®软件，可帮助用户创建和优化电气...
-
2008行吗？发过去了
AutoCAD 2012中文版快捷命令速学通文献
AUTOCAD 2004 简体中文版培训讲义
AUTOCAD 2004 简体中文版培训讲义
Autocad2013官方(64位)简体中文版安装图文教程
Autocad2013 官方（ 64位）简体中文版安装图文教程 江苏建筑职业技术学院 计算机中心 朱鸿博 整理 注：不足之处，望大家谅解，仅供学习使用，不得用于商业！ Autocad2013【cad2013】官方简体中文破解版（ 64位）介绍 AutoCAD2013, 简称 cad2013,是 Autodesk 公司继 AutoCAD 2012 之后发布的又一大作。发布时间 2012年，本 文提供的是 64位安装版本，请大家注意配合增加的系统来选择需要的版本。 下面我们来看看 AutoCAD2013 的新功能特点： 1，CAD2013 增加用户的交互命令行。 2，增加新功能：点云支持。 3，增强阵列方面的功能。 4，外部参照和光栅图像方面的功能进一步提高。 5，快速查看图形及图案填充编辑器。 6，画布内可以直接进行特性预览。 AutoCAD 2013 目前可用于 Windows 和 Mac
《AutoCAD 2013中文版快捷命令速学手册》利用快捷命令的方式重点介绍了AutoCAD 2013中文版各种基本操作方法和技巧。全书分为11章，分别介绍了AutoCAD 2013的有关基础知识、二维图形的绘制与编辑、各种基本绘图工具、文字与表格、尺寸标注、各种辅助绘图工具等内容。最后，介绍了利用快捷命令的方式绘制机械、建筑和电气工程图纸的实例。
《AutoCAD 2012应用与开发系列：AutoCAD制图快捷命令一览通（2012版）》特色：
工具性：每个命令均给出完整命令和快捷命令的对比，通过案例快速而直接地给读者演示快捷命令的使用，书后提供的快捷命令附录几乎涵盖了所有AutoCAD常用的命令，便于读者查阅。
实用性：《AutoCAD 2012应用与开发系列：AutoCAD制图快捷命令一览通（2012版）》涉及快捷命令都是绘图过程中的常用命令，重要且典型，案例专门针对具体命令而设计，并配有相应的视频教学、书后的基础和技能测试题可以帮助用户巩固和练习各个命令的使用。
系统性：《AutoCAD 2012应用与开发系列：AutoCAD制图快捷命令一览通（2012版）》循序渐进地给读者介绍了AutoCAD软件的各种常用功能，包括AutoCAD绘图环境和文件操作，图层使用，二维图形对象创建及编辑，文字和尺寸标注的创建和编辑，三维视图操作，三维实体创建和编辑等。
《新手速成·中文版AutoCAD 2012绘图快捷命令全能速查宝典》4步式全能讲解：快捷键 命令 按钮 菜单，四步式全能操作模式，多角度应用软件。
17个中型实例精讲：在12个章节中均配有中型实例，结合各章知识点进行实战操作，达到“即学即用”的效果。
80多个技巧点拨放送：80多个Aut0CAD2012实战技巧、设计经验等，毫无保留地奉献给读者，提高读者学习与工作效率。
90多个快捷命令总结：全书共总结了最实用的90多个快捷命令，帮助读者快速学习并精通软件应用。
130多个小型实例奉献：书中以理论与实例相结合的方式，布局了130多个小型范例进行详解，让读者快速掌握并实际运用。
200多个操作命令应用：全书提供了200多个操作命令，系统地讲解了AutoCAD的功能应用及操作。
240多分钟视频演示：书中实例全部录制了带语音讲解的演示视频，时间长度达240多分钟，读者可以观看视频轻松学习。
500款超值素材赠送：500款素材通过随书附带的光盘赠送给读者，读者可以随调随用，直接运用于各行各业的设计中。
650多张图片全程图解：《新手速成·中文版AutoCAD 2012绘图快捷命令全能速查宝典》采用了650多张图片，对软件的技术、案例的讲解，进行了全程的图解，让内容变得更通俗易懂。
AutoCAD 2012中文版快捷命令速学通相关推荐
- 相关百科
- 相关知识
- 相关专栏
- AutoCAD 2012中文版机械制图实例详解
- AutoCAD 2012中文版机械制图50例
- AutoCAD 2012中文版机械设计从入门到精通
- AutoCAD 2012中文版电气制图实例详解
- AUTOCAD 2012中文版电气设计从基础到实训
- AutoCAD 2012中文版电气设计标准实例教程
- AutoCAD 2012中文版电气设计标准教程
- AutoCAD 2012中文版绘图快捷命令高手速成
- AutoCAD 2012使用教程
- AutoCAD 2012基础教程
- AutoCAD 2012室内家装设计实战：风格与户型篇
- AutoCAD 2012室内装饰装潢设计从入门到精通
- AutoCAD 2012室内设计与制作技能基础教程
- AutoCAD 2012室内设计绘图基础入门与范例精通
- AutoCAD 2012工程绘图教程
- AutoCAD 2012应用与开发系列：
- 亿阳信通中标环城高速公路晋江至石狮段机电工程项目
- 中国水电路桥武邵高速公路六标项目质量检验试验计划
- 园艺学课程教学改革
- 基于超磁致伸缩效应的新型液压高速开关阀
- 乍嘉苏高速公路改性沥青SMA—13面层试验段施工
- 招标控制价管理规定【辽住建发(2012)27号】
- 园林苗圃学课程实践教学基地建设
- 乍嘉苏高速公路改性沥青SMA-13面层试验段施工
- 张涿高速南水北调干渠特大桥主桥边跨现浇段预压施工
- 基于CMOS工艺的二维风速传感器的设计和测试
- 张潘明污水处理厂初步设计说明书(水质工程学课程)
- 无机材料工艺学课程改革探索
- 在2012年全市保障性安居工程现场推进会上的讲话
- 智能点型离子感烟探测器和普通感烟探测器有什么区别
- 云母/氟磷灰石生物玻璃陶瓷的体内外生物学性能
- 依七高速公路施工期环境保护与水土保持管理方案
最新词条
安徽省政采项目管理咨询有限公司
数字景枫科技发展（南京）有限公司
怀化市人民政府电子政务管理办公室
河北省高速公路京德临时筹建处
中石化华东石油工程有限公司工程技术分公司
手持无线POS机
广东合正采购招标有限公司
上海城建信息科技有限公司
甘肃鑫禾国际招标有限公司
烧结金属材料
齿轮计量泵
广州采阳招标代理有限公司河源分公司
高铝碳化硅砖
博洛尼智能科技（青岛）有限公司
烧结刚玉砖
深圳市东海国际招标有限公司
搭建香蕉育苗大棚
SF计量单位
福建省中亿通招标咨询有限公司
泛海三江
威海鼠尾草
广东国咨招标有限公司
Excel 数据处理与分析应用大全
甘肃中泰博瑞工程项目管理咨询有限公司
山东创盈项目管理有限公司
拆边机
当代建筑大师
广西北缆电缆有限公司
大山槟榔
上海地铁维护保障有限公司通号分公司
舌花雏菊
甘肃中维国际招标有限公司
华润燃气（上海）有限公司
湖北鑫宇阳光工程咨询有限公司
GB8163标准无缝钢管
中国石油炼化工程建设项目部
韶关市优采招标代理有限公司
莎草目
建设部关于开展城市规划动态监测工作的通知
电梯平层准确度
广州利好来电气有限公司
苏州弘创招投标代理有限公司