中图网

>

研究生/本科/专科教材

>

工学

工程训练

作者：王好臣刘江臣

出版社：机械工业出版社出版时间：2020-03-01

开本： 26cm 页数： 298页

本类榜单：教材销量榜

中图价:¥47.5(7.3折) 定价 ~~¥65.0~~ 登录后可看到会员价

加入购物车收藏

运费6元，满39元免运费

?新疆、西藏除外

本类五星书更多>

>
中医基础理论

中医基础理论

¥51.7¥59
>
高校军事课教程

高校军事课教程

¥14.2¥38
>
思想道德与法治(2021年版)

思想道德与法治(2021年版)

¥8.8¥18
>
毛泽东思想和中国特色社会主义理论体系概论(2021年版)

毛泽东思想和中国特色社会主义理论体系概论(2021年版)

¥11¥25
>
中医内科学·全国中医药行业高等教育“十四五”规划教材

中医内科学·全国中医药行业高等教育“十四五”规划教材

¥85.1¥99
>
中医诊断学--新世纪第五版

中医诊断学--新世纪第五版

¥50.9¥58
>
中药学·全国中医药行业高等教育“十四五”规划教材

中药学·全国中医药行业高等教育“十四五”规划教材

¥85.1¥99

商品详情
商品评论(0条)

中图价:¥47.5 加入购物车

版权信息
内容简介
目录

工程训练版权信息

ISBN：9787111645627
条形码：9787111645627 ; 978-7-111-64562-7
装帧：平装-胶订
册数：暂无
重量：暂无
所属分类：
教材
>
研究生/本科/专科教材
>
工学

工程训练内容简介

本书是根据普通高等学校机械基础课程教学指导分委员会制定的机械制造实习教学基本要求，结合工程训练课程改革的实践，借鉴国内同类课程的有益经验编写而成的。全书分为5篇16章。第1篇为概论，包括工程训练课程概述、机械工程材料及热处理共2章；第 2篇为材料成形，包括铸造成形、锻压成形、焊接成形和陶艺共 4章；第 3篇为常规切削加工，包括车削加工、铣削加工、磨削加工和钳工共4章；第4篇为现代制造技术，包括数控加工、特种加工和智能制造共3章；第5篇为综合训练与创新，包括机械加工质量与检测、机械装配与拆卸和典型零件加工工艺共3章。本书内容突出了工程训练的教育性、真实性、创新性和完整性，强调对学生工程实践能力、工程素质和创新思维的培养，突出工程应用。本书可作为普通高等学校各专业本科、专科工程训练教学用书，也可供高职、高专、成人高校相关专业选用，还可作为相关工程技术人员的参考用书。

工程训练目录

前言第 1篇概论第 1章课程概述 ···································· 1 1.1 制造业的过去、现在和未来 ··········· 1 1.2 课程性质、目的与教学内容 ··········· 2 1.2.1 课程性质与目的 ····················· 2 1.2.2 课程的教学内容 ····················· 3 1.3 课程学习方法及安全要求 ·············· 4 第 2章机械工程材料及热处理 ············· 5 2.1 机械工程材料的分类及应用 ··········· 5 2.1.1 机械工程材料的分类 ··············· 5 2.1.2 机械工程材料的应用 ··············· 5 2.2 常用钢铁材料简介 ······················· 6 2.2.1 钢······································· 6 2.2.2 铸铁···································· 7 2.3 钢铁材料现场鉴别方法 ················· 8 2.3.1 火花鉴别······························ 8 2.3.2 色标鉴别······························ 9 2.3.3 断口鉴别·····························10 2.3.4 音响鉴别·····························10 2.4 非铁金属简介 ····························10 2.4.1 铝及铝合金··························10 2.4.2 铜及铜合金··························11 2.5 金属材料的力学性能 ···················11 2.5.1 强度···································12 2.5.2 塑性···································12 2.5.3 硬度···································12 2.5.4 冲击韧度·····························13 2.5.5 疲劳强度·····························13 2.6 金属材料热处理 ·························13 2.6.1 退火与正火··························14 2.6.2 淬火与回火··························15 2.6.3 表面热处理··························16 2.6.4 金属表面改性·······················17 2.7 金相基础 ··································19 2.7.1 金相取样的原则 ····················20 2.7.2 金相试样的制备 ····················20 2.7.3 铁碳平衡组织的金相观察 ········24 2.8 热处理安全操作规程 ···················24 第 2篇材料成形第 3章铸造成形 ···································26 3.1 概述 ········································26 3.2 砂型铸造 ··································27 3.2.1 造型材料性能及组成 ··············27 3.2.2 常用造型方法·······················28 3.2.3 浇注系统及其设置 ·················33 3.2.4 型芯的结构及制作 ·················34 3.2.5 砂型制作案例·······················35 3.3 铸造合金的熔炼及浇注工艺 ··········37 3.3.1 铸铁的熔炼··························37 3.3.2 铸钢的熔炼··························39 3.3.3 非铁金属的熔炼 ····················40 3.3.4 铝合金熔炼案例 ····················40 3.4 特种铸造方法及应用 ···················42 3.4.1 熔模铸造·····························42 3.4.2 金属型铸造··························43 3.4.3 离心铸造·····························43 3.4.4 压力铸造·····························44 3.4.5 低压铸造·····························44 3.4.6 实型铸造·····························44 3.5 铸造缺陷及其分析 ······················45 3.6 铸造安全操作规程 ······················46 第 4章锻压成形 ···································48 4.1 概述 ········································48 4.1.1 常用压力加工方法 ·················48 4.1.2 坯料的加热和锻件的冷却 ········49 4.2 自由锻 ·····································52 4.2.1 自由锻设备··························52 4.2.2 自由锻工具··························53 4.2.3 自由锻工序··························53 4.2.4 自由锻工艺规程 ····················56 4.2.5 自由锻案例··························57 4.3 模锻和胎模锻 ····························59 4.3.1 模锻···································59 4.3.2 胎模锻································60 4.4 板料冲压 ··································61 4.4.1 冲压设备·····························61 4.4.2 冲压工序·····························62 4.4.3 冲模···································63 4.4.4 冲压模具拆装案例 ·················64 4.5 锻造安全操作规程 ······················65 4.6 冲压安全操作规程 ······················66 第 5章焊接成形 ···································67 5.1 概述 ········································67 5.2 焊条电弧焊 ·······························68 5.2.1 焊接设备·····························70 5.2.2 焊钳及其他辅助工具 ··············72 5.2.3 焊条···································72 5.2.4 焊条电弧焊焊接工艺 ··············74 5.2.5 焊条电弧焊操作 ····················77 5.3 气焊与切割 ·······························80 5.3.1 气焊···································80 5.3.2 切割···································83 5.4 其他焊接方法及焊接机器人 ··········85 5.4.1 气体保护焊··························85 5.4.2 埋弧焊································87 5.4.3 压焊···································88 5.4.4 钎焊···································90 5.4.5 激光焊································90 5.4.6 焊接机器人··························90 5.5 焊接缺陷与焊接变形 ···················92 5.5.1 焊接缺陷与检验 ····················92 5.5.2 焊接变形·····························93 5.6 焊接安全操作规程 ······················94 5.6.1 焊条电弧焊安全操作规程 ········94 5.6.2 气焊气割安全操作规程 ···········94 第 6章陶艺 ···········································96 6.1 概述 ········································96 6.1.1 陶瓷的发展历史 ····················96 6.1.2 陶艺制作常用泥料 ·················97 6.1.3 陶艺制作常用设备及工具 ········97 6.2 陶艺基本成型方法 ······················97 6.3 陶艺装饰方法 ····························99 6.4 陶艺烧成工艺 ·························· 100 6.5 安全操作规程 ·························· 100 第 3篇常规切削加工第 7章车削加工 ·································102 7.2 卧式车床 ································ 103 7.1 车工概述 ································ 102 7.2.1 卧式车床的编号 ·················· 103 7.2.2 卧式车床主要部分的名称和用途······························ 103 7.2.3 卧式车床主要附件的名称和用途································· 104 7.2.4 卧式车床的传动系统 ············ 105 7.3 车刀的结构及安装 ···················· 107 7.3.1 车刀的种类与应用 ··············· 107 7.3.2 车刀的结构························ 108 7.3.3 车刀的刃磨························ 110 7.3.4 车刀的安装························ 111 7.4 工件的安装 ····························· 111 7.5 车床操作要点 ·························· 114 7.5.1 切削用量及对切削的影响 ······ 114 7.5.2 切削液的作用及其选择 ········· 116 7.5.3 刀架极限位置检查 ··············· 116 7.5.4 刻度盘及其正确使用 ············ 117 7.5.5 对刀和试切、试量 ··············· 117 7.6 车削加工的基本方式 ················· 118 7.6.1 车外圆······························ 118 7.6.2 车端面和台阶····················· 119 7.6.3 切槽和切断························ 120 7.6.4 钻孔、镗孔························ 121 7.6.5 车锥面······························ 124 7.6.6 车成形面··························· 126 7.6.7 车螺纹······························ 127 7.6.8 滚花································· 130 7.7 典型零件车削工艺简介 ·············· 131 7.7.1 零件图样分析····················· 131 7.7.2 连杆螺钉机械加工工艺过程卡································· 131 7.7.3 工艺分析··························· 132 7.8 车削加工安全操作规范 ·············· 134 第 8章铣削加工 ·································136 8.1 铣削加工概述 ·························· 136 8.2 铣床种类 ································ 137 8.2.1 卧式万能升降台式铣床 ········· 137 8.2.2 立式升降台铣床 ·················· 138 8.2.3 龙门铣床··························· 138 8.3 铣刀 ······································ 139 8.3.1 铣刀种类··························· 139 8.3.2 铣刀的安装························ 140 8.4 铣削加工 ································ 141 8.4.1 铣削运动··························· 141 8.4.2 铣削用量··························· 141 8.4.3 铣削方式··························· 142 8.5 铣床附件 ································ 144 8.5.1 机用虎钳··························· 144 8.5.2 万能铣头··························· 145 8.5.3 回转工作台························ 145 8.5.4 万能分度头···············

展开全部

商品评论(0条)

写书评赚书币

暂无评论……

书友推荐