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| 內容簡介： |
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本书以我国企业的工业生产为素材，资料翔实，具有典型性、科学性、实践性和先进性。全书分为四篇共十三章，内容包括：绪论、生产实习基本知识、典型零件机械加工、齿轮加工、数控加工、装配与拆卸、工程材料与热处理、铸造、锻造与冲压、焊接、智能制造技术概论、制造过程的智能制造技术和智能制造装备。全书采用现行国家标准和名词术语，力求简明扼要、内容实用、图文并茂、便于自学，强调对学生工程实践能力、工程素质和创新思维的培养。
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| 目錄：
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前 言
篇 基本知识
章绪论
节 生产实习的目的与要求
第二节 生产实习的方式与考核
第三节 生产实习的管理与指导
第二章生产实习基本知识
节 工业与生产
第二节 工业技术
第三节 零件毛坯与自动生产线
第四节 制造自动化与自动检测技术
第五节 计算机技术的生产应用
第二篇 机械制造生产实习
第三章典型零件机械加工
··········································································· 21
节 概述····························································································· 21
第二节 连杆加工························································································ 27
第三节 曲轴加工························································································ 45
第四节 气缸体加工
····················································································· 63
第五节 凸轮轴加工
····················································································· 84
生产实习思考题
·························································································· 93
第四章齿轮加工
节 概述
第二节 齿轮加工工艺
第三节 齿轮生产实例·················································································· 102
生产实习思考题
第五章数控加工
节 概述···························································································· 109
第二节 数控加工工艺·················································································· 115
第三节 数控加工实例·················································································· 119
生产实习思考题
························································································· 124
第六章装配与拆卸
··················································································· 125
节 概述···························································································· 125
第二节 履带式拖拉机装配············································································· 130
第三节 轮式拖拉机装配
第四节 柴油发动机的拆装
生产实习思考题
第三篇 材料成形生产实习
第七章工程材料与热处理
节 概述
第二节 热处理生产实例
生产实习思考题
节 概述
第二节 铸造生产实例
生产实习思考题
第九章锻造与冲压
··················································································· 167
节 概述···························································································· 167
第二节 锻造与冲压生产实例
·········································································· 170
生产实习思考题
························································································· 172
··························································································· 173
节 概述···························································································· 173
第二节 焊接生产实例·················································································· 174
生产实习思考题
························································································· 178
第八章铸造
第十章焊接
第四篇 智能制造技术实习
第十一章智能制造技术概论
·········································································· 179
节 智能制造技术发展的意义与趋势
····························································· 179
第二节 智能制造技术内涵与特征
····································································· 181
第三节 智能制造技术体系与应用
····································································· 182
生产实习思考题
························································································· 186
第十二章制造过程的智能制造技术
·································································· 187
节 概述···························································································· 187
第二节 智能监测技术·················································································· 187
第三节 智能控制技术·················································································· 192
生产实习思考题
························································································· 197
第十三章智能制造装备
················································································ 198
节 概述···························································································· 198
第二节 高档数控机床·················································································· 199
第三节 工业机器人
···················································································· 202
第四节 智能生产线
···················································································· 211
生产实习思考题
························································································· 213
参考文献
···································································································· 214
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| 內容試閱：
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本书是为适应我国高等工程教育教学改革，加强对学生工程实践能力、工程素质和创新思维的培养，根据教育部普通高等学校生产实习教学的基本要求，结合“卓越工程师教育培养计划”的实施及“工程教育专业认证”的需求，在认真总结多年生产实习教学经验的基础上，结合科技发展、工业企业的生产实际编写而成的。
本书取材于我国工业重镇、千年古都洛阳的工业企业，针对性强。本书在内容安排上，紧扣工业企业生产现场，突出并融合了工程技术领域应用较多的新材料、新工艺、新设备和新技术；理论阐述上，力求少而精，突出重点的同时注重典型性和系统性，注重理论知识在工业企业生产中的应用。书中全面采用现行国家标准的计量单位、名词术语、材料牌号等，力求做到简明扼要、内容实用、图文并茂、便于自学 ， 强调对学生工程实践能力、工程素质、创新思维的培养。
本书由西安建筑科技大学、洛阳东方教育科技有限公司联合组织编写，蔡安江、张丽和阮晓光担任主编。西安建筑科技大学蔡安江编写第三章的、二、五节以及第七章，阮晓光编写第八章、第九章、第十章，郭师虹编写第五章、第十一章、第十三章，林红编写第四章、第六章，李冀编写第三章的第三、四节；洛阳东方教育科技有限公司张丽、靳夏元琛编写章；西安航空学院蔡其聪编写第二章、第十二章。蔡安江负责全书的统稿、定稿，郭师虹负责书中图形的计算机绘制、处理，蔡安江、阮晓光负责校稿。
本书在编写和审稿过程中 ，得到了学校各有关单位及相关高校、企业的大力支持和帮助。本书的编写参考并选用了近几年来国内出版的有关教材、论著和手册，已在书后的参考文献中列出，特在此表示诚挚的谢意。
由于编者水平有限，书中难免存在疏漏及不足之处，敬请学界同仁及广大读者批评
指正。
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