作者：柴美娟、褚鑫良、叶书成、姚金伟、杨杉
页数：276
出版社：清华大学出版社
出版日期：2022
ISBN：9787302608318
电子书格式：pdf/epub/txt
内容简介
本书以Autodesk Revit为工具，结合“1+X”BIM中级建筑设备方向考试试题和中国图学学会
全国BIM技能等级考试二级设备试题进行开发。本书共分为电气专业BIM模型绘制、给排水专
业BIM模型绘制、暖通专业BIM模型绘制、机电模型综合应用四个模块。同时，书中融入国家
BIM相关政策、大国工匠精神、中国古代建筑、中国当代建筑等内容，以培养学生的家国情怀、
工匠精神、科技创新、责任担当等职业素养。
本书可作为应用型本科和中高职院校建筑工程技术、建筑电气与智能化工程、给排水科学与
工程、工程造价和工程管理等专业BIM机电工程模型创建与设计方面的课程教材，也可作为建筑
行业的管理人员和技术人员学习参考用书，以及BIM相关培训用书。
作者简介
柴美娟，女，浙江工商职业技术学院，副教授，东南大学工程硕士，研究方向为职业教育课程与教学、建筑工程技术。
本书特色
本书是“1 X”建筑信息模型BIM职业技能等级考试实训操作指导教材，内容围绕其中级建筑设备BIM建模工作流程展开。全书主要包括机电BIM概述、REIVT机建模概述、REVIT机电项目样板文件设计、暖通专业建模、给排水专业建模、电气专业建模、管理道 碰撞检测与优化、算量与图纸输出。
目录
目..录
模块1 电气专业BIM模型绘制 ·································································1
1.1 典型电气族库创建 ······································································1
1.1.1 创建照明配电箱模型 ··························································1
1.1.2 创建灯具模型 ··································································13
1.2 电气照明系统绘制 ·····································································29
1.2.1 创建科技展厅建筑模型 ······················································29
1.2.2 创建科技展厅电气照明模型 ················································40
1.3 思政阅读：科技促发展 ·······························································50
1.3.1 BIM相关政策汇总 ····························································50
1.3.2 科技创新引领建筑业进入高质量发展新时代 ···························53
1.3.3 BIM技术在上海中心大厦中的应用 ·······································54
模块2 给排水专业BIM模型绘制 ····························································59
2.1 典型族库创建 ···········································································59
2.1.1 创建消火栓灭火器一体箱模型 ·············································59
2.1.2 创建淋浴房水龙头模型 ······················································74
2.2 卫生间给排水模型绘制 ·······························································94
2.2.1 创建卫生间建筑模型 ·························································94
2.2.2 创建卫生间给排水模型 ····················································109
2.3 喷淋模型绘制 ·········································································127
2.3.1 创建科技展厅喷淋模型 ····················································127
2.4 思政阅读：建筑匠师建百年建筑 ·················································139
2.4.1 建筑鼻祖——鲁班 ··························································139
2.4.2 新时代的大国工匠 ··························································140
模块3 暖通专业BIM模型绘制 ······························································144
3.1 典型暖通专业族库创建 ·····························································144
3.1.1 创建离心风机箱模型 ·······················································144
3.1.2 创建组合式空调机组模型 ·················································155
3.2 暖通专业系统绘制 ···································································169
3.2.1 创建地下一层建筑模型 ····················································169
3.2.2 创建地下一层防排烟模型 ·················································178
3.2.3 创建地下一层采暖空调模型 ··············································198
3.3 思政阅读：责任担当要牢记 ·······················································213
3.3.1 BIM技术在安全控制中的应用 ···········································213
3.3.2 BIM技术在安全管理中的应用 ···········································214
模块4 机电模型综合应用 ·····································································217
4.1 碰撞检测与模型优化 ································································217
4.2 机电模型综合应用实例 ·····························································228
4.3 思政阅读：家国情怀永在心 ·······················································257
4.3.1 中国古代建筑 ································································257
4.3.2 中国当代十大建筑 ··························································261
参考文献·····························································································268
