流体力学及液压传动实验教程 - 中国高校教材图书网
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书名: |
流体力学及液压传动实验教程
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ISBN: | 9787568526289 |
条码: | 9787568526289 |
作者: |
张宏
相关图书
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装订: | 0 |
印次: | 1-1 |
开本: | 16开 |
定价: |
¥25.00
折扣价:¥22.50
折扣:0.90
节省了2.5元
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字数: |
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出版社: |
大连理工大学出版社 |
页数: |
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发行编号: | |
每包册数: |
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出版日期: |
2021-03-09 |
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内容简介: |
本书为高等学校机械工程专业实验教材,英文编写,整体分为两部分,一部分为指导书,一部分为实验报告,包括液压泵特性试验、回路特性实验等实验及附录内容。还涵盖了流体力学,典型液压元件拆装,工业液压回路,比例及闭环伺服控制回路,工程机械液压中典型的节流回路/负载敏感回路和流量分配(LUDV)回路等实验,实验项目中包括实验母的,理论基础,回路或元件安装,实验步骤,实验结果及详细的实验报告。实验结构合理完整,层次清楚,概念准确,结论严谨,体例清晰,英文专业术语准确。
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作者简介: |
张宏,女,大连理工大学机械工程学院副教授,硕士生导师,液压实验室副主任。具有多年的教学经验,所教的课程为流体力学与液压传动。 2007.4-2010.12——大连理工大学机械工程学院传感测控研究所讲师。2010.12至今为大连理工大学机械工程学院传感测控研究所副教授。2012.8——2013.8为美国普渡大学访问学者。
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章节目录: |
Contents
Lab 1 Reynolds Experiment /1
Objectives /1
Equipment Preparation /1
Principle /1
Equipment Description /3
Part 1 Observing Flow Status /4
Part 2 Determining Reynolds Number /5
Lab 2 Bernoulli's Experiment /6
Objectives /6
Equipment Preparation /6
Discussion /8
Procedure /9
Lab 3 Fluid Friction /11
Objectives /11
Equipment Preparation /11
Part 1 Fluid Friction in a Smooth Bore Pipe /13
Part 2 Head Loss Due to Pipe Fittings /15
Part 3 Fluid Friction in a Roughened Pipe /17
Part 4 Fluid Friction in an Orifice Plate or Venturi /18
Lab 4 Fluid Power Components and Circuits /21
Objectives /21
Equipment Preparation /21
Software Introduction /21
Procedure /23
Part 1 Recognize the Components on the Workstation /23
Part 2 Familiar with the Symbol of the Components /24
Part 3 Recognize the Circuits /24
Lab 5 Pump Disassembly and Performance /26
Objectives /26
Equipment Preparation /26
Part 1 Pump Disassembly /26
Part 2 Pump Performance /29
Lab 6 Cylinder Circuit Operation /38
Objectives /38
Equipment preparation /38
Discussion /38
Part 1 Normal Cylinder Operation /39
Part 2 Regenerative Cylinder Operation /41
Lab 7 Hydraulic Motor /44
Objectives /44
Equipment Preparation /44
Discussion /44
Procedure /45
Lab 8 Valve Disassembly /48
Objectives /48
Discussion /48
Software Introduction /48
Lab 9 Analysis of Flow Control Valves /50
Objectives /50
Equipment Preparation /50
Discussion /50
Part 1 Throttle Valve /51
Part 2 Speed -regulating Valve /56
Lab 10 Familiar with Hydraulic Circuits /59
Objectives /59
Lab 11 Proportional Control System /60
Objectives /60
Equipment Preparation /60
Discussion /60
Part 1 Working Principle of Proportional Hydraulic Valve /60
Part 2 Characteristic Curve of the Proportional Direction Valve /65
Part 3 PID Control Simulation and Experiment /67
Lab 12 Hydraulic Throttle Control Experiment for Engineering Machinery /76
Objectives /76
Equipment Preparation /76
Principle /77
Preparation /83
Procedure /86
Lab 13 Hydraulic LS Control Experiment for Engineering Machinery /88
Objectives /88
Equipment Preparation /88
Principle /88
Preparation /97
Procedure /100
Lab 14 LUDV Control Experiment for Engineering Machinery /102
Objectives /102
Equipment Preparation /102
Principle /102
Preparation /110
Solution to the Cavitation Phenomenon /110
Procedure /113
Lab Report /115
Lab Report 1 Reynolds Experiment /117
Lab Report 2 Bernoulli's Experiment /119
Lab Report 3 Fluid Friction /121
Lab Report 4 Fluid Power Components and Circuits /127
Lab Report 5 Pump Disassembly and Performance /131
Lab Report 6 Cylinder Circuit Operation /137
Lab Report 7 Hydraulic Motor /141
Lab Report 8 Valve Disassembly /145
Lab Report 9 Analysis of Flow Control Valves /149
Lab Report 10 Familiar with Hydraulic Circuits /155
Lab Report 11 Proportional Control System /157
Lab Report 12 Hydraulic Throttle Control Experiment for Engineering Machinery /159
Lab Report 13 Hydraulic Load Sensing Control Experiment for Engineering Machinery /161
Lab Report 14 LUDV Control Experiment for Engineering Machinery /163
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