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1 引言 Introduction 6
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2 项目一 磨床工作台液压系统分析 Project One: Analysis of Grinding Machine Workbench Hydraulic System
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3 项目一 认识液压传动_液压油的特性分析与选用 Project One: Understanding Hydraulic Transmission - Analysis and Selection of Hydraulic Oil Characteristics
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3.1 液压油的性质 Properties of Hydraulic Oil
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3.2 液压油的选用 Selection of Hydraulic Oil
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3.3 知识拓展1 Knowledge Expansion 1
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3.4 知识拓展2 Knowledge Expansion 2
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4 项目一 认识液压传动_液压油的静力学特性 Project One: Understanding Hydraulic Transmission - Static Characteristics of Hydraulic Oil
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5 项目一 认识液压传动_液压油的动力学特性 Project One: Understanding Hydraulic Transmission - Dynamic Characteristics of Hydraulic Oil
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5.1 流体动力学特性 Fluid Dynamics Characteristics
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5.2 液体在管道中的流动状态及压力损失 Fluid Flow and Pressure Loss in Pipes
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5.3 练习与测试 Practice and Test
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6 项目二 液压动力元件_液压泵 Project Two: Hydraulic Power Components - Hydraulic Pump
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7 项目三 液压执行元件 Project Three: Hydraulic Actuating Components
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8 项目四 液压控制元件与控制回路_认识液压控制阀 Project Four: Hydraulic Control Components and Control Circuits - Understanding Hydraulic Control Valves
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9 项目四 液压控制元件与控制回路_方向控制元件与控制回路 Project Four: Hydraulic Control Components and Control Circuits - Directional Control Components and Circuits
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10 项目四 液压控制元件与控制回路_速度控制元件与控制回路 Project Four: Hydraulic Control Components and Control Circuits - Speed Control Components and Circuits
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11 项目四 液压控制元件与控制回路_压力控制元件与压力控制回路 Project Four: Hydraulic Control Components and Control Circuits - Pressure Control Components and Pressure Control Circuits
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12 项目四 液压控制元件与控制回路_其他控制回路 Project Four: Hydraulic Control Components and Control Circuits - Other Control Circuits
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13 液压系统实例 Example of Hydraulic Systems
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13.1 典型液压系统 Typical Hydraulic Systems
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13.2 组合机床动力滑台液压系统 Hydraulic System of Combination Machine Power Slide
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13.3 汽车起重机液压系统 Hydraulic System of Automotive Crane
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14 气压传动系统 Pneumatic Transmission Systems
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14.1 气控动力元件 Pneumatic Power Components
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14.2 气动控制元件 Pneumatic Control Components
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14.3 气动控制回路 Pneumatic Control Circuits
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15 课程实验 Course Experiments
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15.1 实验1：认识液压传动系统 Experiment 1: Understanding Hydraulic Transmission Systems
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15.2 实验2：液压控制元件分析及相关回路构建 Experiment 2: Analysis of Hydraulic Control Components and Construction of Relevant Circuits
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15.3 实验3：液压控制回路的分析及相关回路的构建 Experiment 3: Analysis of Hydraulic Control Circuits and Construction of Relevant Circuits
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15.4 实验4：速度控制回路的分析与构建 Experiment 4: Analysis and Construction of Speed Control Circuits
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15.5 实验5：气压控制回路的构建 Experiment 5: Construction of Pneumatic Control Circuits
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16 课程实训 Practice Courses
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16.1 液压气动回路01-认识液压气动试验台 Hydraulic and Pneumatic Circuit 01 - Introduction to Hydraulic and Pneumatic Test Bench
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16.2 液压气动回路02-进油节流调速回路 Hydraulic and Pneumatic Circuit 02 - Inlet Throttle Speed Control Circuit
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16.3 液压气动回路03-回油节流调速回路 Hydraulic and Pneumatic Circuit 03 - Outlet Throttle Speed Control Circuit
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16.4 液压气动回路04-多级压力调节回路 Hydraulic and Pneumatic Circuit 04 - Multi-stage Pressure Regulation Circuit
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16.5 液压气动回路05-减压回路 Hydraulic and Pneumatic Circuit 05 - Pressure Reduction Circuit
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16.6 液压气动回路06-卸荷回路1 Hydraulic and Pneumatic Circuit 06 - Unloading Circuit 1
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16.7 液压气动回路07-卸荷回路2 Hydraulic and Pneumatic Circuit 07 - Unloading Circuit 2
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16.8 液压气动回路08-顺序控制回路 Hydraulic and Pneumatic Circuit 08 - Sequential Control Circuit
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16.9 液压气动回路09-调速回路 Hydraulic and Pneumatic Circuit 09 - Speed Control Circuit
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16.10 液压气动回路10-气动回路 Hydraulic and Pneumatic Circuit 10 - Pneumatic Circuit
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17 补充：Fluidsim-H软件图库应用 Supplement: Application of Fluidsim-H Software Library
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17.1 Fluidsim软件介绍 Introduction to Fluidsim Software
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17.2 Fluidsim-H软件图库应用 Application of Fluidsim-H Software Library
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17.3 Fluidsim-H软件图库应用_回路构建与调试 Application of Fluidsim-H Software Library - Circuit Construction and Debugging
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18 补充：利用Fluidsim搭建液压气动回路 Supplement: Building Hydraulic and Pneumatic Circuits Using Fluidsim
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18.1 利用Fluidsim搭建液压气动回路 Building Hydraulic and Pneumatic Circuits Using Fluidsim
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18.2 回油节流调速回路的构建 Construction of Outlet Throttle Speed Control Circuit
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18.3 进油节流调速回路的构建 Construction of Inlet Throttle Speed Control Circuit
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18.4 多级调压回路的构建 Construction of Multi-stage Pressure Regulation Circuit
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18.5 利用换向阀进行卸荷的液压回路的构建 Construction of Hydraulic Circuit for Unloading Using Directional Valves
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18.6 多执行元件顺序动作的液压回路的构建 Construction of Hydraulic Circuit for Sequential Action of Multiple Actuators
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19 其他
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19.1 其他
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19.1.1 流体静压力及其特性__往22
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19.1.2 流体静力学基本方程及其应用__往22
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19.1.3 流体静压力及其特性_往
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19.1.4 液压动力元件_A2
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19.1.5 流体静力学基本方程及其应用_往
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19.1.6 液压动力元件_B
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19.1.7 液压油的动力学特性_往
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19.1.8 液体在管道中的流动状态及压力损失_往
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19.1.9 液压缸的工作原理_B
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19.1.10 换向阀的位通与中位机能_往期
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19.1.11 液压马达工作原理_B
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19.1.12 认识速度控制阀_往期
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19.1.12.1 节流阀
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19.1.12.2 调速阀
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19.1.13 待 认识方向控制阀
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19.1.14 认识液压控制阀_往期
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19.1.15 待_课后练习
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19.1.16 温故而知新_速度控制元件_往期
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19.1.17 认识速度控制阀_往期
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19.1.17.1 节流阀
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19.1.17.2 调速阀
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19.1.18 换向阀的工作原理与分类_往期
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19.1.19 实验3：液压控制回路的分析及相关回路的构建
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19.1.20 液压动力元件_往期
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19.1.20.1 液压泵
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19.1.20.2 齿轮泵
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19.1.20.3 叶片泵
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19.1.20.4 柱塞泵
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19.1.20.5 阶段测验
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19.1.21 方向控制阀及方向控制回路_往期
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19.1.21.1 课前测验
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19.1.21.2 认识单向阀
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19.1.21.3 换向阀的工作原理与分类
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19.1.21.4 换向阀的位通与中位机能
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19.1.21.5 方向控制回路
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19.1.22 速度控制回路_往期
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19.1.22.1 温故而知新_速度控制回路
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19.1.22.2 快速运动回路
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19.1.22.3 速度换接回路（换速回路）
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19.1.22.4 调速回路
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19.1.23 认识压力控制阀_往期
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19.1.23.1 溢流阀
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19.1.23.2 减压阀
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19.1.23.3 顺序阀
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19.1.23.4 压力继电器
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19.1.23.5 阶段测验：认识压力控制阀
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19.1.24 压力控制回路_往期
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19.1.24.1 调压回路
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19.1.24.2 增压回路
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19.1.24.3 减压回路
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19.1.24.4 卸荷回路
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19.1.24.5 保压回路
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19.1.24.6 平衡回路
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19.1.25 顺序控制回路_练习与提高_A1_往期
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19.1.25.1 练习与提高_1
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19.1.25.2 练习与提高
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19.1.25.3 练习与提高_2
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19.1.26 典型液压系统实例分析-练习
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19.1.27 液压马达工作原理
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19.1.27.1 阶段测验_A
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19.1.27.2 阶段测验_B
