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Fluid Mechanics and Fluid Power Laboratory Manual

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Table of 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

 

Fluid Mechanics and Fluid Power Laboratory Manual
$5.04