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機械設備維修工程學 版權信息
- ISBN：9787502483074
- 條形碼：9787502483074 ; 978-7-5024-8307-4
- 裝幀：一般膠版紙
- 冊數：暫無
- 重量：暫無
- 所屬分類：>
機械設備維修工程學 內容簡介
Mechanical equipment is an important part of enterprise fixed assets.The technical index and working performance of mechanical equipment play a decisive role in product productivity， quality， cost， safety and environmental protection. Wear， deformation， fracture， corrosion and other phenomena inevitably exist in the process of mechanical equipment running or stopping. The equipment must'be repaired and maintained in time to make it work in the best working condition for a long time. Therefore， maintenance is a necessary means to maintain production and it is an important measure and way to save energy and resources. The university and college students majoring in mechanical engineering have mastered the solid professional knowledge of mechanical equipment design and manufacturing. Before going to work， you should have a basic understanding of the problems and solutions that may be encountered in the specific use of mechanical equipment. These problems involve relevant knowledge and skills of the maintenance and repair， lubricating， fault diagnosis， fault form， fault parts disassembly， inspection， cleaning， repair and installation of mechanical equipment. This book consists of five chapters. Chapter 1 mainly introduces the basic maintenance knowledge of machine， Chapter 2 briefly introduces the lubricating of machine， Chapter 3 mainly introduces the disassembly and assembly of mechanical equipment， Chapter 4 mainly introduces the repair technology of mechanical equipment， Chapter 5 briefly introduces the installation knowledge of mechanical equipment.
機械設備維修工程學 目錄
1 Basic Maintenance Knowledge of Mechanical Equipment
1．1 Importance of Maintenance
1．1．1 Mechanical Equipment Maintenance Engineering
1．1．2 Point Checking System
1．1．3 Overall Plan Process Flow Chart
1．2 Failure of Mechanical Equipment
1．2．1 Definition of Failure
1．2．2 Failure Mechanism
1．2．3 Failure Modes
1．2．4 Classification of Failure
1．3 Reliability and Maintainability of Machine
1．3．1 Reliability
1．3．2Maintainability
1．3．3 Effectiveness of Mechanical Equipment
1．4 Failure of Mechanical Parts
1．4．1 Wear Failure
1．4．2 Deformation Failure
1．4．3 Fracture Failure
1．4．4 Corrosion Failure
1．5 Failure Diagnosis Technology of Mechanical Equipment
1．5．1 Overview of Equipment Diagnosis Technology
1．5．2 Development of Equipment Diagnosis Technology
1．5．3 Content of Equipment Diagnosis Technology
1．5．4 Main Equipment Diagnosis Technologies
Questions
2 Lubrication of Mechanical Equipment
2．1 Lubrication Theory
2．1．1 Classification of Lubrication
2．1．2 The Theory of Liquid Lubrication
2．1．3 The Theory of Boundary Lubrication
2．1．4 The Theory of Solid Lubrication
2．2 Lubrication Material
2．2．1 Classification of Lubrication Material
2．2．2 Requirements of Engineering Lubrication Material
2．2．3 Lubricating Oil
2．2．4 Lubricating Grease
2．3 Thin Oil Lubrication System
2．3．1 Classification of Thin Lubrication
2．3．2 Thin Oil Lubrication Devises
2．4 Dry Oil Lubrication System
2．4．1 Classification of Dry Oil Lubrication
2．4．2 Usage of Dry Oil Lubrication
2．5 Lubrication of Typical Parts
2．5．1 Lubrication of Sliding Bearing
2．5．2 Lubrication of Rolling Bearing
2．5．3 Lubrication of Gear
Questions
……
3 Disassembly and Assembly of Mechanical Equipment
4 Repair Technology of Mechanical Parts or Components
5 Installation of Machines
References
1．1 Importance of Maintenance
1．1．1 Mechanical Equipment Maintenance Engineering
1．1．2 Point Checking System
1．1．3 Overall Plan Process Flow Chart
1．2 Failure of Mechanical Equipment
1．2．1 Definition of Failure
1．2．2 Failure Mechanism
1．2．3 Failure Modes
1．2．4 Classification of Failure
1．3 Reliability and Maintainability of Machine
1．3．1 Reliability
1．3．2Maintainability
1．3．3 Effectiveness of Mechanical Equipment
1．4 Failure of Mechanical Parts
1．4．1 Wear Failure
1．4．2 Deformation Failure
1．4．3 Fracture Failure
1．4．4 Corrosion Failure
1．5 Failure Diagnosis Technology of Mechanical Equipment
1．5．1 Overview of Equipment Diagnosis Technology
1．5．2 Development of Equipment Diagnosis Technology
1．5．3 Content of Equipment Diagnosis Technology
1．5．4 Main Equipment Diagnosis Technologies
Questions
2 Lubrication of Mechanical Equipment
2．1 Lubrication Theory
2．1．1 Classification of Lubrication
2．1．2 The Theory of Liquid Lubrication
2．1．3 The Theory of Boundary Lubrication
2．1．4 The Theory of Solid Lubrication
2．2 Lubrication Material
2．2．1 Classification of Lubrication Material
2．2．2 Requirements of Engineering Lubrication Material
2．2．3 Lubricating Oil
2．2．4 Lubricating Grease
2．3 Thin Oil Lubrication System
2．3．1 Classification of Thin Lubrication
2．3．2 Thin Oil Lubrication Devises
2．4 Dry Oil Lubrication System
2．4．1 Classification of Dry Oil Lubrication
2．4．2 Usage of Dry Oil Lubrication
2．5 Lubrication of Typical Parts
2．5．1 Lubrication of Sliding Bearing
2．5．2 Lubrication of Rolling Bearing
2．5．3 Lubrication of Gear
Questions
……
3 Disassembly and Assembly of Mechanical Equipment
4 Repair Technology of Mechanical Parts or Components
5 Installation of Machines
References
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機械設備維修工程學 作者簡介
王立萍，女，1969年6月出生，漢族，博士，遼寧科技大學教授，碩士生導師，從事冶金機械設備力學分析及結構創新設計。講授3門本科生課：《冶金設備及自動化》、《機械設備維修工程學》和《新技術專題》，承擔本科生生產實習、畢業實習和畢業設計和機電創新實踐班實驗。獲得遼寧科技大學“學生科技學術創新活動優秀指導教師”、“遼寧科技大學十佳青年科技先鋒”、“遼寧科技大學第三屆'杰出青年'”稱號。通過中國機械工程學會機械工程師資格認證和再注冊。
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