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Design, manufacturing and mechatronics : proceedings of the 2015 International Conference (ICDMM 2015), Wuhan, China, 17-18 April 2015 / editor, A. Mehran Shahhosseini.

By: International Conference on Design, Manufacturing and Mechantronics (2015 : Wuhan, China)Contributor(s): Shahhosseini, A. Mehran [editor.]Material type: TextTextPublication details: Singapore : World Scientific, 2015. Description: 1 online resource : illustrationsContent type: text Media type: computer Carrier type: online resourceISBN: 9814730513; 9789814730518Subject(s): Engineering design -- Congresses | Manufacturing processes -- Congresses | Mechatronics -- Congresses | Materials science -- Congresses | TECHNOLOGY & ENGINEERING -- Engineering (General) | TECHNOLOGY & ENGINEERING -- Reference | Engineering design | Manufacturing processes | Materials science | MechatronicsGenre/Form: Electronic books. | Conference papers and proceedings. | Electronic books. Additional physical formats: Print version:: Design, Manufacturing and Mechatronics : Proceedings of the 2015 International Conference on Design, Manufacturing and Mechatronics (ICDMM2015).DDC classification: 620/.0042 LOC classification: TA174Online resources: Click here to access online
Contents:
Chapter 1: Advanced Design and Manufacturing Technologies; The design of manpower auxiliary electric vehicle for entertainment; 1. Introduction; 2. The Design Scheme and Main Technical Parameters; 3. The Design of Steering Gear; 4. The Design of Pedal Drive Gear; 5. The Design of the Central Chassis; 6. The Circuit Design of the Leisure Car; 7. The Conclusion of the Design; Acknowledgment; References; Parametric design of metrology mechanism on straw packaging container extruder; 1. Introduction; 2. The Straw Packaging Container Forming Mechanism and Technological Process.
2.1. Material formulation2.2. Forming process; 3. The Finite Element Analysis and Parametric Modeling Straw Container; 3.1. Finite element analysis of straw container; 3.2. The straw container parameterized modeling; 4. Material Conveying Metering Mechanism Design; 5. The Straw Packaging Container Measuring Mechanism of Parameterized Modeling; 6. Conclusions; References; Electrical equipment fault diagnosis technology and research; 1. Introduction; 1.1. The development of fault diagnosis technology in foreign countries; 1.2. The development of fault diagnosis technology in china.
1.3. The development trend of fault diagnosis2. The Process of Electrical Equipment Fault Diagnosis; 3 Simulation System Design of the Asynchronous Motor; 4. The Simulation Model of Asynchronous Motor based on Simulink; 5. The Asynchronous Motor Fault Diagnosis Simulation Based on Simulink; 5.1. The simulation results; 5.2. The results of simulation analysis; References; Application of grey RVM based on FOA to failure prognostics of electronic systems; 1. Introduction; 2. Grey Data Generation Operation; 2.1. Accumulated generating operation; 2.2. Inverse accumulated generating operation.
3. RVM Regress Prediction Model4. K-Fold Cross Validation and Parameters Optimization Based on FOA; 5. CVFOAGRVM Failure Prediction Model; 6. Application Analysis; 7. Conclusions; References; Simulation test on lunar dust raising by lunar rover wheel; 1. Introduction; 2. Environment Simulation System of Lunar Rover Experiment; 2.1. Vacuum chamber subsystem; 2.2. Turntable subsystem; 2.3. Test subsystem; 3. Simulation Test of Rover Wheel Dust Raising; 3.1. Test process of dust raising in vacuum; 3.2. Analysis of test results; 4. Conclusion; References.
The open knowledge representation and its application in mechanical product design1. Introduction; 2. The Open Representation of product Design Knowledge; 2.1. The open representation of product knowledge; 2.1.1. The open representation of formulas knowledge; 2.1.2. The open representation of graphs knowledge; 2.1.3. The open representation of table knowledge; 2.2. The open representation of product support knowledge; 2.3. The open representation of process knowledge; 2.3.1. The open representation of production rules.
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Includes bibliographical references and index.

Chapter 1: Advanced Design and Manufacturing Technologies; The design of manpower auxiliary electric vehicle for entertainment; 1. Introduction; 2. The Design Scheme and Main Technical Parameters; 3. The Design of Steering Gear; 4. The Design of Pedal Drive Gear; 5. The Design of the Central Chassis; 6. The Circuit Design of the Leisure Car; 7. The Conclusion of the Design; Acknowledgment; References; Parametric design of metrology mechanism on straw packaging container extruder; 1. Introduction; 2. The Straw Packaging Container Forming Mechanism and Technological Process.

2.1. Material formulation2.2. Forming process; 3. The Finite Element Analysis and Parametric Modeling Straw Container; 3.1. Finite element analysis of straw container; 3.2. The straw container parameterized modeling; 4. Material Conveying Metering Mechanism Design; 5. The Straw Packaging Container Measuring Mechanism of Parameterized Modeling; 6. Conclusions; References; Electrical equipment fault diagnosis technology and research; 1. Introduction; 1.1. The development of fault diagnosis technology in foreign countries; 1.2. The development of fault diagnosis technology in china.

1.3. The development trend of fault diagnosis2. The Process of Electrical Equipment Fault Diagnosis; 3 Simulation System Design of the Asynchronous Motor; 4. The Simulation Model of Asynchronous Motor based on Simulink; 5. The Asynchronous Motor Fault Diagnosis Simulation Based on Simulink; 5.1. The simulation results; 5.2. The results of simulation analysis; References; Application of grey RVM based on FOA to failure prognostics of electronic systems; 1. Introduction; 2. Grey Data Generation Operation; 2.1. Accumulated generating operation; 2.2. Inverse accumulated generating operation.

3. RVM Regress Prediction Model4. K-Fold Cross Validation and Parameters Optimization Based on FOA; 5. CVFOAGRVM Failure Prediction Model; 6. Application Analysis; 7. Conclusions; References; Simulation test on lunar dust raising by lunar rover wheel; 1. Introduction; 2. Environment Simulation System of Lunar Rover Experiment; 2.1. Vacuum chamber subsystem; 2.2. Turntable subsystem; 2.3. Test subsystem; 3. Simulation Test of Rover Wheel Dust Raising; 3.1. Test process of dust raising in vacuum; 3.2. Analysis of test results; 4. Conclusion; References.

The open knowledge representation and its application in mechanical product design1. Introduction; 2. The Open Representation of product Design Knowledge; 2.1. The open representation of product knowledge; 2.1.1. The open representation of formulas knowledge; 2.1.2. The open representation of graphs knowledge; 2.1.3. The open representation of table knowledge; 2.2. The open representation of product support knowledge; 2.3. The open representation of process knowledge; 2.3.1. The open representation of production rules.

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