CAD, 3D Modeling, Engineering Analysis, and Prototype Experimentation: Industrial and Research Applications

Description

This succinct book focuses on computer aided design (CAD), 3-D modeling, and engineering analysis and the ways they can be applied effectively in research and industrial sectors including aerospace, defense, automotive, and consumer products. These efficient tools, deployed for R&D in the laboratory and the field, perform efficiently three-dimensional modeling of finished products, render complex geometrical product designs, facilitate structural analysis and optimal product design, produce graphic and engineering drawings, and generate production documentation. Written with an eye toward green energy installations and novel manufacturing facilities, this concise volume enables scientific researchers and engineering professionals to learn design techniques, control existing and complex issues, proficiently use CAD tools, visualize technical fundamentals, and gain analytic and technical skills. This book also: ·       Equips practitioners and researchers to handle powerful tools for engineering design and analysis using many detailed illustrations ·       Emphasizes important engineering design principles in introducing readers to a range of techniques ·       Includes tutorials providing readers with appropriate scaffolding to accelerate their learning process ·       Adopts a product development, cost-consideration perspective through the book’s many examples Preface Contents 1: Introduction 1.1 Solar Energy System for Water Distillation 1.2 Wind Power Turbine System 1.3 Solar Panel Tracking System 1.4 Energy-Saving Cooling System 1.5 Automated and High-Speed Manufacturing Systems 1.6 Robotic System for Industrial Applications 1.7 Magnetic Sealing System 1.8 Automated and High-Speed Packaging Machinery System 1.9 Biomedical and Surgical Systems Part I: Energy Systems 2: Solar Energy System for Water Distillation 2.1 Design of Solar Energy System for Water Distillation 2.2 Computer-Aided Simulation of Solar Energy System for Water Distillation 2.3 Experiment on Solar Energy System for Water Distillation 2.4 Discussion and Future Improvement of Solar Energy System for Water Distillation 3: Wind Power Turbine System 3.1 Design of New Wind Power Turbine System 3.2 Computer-Aided Simulation of Wind Power Turbine System 3.3 Experiment on Wind Power Turbine System 3.4 Discussion and Future Improvement on Wind Power Turbine System 4: Solar Panel Tracking System 4.1 Design of Solar Panel Tracking System 4.2 Computer-Aided Simulation of Solar Panel Tracking System 4.3 Experiment on Solar Panel Tracking System 4.4 Discussion and Future Improvement on Solar Panel Tracking System 5: Energy-Saving Cooling System 5.1 Design of Energy-Saving Cooling System 5.2 Computer-Aided Simulation on Energy-Saving Cooling System 5.3 Experiment on Energy-Saving Cooling System 5.4 Discussion and Future Improvement on Energy-Saving Cooling System Part II: Automated Systems 6: Automated and High-Speed Manufacturing System 6.1 Design of Automated and High-Speed Manufacturing Systems 6.2 Computer-Aided Simulation of Automated and High-Speed Manufacturing Systems 6.2.1 Computer-Aided Simulation on Automated High-Viscous Liquid Filling System 6.2.2 Computer-Aided Simulation on Automated Chemical Gas Charging System 6.3 Experiment on Automated and High-Speed Manufacturing Systems 6.3.1 Experiment on Automated and High-Speed Heavy Viscous Liquid Filling System 6.3.2 Experiment on Automated and High-Speed Chemical Gas Charging System 6.4 Discussion and Future Improvement on Automated and High-Speed Manufacturing Systems 7: Robotic System 7.1 Design of Robotic System for Industrial Applications 7.2 Computer-Aided Simulation on Robotic System for Industrial Applications 7.3 Experiment on Robotic System for Industrial Applications 7.4 Discussion and Future Improvement on Robotic System 8: Magnetic Sealing System 8.1 Design of Magnetic Sealing System 8.2 Computer-Aided Simulation on Magnetic Sealing System 8.3 Experiment on Magnetic Sealing System 8.4 Discussion and Future Improvement on Magnetic Sealing System 9: Automated and High-Speed Packaging System 9.1 Design of Automated and High-Speed Packaging Machinery System 9.2 Computer-Aided Simulation on Automated and High-Speed Packaging Machinery System 9.3 Experiment on Automated and High-Speed Packaging Machinery System 9.4 Discussion and Future Improvement on Automated and High-Speed Packaging Machinery Systems Part III: Biomedical Systems 10: Biomedical and Surgical Systems 10.1 Design of Biomedical and Surgical Systems 10.2 Computer-Aided Simulation on Biomedical and Surgical Systems 10.2.1 Biomedical Open Surgiclip Instrument 10.2.2 Biomedical Endoscopic Surgiclip Instrument 10.3 Experiment on Biomedical and Surgical Systems 10.3.1 Experiment on Biomedical Open Surgiclip Instrument 10.3.2 Experiment on Biomedical Endoscopic Surgiclip System 10.4 Discussion and Future Improvement on Biomedical and Surgical Systems Conclusion Biography References Index