Howard and Musto's industry-leading text, Introduction To Solid Modeling Using Solidworks 2024, presents a tutorial-based introduction to solid modeling and the SOLIDWORKS software. Although the tutorials can be followed by anyone interested in learning the software, it is geared toward introductory engineering students or high school students interested in engineering. Accordingly, the examples and problems are based on the authors' experience with teaching engineering students.
Howard and Musto's industry-leading text, Introduction To Solid Modeling Using Solidworks 2024, presents a tutorial-based introduction to solid modeling and the SOLIDWORKS software. Although the tutorials can be followed by anyone interested in learning the software, it is geared toward introductory engineering students or high school students interested in engineering. Accordingly, the examples and problems are based on the authors' experience with teaching engineering students.
William "Ed" Howard holds a B.S. in civil engineering and an M.S. in engineering mechanics from Virginia Tech, and a Ph.D. in mechanical engineering from Marquette University. He is an associate professor in the East Carolina University Department of Engineering, where he teaches solid modeling, engineering computations, solid mechanics, and composite materials. Before beginning his academic career, Dr. Howard worked in industry for 14 years in design, analysis, and project engineering at Thiokol Corporation (Brigham City, UT), Spaulding Composites Company (Smyrna, TN), and Sta-Rite Industries (Delavan, WI). He is a registered professional engineer in the state of Wisconsin.
Inhaltsangabe
Part One: Learning SOLIDWORKS® 1. Basic Part Modeling Techniques 2. Engineering Drawings 3. Additional Part Modeling Techniques 4. Advanced Part Modeling 5. Parametric Modeling Techniques 6. Creation of Assembly Models 7. Advanced Assembly Operations 8. Assembly Drawings Part Two: Applications of SOLIDWORKS® 9. Generation of 2-D Layouts 10. Solution of Vector Problems 11. Analysis of Mechanisms 12. Design of Molds and Sheet Metal Parts 13. The Use of SOLIDWORKS® to Accelerate the Product Development Cycle
Part One: Learning SOLIDWORKS® 1. Basic Part Modeling Techniques 2. Engineering Drawings 3. Additional Part Modeling Techniques 4. Advanced Part Modeling 5. Parametric Modeling Techniques 6. Creation of Assembly Models 7. Advanced Assembly Operations 8. Assembly Drawings Part Two: Applications of SOLIDWORKS® 9. Generation of 2-D Layouts 10. Solution of Vector Problems 11. Analysis of Mechanisms 12. Design of Molds and Sheet Metal Parts 13. The Use of SOLIDWORKS® to Accelerate the Product Development Cycle
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