May 1, 2024
Updated June 21, 2025
20 minute read
A Comprehensive Guide to Part Design
Part Design is a critical discipline within the broader field of engineering, focusing on the creation and optimization of individual components that make up a larger assembly or product. It involves a meticulous process of defining the geometry, material, and manufacturing considerations for a part to ensure it performs its intended function effectively, can be produced efficiently, and meets all necessary safety and quality standards. From the smallest screw to complex engine components, every manufactured object containing distinct pieces has undergone some form of part design.
z9pl7v|
Find a path to becoming a Part Design. Learn more at:
OpenCourser.com/topic/z9pl7v/part
Reading list
We've selected 23 books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
Part Design.
Foundational text in mechanical engineering design, providing a broad understanding of the principles necessary for part design, including stress analysis, material properties, and the design of various machine elements. It is widely used as a textbook in undergraduate and graduate programs and serves as a valuable reference for professionals. While not focused solely on 3D modeling software, it provides the essential engineering theory underpinning effective part design.
This handbook comprehensive reference for mechanical engineers and machinists, filled with tables, formulas, and standards essential for part design and manufacturing. While not a textbook, it is an invaluable resource for practical design decisions and is widely used by professionals in the field. It's a must-have reference for anyone involved in the detailed design and production of parts.
Similar to Shigley's, this book offers a comprehensive overview of designing individual machine components. It covers fundamental concepts like fatigue, fracture, and surface wear, which are critical considerations in designing durable and functional parts. This is another excellent resource for gaining a broad understanding of the engineering principles behind part design and is often used in academic settings.
Another encyclopedic reference for mechanical engineering, similar to Machinery's Handbook. It covers a vast range of topics relevant to part design, including materials, mechanics, and manufacturing processes. This handbook is an excellent resource for obtaining quick information and staple in many engineering offices and libraries.
Selecting the appropriate material is fundamental to successful part design. provides a systematic approach to material selection based on properties, cost, and manufacturing processes. It critical reference for understanding how material choices impact part performance and manufacturability. This book is highly regarded in both academic and professional spheres.
GD&T critical aspect of defining parts accurately for manufacturing and assembly. provides a comprehensive guide to understanding and applying GD&T principles, which is essential for ensuring that designed parts meet the required specifications and can be properly manufactured and assembled. It's a valuable reference for anyone involved in creating technical drawings for parts.
While broader than just part design, this book provides crucial context by covering the entire product development process. Understanding the lifecycle of a product, from ideation to manufacturing and市場 introduction, is essential for designing parts that are not only functional but also manufacturable and marketable. is valuable for both students and professionals seeking a holistic view and is commonly used in design and engineering programs.
For designing parts that are part of a larger mechanical system, understanding the principles of kinematics and dynamics is crucial. delves into the analysis and synthesis of mechanisms, providing the theoretical foundation for designing parts that move and interact within an assembly. It standard textbook for mechanical engineering students focusing on machine design.
Given the mention of injection mold part design in the course list, this handbook is highly relevant for those focusing on plastic part design. It provides detailed information on the injection molding process, material selection for molding, mold design, and troubleshooting. This specialized reference for deepening understanding in this specific area of part design.
Provides a broad understanding of manufacturing processes and systems, which is essential for designing parts that are feasible to produce. It covers a wide range of topics, from material properties to automation, offering a good foundation for considering manufacturing implications during the part design phase. It is often used as a textbook in manufacturing engineering programs.
Bridges the gap between theoretical design principles and their implementation using CAD software and rapid prototyping techniques. It is particularly relevant given the focus on CAD in the course names. It helps in understanding how to translate design concepts into digital models and physical prototypes, which is integral to modern part design workflows.
Given the rise of 3D printing and rapid prototyping, this book is highly relevant for contemporary part design. It provides a detailed overview of various additive manufacturing processes, their capabilities, and design considerations. Understanding these technologies opens up new possibilities for creating complex geometries and customized parts.
Focuses on the often-overlooked aspect of cost in mechanism and part design. It provides practical approaches and methodologies for designing parts and assemblies that are not only functional but also economical to produce. This valuable resource for both students and practicing engineers aiming for cost-effective designs.
Serves as a practical guide to using CATIA V5, one of the prominent CAD software packages mentioned in the course list. It focuses on the fundamental tools and techniques for creating solid models and designs within CATIA. While software-specific, it directly supports the practical application of part design principles using a widely used professional tool.
While not strictly a technical book on mechanical part design, this classic text on design principles emphasizes user-centered design and usability. Understanding these concepts is crucial for designing parts that are not only functional but also intuitive and easy to use within a larger product. It provides valuable perspective on the human element of part design.
Provides a broader introduction to the engineering design process, emphasizing a project-based learning approach. While not solely focused on individual part design, it helps in understanding the overall design cycle, problem-solving, and teamwork involved in creating new products and their components. It is suitable for students new to engineering design.
Provides a theoretical foundation for understanding the principles behind solid modeling, which is the basis for modern CAD software used in part design. While an older publication, it offers valuable insights into the underlying concepts of creating 3D digital representations of parts. It is more valuable for historical context and a deeper theoretical understanding than as a current reference for specific software.
Provides a comprehensive overview of concurrent engineering, with a focus on its applications in part design and development.
Provides a thorough grounding in engineering drawing and design, with a focus on the creation of part drawings.
Provides a comprehensive overview of geometric dimensioning and tolerancing, with emphasis on its applications in part design.
Covers the principles of mechanical tolerance stackup and analysis, with emphasis on its applications in part design.
Provides a comprehensive overview of NX 12 for beginners, with a focus on part design.
For more information about how these books relate to this course, visit:
OpenCourser.com/topic/z9pl7v/part
Save
