*Manufacturing Processes and Implementation for Welded Structures (3rd Edition)* is structured around typical welded structures and follows the actual production workflow of welded products in the manufacturing industry, with the processing workflow serving as the central thread.
The book is divided into two parts comprising eight units. Topics include an overview of welded structures, welding stresses and deformation, welded joints and structural strength, an overview of welded structure processes, manufacturing workflows for typical welded structures, the preparation and implementation of material preparation processes, tooling for assembly and welding, and the formulation and implementation of assembly and welding processes. Appendices provide manufacturing process case studies and samples of standard industry welding technical documents for reference.
This book incorporates mature technologies and practical production experience from domestic enterprises, ensuring close alignment with actual manufacturing and engineering practices. Readers will gain a foundational understanding of modern welded structure production workflows, clarify the scope of process engineering work and the responsibilities of process engineers, and become familiar with methods for formulating processes for material preparation, assembly, and welding-skills that will prove valuable in professional practice.
To facilitate learning, key concepts are linked to supplementary videos and animations via QR codes; these can be accessed simply by scanning the codes with a smartphone.
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Book Introduction
*Manufacturing Processes and Implementation for Welded Structures (3rd Edition)* is organized into two parts: "Fundamentals of Welded Structure Manufacturing" and "Welded Structure Manufacturing Processes and Implementation."
Part One covers the fundamentals of welded structure manufacturing, specifically welding stresses and deformation, as well as welded joints and structural strength. Part Two uses a gas-liquid separator as a case study and follows the processing workflow as its central theme; this enables readers to grasp modern production workflows, understand the nature of process engineering work and the roles of process engineers, and master the methods for formulating processes for material preparation, assembly, and welding. By completing the tasks at the end of each chapter, readers will develop the ability to formulate manufacturing process specifications for welded structures and design simple assembly and welding fixtures.
