Testing and Quality Control for Additive Manufacturing

Additive manufacturing produces complex geometries with unique material behaviors that require specialized evaluation methods. Mastering the techniques used to inspect physical, mechanical, and structural properties is essential for delivering reliable printed components. In this text-based course, you will gain a practical foundation in material characterization, metallography, and defect analysis tailored for additive production. What you'll learn: Understand core material science terminology and additive manufacturing quality standards; Analyze chemical composition and microstructural features using metallographic techniques; Evaluate mechanical performance including tensile strength, hardness, and fatigue behavior; Apply non-destructive inspection methods like ultrasonic testing and industrial X-ray computed tomography; Assess post-processing effects on part integrity and surface quality. You will start with key definitions and foundational concepts before reading through step-by-step procedures for material testing and defect identification. This introductory program is designed for beginners, technicians, and engineering students, requiring no prior testing background. Begin reading now to develop your understanding of quality control in additive manufacturing.