Introduction to Reliability Engineering for Technical Systems – Hardcover

Introduction to Reliability Engineering for Technical Systems presents reliability engineering as a complete engineering discipline that spans the entire product development lifecycle. This application-oriented textbook guides readers through the entire reliability engineering workflow, from specifying reliability requirements during system design through reliability modeling, statistical assessment, demonstration testing, verification, allocation, analysis, and practical improvement. Along the way, it demonstrates how these elements interact throughout the engineering design process to establish, evaluate, and improve reliability as a systematic design objective.

The textbook integrates hardware, software, and metrological reliability within a unified engineering framework, providing multidisciplinary coverage rarely available in introductory reliability textbooks. It demonstrates how reliability is engineered, not merely analyzed, by teaching readers how to specify, allocate, verify, test, and improve reliability throughout the system design process. Dedicated chapters address reliability requirement development, reliability allocation, reliability block diagrams, statistical assessment from experimental data, sequential demonstration testing, and redundancy techniques for reliability improvement.

Developed for senior undergraduate and graduate students in manufacturing, mechanical, industrial, electrical, aerospace, systems, and instrumentation engineering, the book also serves as a practical reference for practicing engineers. Each chapter combines theoretical foundations with more than 45 fully worked problems featuring step-by-step solutions, review questions, and practical design procedures that facilitate both classroom instruction and independent learning, bridging the gap between theoretical reliability analysis and engineering practice.

Qualified textbook adoptions include comprehensive instructor resources: PowerPoint slides for each chapter and high-resolution figure slides for enhanced classroom presentation.