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INDUSTRIAL PROCESS ENGINEERING: Process Design, Equipment Selection, Material Flow, Industrial Control, and Manufacturing Performance (en Inglés)
Saul, Brady A. (Autor)
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Independently published
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INDUSTRIAL PROCESS ENGINEERING: Process Design, Equipment Selection, Material Flow, Industrial Control, and Manufacturing Performance (en Inglés) - Saul, Brady A.
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Reseña del libro "INDUSTRIAL PROCESS ENGINEERING: Process Design, Equipment Selection, Material Flow, Industrial Control, and Manufacturing Performance (en Inglés)"
Industrial production depends on well-designed processes in which equipment, materials, energy, information, and control systems work together to achieve consistent manufacturing results. Understanding these relationships is essential for engineers responsible for designing, evaluating, and improving industrial operations. INDUSTRIAL PROCESS ENGINEERING explores the engineering principles behind process design, equipment selection, material flow, industrial control, and manufacturing performance. The book examines how industrial processes are developed and organized, from the selection of appropriate equipment and materials to the coordination of process stages and monitoring of operational performance. Key topics include: • Fundamentals of industrial process engineering • Process design and engineering analysis • Industrial equipment selection and evaluation • Material flow and process movement • Production process organization • Industrial control and monitoring systems • Sensors, instrumentation, and process measurements • Equipment integration and process coordination • Manufacturing performance measurement • Process efficiency and resource utilization • Bottleneck identification and process improvement • Quality considerations in industrial processes • Equipment reliability and operational performance • Process optimization and continuous improvement The book approaches industrial processes as interconnected systems in which equipment, materials, workflows, control technologies, and production requirements influence overall performance. Readers will explore how these elements can be analyzed and coordinated when developing or improving manufacturing operations. Material flow and equipment selection are examined alongside process design because the movement of materials and the capabilities of production equipment can directly affect workflow organization and system performance. Industrial control is also considered as an important mechanism for monitoring process conditions and maintaining coordinated operations. For industrial engineers, manufacturing engineers, mechanical engineers, process engineers, automation professionals, engineering students, production specialists, and readers interested in industrial manufacturing systems, INDUSTRIAL PROCESS ENGINEERING provides a structured foundation for understanding how industrial processes are designed, integrated, controlled, evaluated, and improved.
