Saul brady (106 risultati)

Paperback. Condizione: Good.

Condizione: very_good.

Paperback. Condizione: As New. No Jacket. Pages are clean and are not marred by notes or folds of any kind. ~ ThriftBooks: Read More, Spend Less.

Paperback. Condizione: Very Good. No Jacket. May have limited writing in cover pages. Pages are unmarked. ~ ThriftBooks: Read More, Spend Less.

Paperback. Condizione: Good.

Oversize Paperback. Condizione: Near Fine. No Jacket.

paperback. Condizione: Very Good. Connecting readers with great books since 1972! Used books may not include companion materials, and may have some shelf wear or limited writing. We ship orders daily and Customer Service is our top priority.

Paperback. Condizione: Very Good. Softcover. B&W photos ; 4to (8.5 X 1 X 11 inches); 356 pages.

Soft cover. Condizione: Near Fine. 1st Edition. Stiff pictorial wraps. Minor handling wear to covers. Square, uncreased binding, clean and unmarked interior. 1st ptg. 356 pp., illus. Size: 4to - over 9¾" - 12" tall. Book.

Trade Paperback. Condizione: Good+. None. Corners creased; tanning; Almost; 10.8 X 8.3 X 1.2 inches; 240 pages fmc2%262D.

Softcover. Condizione: Very Good. No Dust Jacket. First Edition. 356 pages.

Taschenbuch. Condizione: Neu. Neuware - Efficient production depends on how effectively processes, machines, materials, people, time, and other resources are organized and coordinated. Production systems engineering provides a structured approach to designing manufacturing operations, evaluating production capacity, improving workflows, and optimizing the use of available resources.PRODUCTION SYSTEMS ENGINEERING explores the engineering principles behind process design, manufacturing workflows, capacity planning, resource utilization, and production optimization.The book examines how production systems are designed and organized to transform materials into finished products while maintaining appropriate levels of productivity, quality, reliability, and operational control.Key topics include: - Fundamentals of production systems engineering- Production process design and analysis- Manufacturing workflow development- Production planning and scheduling- Capacity planning and resource allocation- Machine, material, labor, and facility utilization- Production flow and workflow coordination- Bottleneck identification and capacity constraints- Manufacturing performance measurement- Production efficiency and process improvement- Equipment utilization and operational planning- Quality considerations in production systems- Automation and integrated manufacturing operations- Production system optimization and continuous improvementThe book approaches production as an interconnected system in which processes, equipment, resources, information, and human activities influence overall manufacturing performance. Readers will explore how production workflows can be analyzed, organized, and improved to support efficient movement of materials and coordinated use of manufacturing resources.Capacity planning is examined as an important part of production engineering, connecting available equipment, workforce, materials, production time, and expected output with the practical requirements of manufacturing operations.For industrial engineers, manufacturing engineers, mechanical engineers, production managers, operations professionals, engineering students, and readers interested in modern manufacturing systems, PRODUCTION SYSTEMS ENGINEERING provides a structured foundation for understanding how production processes are designed, planned, evaluated, and optimized.…

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware - Industrial operations depend on the coordinated management of production processes, resources, materials, information, equipment, and quality requirements. Effective operations engineering provides a systematic approach to planning activities, improving processes, coordinating supply, and maintaining efficient production performance.INDUSTRIAL OPERATIONS ENGINEERING explores the engineering principles behind production planning, process optimization, supply coordination, resource management, quality systems, and operational efficiency.The book examines how industrial operations can be organized and evaluated as interconnected systems. It considers how production schedules, material availability, equipment capacity, workforce resources, quality requirements, and process performance influence overall operational results.Key topics include: - Fundamentals of industrial operations engineering- Production planning and scheduling- Process analysis and optimization- Supply and material coordination- Resource allocation and utilization- Equipment and workforce management- Production workflow coordination- Inventory and material flow considerations- Quality management and inspection systems- Operational performance measurement- Bottleneck identification and process improvement- Manufacturing efficiency and productivity- Industrial information and decision-support systems- Continuous improvement in operational environmentsThe book approaches industrial operations as an integrated system in which production, supply, resources, quality, and process performance must work together. Readers will explore how operational data and engineering analysis can be used to identify constraints, evaluate performance, and improve manufacturing workflows.Supply coordination is considered alongside production planning and resource management because material availability, equipment capacity, workforce requirements, and production schedules are closely connected. Quality systems are also examined as an essential part of maintaining consistent and reliable operational performance.For industrial engineers, manufacturing engineers, operations professionals, production managers, supply and logistics specialists, engineering students, and readers interested in industrial operations, INDUSTRIAL OPERATIONS ENGINEERING provides a structured foundation for understanding how complex production environments can be planned, coordinated, measured, and systematically improved.…

Taschenbuch. Condizione: Neu. Neuware - 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 improvementThe 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.…

Taschenbuch. Condizione: Neu. Neuware - Industrial equipment forms the physical foundation of manufacturing and production operations. Machines must be appropriately designed or selected, integrated into production systems, maintained throughout their service life, and operated with attention to reliability and safety.INDUSTRIAL EQUIPMENT ENGINEERING explores the engineering principles behind machine design, equipment selection, reliability, maintenance, safety, and production applications.The book examines how engineers evaluate industrial equipment according to operating requirements, production conditions, performance expectations, maintenance needs, and workplace considerations.Key topics include: - Fundamentals of industrial equipment engineering- Machine design principles and engineering requirements- Industrial equipment selection and evaluation- Mechanical components and machine systems- Equipment performance and operating characteristics- Reliability engineering and equipment failure- Preventive and corrective maintenance- Maintenance planning and equipment inspection- Machine safety and protective measures- Equipment condition monitoring- Production equipment integration- Equipment utilization and performance measurement- Troubleshooting and operational considerations- Industrial equipment applications in manufacturingThe book approaches industrial equipment as part of a larger production system, where machine performance can influence productivity, quality, reliability, maintenance requirements, and operational efficiency. Readers will explore how equipment decisions can be evaluated systematically rather than based solely on individual machine specifications.Reliability and maintenance are examined as interconnected aspects of equipment management, with attention to failure prevention, inspection, service planning, equipment condition, and continued operational performance. Safety considerations are also incorporated into the discussion of machine operation and industrial equipment systems.For mechanical engineers, industrial engineers, manufacturing professionals, maintenance engineers, engineering students, technicians, production managers, and readers interested in industrial machinery, INDUSTRIAL EQUIPMENT ENGINEERING provides a structured foundation for understanding how production equipment is designed, selected, maintained, evaluated, and applied within modern industrial environments.…

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware - Modern industrial operations depend on the coordinated performance of machines, processes, people, information, and production resources. Industrial systems engineering provides a structured way to understand these interconnected elements, evaluate their performance, and improve how they operate as a complete system.INDUSTRIAL SYSTEMS ENGINEERING explores the engineering principles behind manufacturing processes, production systems, equipment integration, process control, and operational efficiency.The book examines how individual machines and processes interact within larger industrial environments and how systematic analysis can support better production planning, coordination, monitoring, and improvement.Key topics include: - Fundamentals of industrial systems engineering- Manufacturing processes and production technologies- Production system organization and analysis- Equipment selection and integration- Industrial machinery and system coordination- Process control and monitoring- Production workflow and resource utilization- Industrial data and performance measurement- Bottleneck identification and process improvement- Operational efficiency and productivity- Quality considerations in industrial systems- Equipment reliability and maintenance- Automation and integrated production technologies- Continuous improvement of industrial operationsThe book approaches industrial production as an interconnected system in which machines, materials, processes, information, and human activities influence overall performance. Readers will explore how these relationships can be analyzed to identify constraints, improve workflows, and support more efficient operations.Equipment integration and process control are considered important components of system performance, particularly where multiple machines and production stages must operate in coordination. The book also examines how performance measurements can help engineers evaluate production systems and identify opportunities for improvement.For industrial engineers, manufacturing engineers, mechanical engineers, production professionals, automation specialists, engineering students, and readers interested in modern industrial operations, INDUSTRIAL SYSTEMS ENGINEERING provides a structured foundation for understanding, analyzing, integrating, and improving complex production systems.…

Taschenbuch. Condizione: Neu. Neuware - Modern manufacturing facilities depend on the coordinated interaction of production processes, machines, automation technologies, material handling systems, quality controls, and operational resources. Designing these elements as an integrated system is essential for creating organized and efficient manufacturing environments.MANUFACTURING SYSTEMS DESIGN explores the engineering principles behind production architecture, process integration, automation, material handling, quality systems, and factory performance.The book examines how individual manufacturing processes and technologies can be connected to form complete production systems. It considers the relationships between equipment, workflows, materials, information, people, and quality requirements throughout a factory.Key topics include: - Fundamentals of manufacturing systems design- Production architecture and system organization- Manufacturing process selection and integration- Production workflow and process coordination- Industrial automation and equipment integration- Material handling and material flow systems- Factory layout and production organization- Quality assurance and manufacturing control- Production capacity and resource utilization- Factory performance measurement- Bottleneck identification and process improvement- Equipment reliability and maintenance considerations- Digital technologies in manufacturing systems- Manufacturing system optimization and continuous improvementThe book approaches factory design as an interconnected engineering problem in which production processes, equipment, material movement, automation, quality systems, and operational resources must work together. Readers will explore how manufacturing systems can be planned, structured, evaluated, and improved according to production requirements.Material flow and equipment integration are examined alongside process design because the physical and operational relationships between manufacturing stages can influence productivity, quality, and system performance. The book also considers how performance information can support analysis and continuous improvement.For manufacturing engineers, industrial engineers, mechanical engineers, automation professionals, production managers, engineering students, and readers interested in factory design and modern manufacturing operations, MANUFACTURING SYSTEMS DESIGN provides a structured foundation for understanding how integrated production environments are engineered, coordinated, evaluated, and improved. Are you ready to go through this journey then scroll up to obtain your copy now.…

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Soft cover. Condizione: Good. Good condition. Clean pages, intact binding.

Paperback. Condizione: new. Paperback. Industrial environments involve machines, processes, materials, energy sources, and human activities that must be managed carefully to maintain safe working conditions. Effective safety engineering requires systematic identification of hazards, evaluation of risks, protection of workers and equipment, and continuous improvement of workplace systems.INDUSTRIAL SAFETY ENGINEERING explores the engineering principles behind hazard identification, risk assessment, machine safety, process protection, workplace systems, and accident prevention.The book examines how safety can be incorporated into industrial operations through structured analysis, protective measures, engineering controls, monitoring, and organized safety practices.Key topics include: - Fundamentals of industrial safety engineering- Hazard identification and classification- Workplace risk assessment methods- Machine hazards and machine safety principles- Engineering controls and protective systems- Process protection and industrial safeguards- Workplace safety systems and procedures- Industrial equipment and operational hazards- Accident causation and prevention- Safety inspection and monitoring- Emergency preparedness and response systems- Human factors in industrial safety- Safety performance measurement- Continuous improvement of workplace safety systemsThe book approaches industrial safety as an engineering discipline that connects equipment design, process organization, human interaction, risk management, and operational control. Readers will explore how hazards can be identified, risks evaluated, and appropriate protective measures incorporated into industrial systems.Attention is also given to machine guarding, process safeguards, workplace organization, safety monitoring, and accident prevention. These areas are considered as interconnected elements of a broader safety system rather than isolated procedures.For safety engineers, industrial engineers, manufacturing professionals, mechanical engineers, engineering students, technicians, production managers, and readers interested in workplace safety systems, INDUSTRIAL SAFETY ENGINEERING provides a structured foundation for understanding the engineering approaches used to identify hazards, manage risks, protect industrial operations, and prevent accidents.The book is intended for educational purposes and should be used alongside applicable laws, regulations, standards, site-specific procedures, and qualified professional guidance when making real-world safety decisions. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…