Machine shop theory /
Machine shop theory /
edited by Samual Rodrigues
- v, 251 pages : illustrations ; 25 cm.
Includes bibliographical references and index.
Multi-task Multi-agent reinforcement learning for real-time scheduling of a dual-resource flexible job shop with robots -- Graphic model for shop floor simulation and control in the context of industry 5.0 -- Analysis of a collaborative scheduling model applied in job shop manufacturing environment -- Dynamic allocation of manufacturing resources in IoT job shop considering machine state transfer and carbon emission -- Micromachining of advanced materials -- Machine translation and the evaluation of its quality -- A multi-objective optimization method for job shop scheduling considering cutting-tool degradation with energy-saving measures -- Data-mining-based real-time optimization of the job shop scheduling problem -- Operator-based adaptive tracking capacity control in complex manufacturing processes.
"Machining is a detailed and technical process used to cut material into a final shape and size, creating parts, tools, and instruments. The process is commonly used to shape metals, but it can also be applied to other materials. Machine shops utilize specialized equipment and tools, including mills, lathes, and drill presses, to cut material and 3D printers to add material.
This book covers research and development in the areas of safety, speed and feed calculations, layout equipment, cutting tools, and machine tool equipment. It also introduces and studies the more technical shop operations of threading, tapping, boring, carbide tooling, and principles of metal cutting Machine Shop Theory provides a comprehensive guide to machining, covering the technical aspects of the process and the equipment used, as well as safety considerations. It is an essential resource for students, professionals, and anyone interested in the field of machining"-- Back cover.
9788119205639
Machine-shop practice.
TJ1160 / .M33 2024
671.35 / M184
Includes bibliographical references and index.
Multi-task Multi-agent reinforcement learning for real-time scheduling of a dual-resource flexible job shop with robots -- Graphic model for shop floor simulation and control in the context of industry 5.0 -- Analysis of a collaborative scheduling model applied in job shop manufacturing environment -- Dynamic allocation of manufacturing resources in IoT job shop considering machine state transfer and carbon emission -- Micromachining of advanced materials -- Machine translation and the evaluation of its quality -- A multi-objective optimization method for job shop scheduling considering cutting-tool degradation with energy-saving measures -- Data-mining-based real-time optimization of the job shop scheduling problem -- Operator-based adaptive tracking capacity control in complex manufacturing processes.
"Machining is a detailed and technical process used to cut material into a final shape and size, creating parts, tools, and instruments. The process is commonly used to shape metals, but it can also be applied to other materials. Machine shops utilize specialized equipment and tools, including mills, lathes, and drill presses, to cut material and 3D printers to add material.
This book covers research and development in the areas of safety, speed and feed calculations, layout equipment, cutting tools, and machine tool equipment. It also introduces and studies the more technical shop operations of threading, tapping, boring, carbide tooling, and principles of metal cutting Machine Shop Theory provides a comprehensive guide to machining, covering the technical aspects of the process and the equipment used, as well as safety considerations. It is an essential resource for students, professionals, and anyone interested in the field of machining"-- Back cover.
9788119205639
Machine-shop practice.
TJ1160 / .M33 2024
671.35 / M184