Functional Reverse Engineering of Machine Tools
portes grátis
Functional Reverse Engineering of Machine Tools
Abbas, Ghulam; Edwin, Cedric Aimal; Khan, Wasim Ahmed; Hussain, Ghulam; Rahman, Khalid
Taylor & Francis Ltd
10/2019
322
Dura
Inglês
9780367078034
15 a 20 dias
544
Descrição não disponível.
Part 1: Mechanical Engineering Aspects of Machine Tools. 1. Engineering Design of Discrete Mechanical Components, Structures, Mechanism and Machines. 2. Manufacturing of Discrete Mechanical Components, Structures, Mechanism and Machines. Part 2: Electrical Engineering Aspects of Machine Tools. 3. Prime movers for Machine Tools. 4. Electric Motors for Machine Tools. Part 3: Electronic Engineering Aspects of Machine Tools. 5. Printed Circuit Board Design and Manufacturing for Machine Tool Controller. 6. Drivers for Electrical Motors Used at Machine Tools. Part 4: Control Engineering Aspects of Machine Tools. 7. Open Loop and Feedback systems for Machine Tools. 8. Transfer Function Design for Machine Tools. Part 5: Computer Hardware Engineering Aspects of Machine Tools. 9. Microcontrollers for Machine Tool Operation. 10. Flexible Manufacturing Cell Controller Design. 11. Internet of Things (IoT) for Flexible Manufacturing Cell. Part 6: Computer Software Engineering aspects of Machine Tools. 12. Interpreters and Compilers for Machine Tool Controller. 13. Augmented Reality for Machine Tools. Part 7: Promoting Enterprises of Functional Reverse Engineering. 14. Viable Product Development and their Commercialization through Spin Off Companies.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Cyber Physical Systems;Tool Wear Model;CNC;Power Consumption;Computer Numerical Control;Free Form Surfaces;Rapid Prototyping;Executable Workflow;Human-Computer Interaction;Machine Vision;CAD/CAM;Re;HCI;Laser Cladding;augmented reality;Machine Vision System;functional reverse engineering;Tool Wear;industrial internet-of-things;Support Vector Machine;machine tool;Vice Versa;End End End End;Servo Press;Convex Hull;End End End End End;End End End;Flank Wear;Measured Tool Wear;Multi-axis Machine Tool;In-process Measurement;Developable Surface;MDP;RISC Architecture;Implicit Surface
Part 1: Mechanical Engineering Aspects of Machine Tools. 1. Engineering Design of Discrete Mechanical Components, Structures, Mechanism and Machines. 2. Manufacturing of Discrete Mechanical Components, Structures, Mechanism and Machines. Part 2: Electrical Engineering Aspects of Machine Tools. 3. Prime movers for Machine Tools. 4. Electric Motors for Machine Tools. Part 3: Electronic Engineering Aspects of Machine Tools. 5. Printed Circuit Board Design and Manufacturing for Machine Tool Controller. 6. Drivers for Electrical Motors Used at Machine Tools. Part 4: Control Engineering Aspects of Machine Tools. 7. Open Loop and Feedback systems for Machine Tools. 8. Transfer Function Design for Machine Tools. Part 5: Computer Hardware Engineering Aspects of Machine Tools. 9. Microcontrollers for Machine Tool Operation. 10. Flexible Manufacturing Cell Controller Design. 11. Internet of Things (IoT) for Flexible Manufacturing Cell. Part 6: Computer Software Engineering aspects of Machine Tools. 12. Interpreters and Compilers for Machine Tool Controller. 13. Augmented Reality for Machine Tools. Part 7: Promoting Enterprises of Functional Reverse Engineering. 14. Viable Product Development and their Commercialization through Spin Off Companies.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Cyber Physical Systems;Tool Wear Model;CNC;Power Consumption;Computer Numerical Control;Free Form Surfaces;Rapid Prototyping;Executable Workflow;Human-Computer Interaction;Machine Vision;CAD/CAM;Re;HCI;Laser Cladding;augmented reality;Machine Vision System;functional reverse engineering;Tool Wear;industrial internet-of-things;Support Vector Machine;machine tool;Vice Versa;End End End End;Servo Press;Convex Hull;End End End End End;End End End;Flank Wear;Measured Tool Wear;Multi-axis Machine Tool;In-process Measurement;Developable Surface;MDP;RISC Architecture;Implicit Surface
