Productivity Theory for Industrial Engineering

Content: Cover
 Half Title
 Title Page
 Copyright Page
 Dedication
 Contents
 Preface
 Nomenclature
 Author
 Chapter 1 Introduction to productivity theory for industrial engineering
 1.1 Introduction
 1.2 Production-based industries, machineries and technologies for manufacturing systems
 1.3 Reliability attributes for industrial machines and systems
 1.3.1 Measuring and modelling the system reliability
 Bibliography
 Chapter 2 Conceptual principles of productivity theory for industrial engineering
 2.1 Introduction. 2.2 Technological processes and balancing are the basis for structural designs of manufacturing machines and systems2.3 Productivity rate of a single machine tool
 2.4 Productivity rate of a machine with multi-tool machining process
 2.4.1 Practical test
 2.4.2 The productivity rate of the machine tool with the single machining process
 Bibliography
 Chapter 3 Manufacturing systems of parallel arrangement and productivity rate
 3.1 Introduction
 3.2 Productivity rate of manufacturing systems with parallel arrangement and independent work of workstations. 3.3 Productivity rate of automated lines of parallel structure and linear arrangement3.4 An automatic machine of parallel structure and circular design (rotor-type machine)
 3.4.1 Productivity rate of rotor-type automatic machines
 3.5 Comparative analysis of productivity rates for manufacturing systems of parallel arrangements
 Bibliography
 Chapter 4 Manufacturing systems of serial arrangement and productivity rate
 4.1 Introduction
 4.2 Productivity rate of manufacturing systems with serial arrangement and independent work of workstations. 4.3 Productivity rate of an automated line with serial structure4.3.1 Industrial case study
 4.4 Productivity rate of an automated line segmented on sections with buffers of limited capacity
 4.4.1 An automated line segmented on sections with buffers of big capacity
 4.5 Comparative analysis of productivity rates for manufacturing systems of serial arrangements
 Bibliography
 Chapter 5 Manufacturing systems of parallel-serial arrangement
 5.1 Introduction
 5.1.1 Productivity rate of manufacturing systems with parallel-serial arrangement and independent work of workstations. 5.1.2 Productivity rate of manufacturing systems of parallel-serial arrangement and an independent work of automated lines of parallel structure5.1.3 Productivity rate of manufacturing systems of parallel-serial arrangement and an independent work of automated lines of serial structure
 5.1.4 Productivity rate of manufacturing systems of parallel-serial arrangement and an independent work of automated lines of serial structure segmented on sections with buffers
 5.2 Productivity rate of an automated line of linear arrangement and parallel-serial structure.