Selecting Capacity Plan (original) (raw)

2005, Design of Advanced Manufacturing Systems

Inputs and outputs of the model [A1-1]-M1. 2.3 Membership functions for the values low", medium", and high". 2.4 Inputs and outputs of the four fuzzy systems of the model [A1-1]-M1. 2.5 Inputs and outputs of the models [A1-1]-M2. 2.6 Inputs and outputs of the two fuzzy systems of the model [A1-1]-M2. 2.7 The initial menu form. 2.8 The form Models for project mapping. 2.9 The form for outsourcing constraint determination. 2.10 The form for flexibility identification. 2.11 The form for the strategic evaluation of product flexibility. 2.12 Form for the strategic evaluation of the manufacturing capacity. 2.13 The form of the optimization results. vii " " viii DESIGN OF ADVANCED MANUFACTURING SYSTEMS 2.14 A sketch of the output txt file. 2.15 Scenario 1 Output. 2.16 Scenario 2 Output. 3.1 Scenario tree for a two-stage problem. 3.2 Convexity of the recourse function and approximation by support hyperplanes. 3.3 Scenario tree for multi-stage stochastic programming. 3.4 Split-variable view of an event tree. 3.5 Graphical interpretation of plant location formulation. 4.1 A3 context diagram. 4.2 Example of the output of A3. 4.3 Flow lines. 4.4 Layout of FMS. 4.5 A3 level diagram. 4.6 Example of unreachable node. 4.7 Example of unleaveble node. 4.8 Decomposition method of a flow line with 5 machines. 4.9 Flow line with K machines. 4.10 Two-machine line. 4.11 Queueing network of modelled FMS. 4.12 Multiple-class server in isolation. 4.13 Decomposition of a multiple-class server in isolation mode. 4.14 Aggregation of customers in one class. xiv DESIGN OF ADVANCED MANUFACTURING SYSTEMS has to make and the nature of information that is available at the moment of the decision. The following chapters contain the decision models this book proposes to support managers in the capacity planning problem, from the decision on the type of manufacturing systems to adopt to their detailed configuration in terms of resources (machines, buffers, transporters, etc.). Given the organization of the volume, the reading of Chapter 1 is particularly suggested in the reading of the book. We want to acknowledge the MIUR (Ministero dell'Istruzione, dell' Universita e della Ricerca) which funded this research. Indeed, the content represents the result of a two years Italian research project Models for Capacity Planning in Advanced Manufacturing Systems funded by MIUR in 2000. Five universities participated in the project: Politec

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