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Modern Management
The purpose of this paper is to acquaint the senior manager in small to medium sized companies with an over-all vew of the new management tools and techniques which are available to him. What are these new devices? How are they used? What is required to introduce them into a specific company? What benefits can be derived from each? What is the limiation of each device, or how should it not be used? Tools Profiled: -- Profitability accounting; -- Customer engineered environment; -- Modern inventory control; -- Work measurement and industrial engineering application; -- Integrated information systems design; -- Modern management control design; -- Computers and systems; -- Detailed planning, c...
Improving Material Movement Through the Manufacturing Cycle
From the Introduction: Industry is a mass flow of materials from the mine, forest, field and ocean to the ultimate consumer. In this flow the materials are handled, held and stored in some cases hundreds of times as they move through the manufacturing cycle before becoming finished products. Some of the material handling operations are fairly obvious but many others are hidden. They all create costs that represent a large proportion of the total costs of the manufactured articles. It is the purpose of this paper to describe how firms might reduce or eliminate material handling and speed up the movement of material through the process and to the customer.
Engineering Digest
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Feedback Control Systems
A compact exploration of the behavior of dynamic systems and how this behaviour may be changed by the use of feedback. *explains concepts in the simplest possible mathematical framework and develops concepts of design in parallel with those of analysis. *includes extensive coverage of modeling of physical systems. *features two chapters on state space analysis and design. *provides two chapters on digital computer control. *expands coverage of the classical root locus and frequency response design techniques, provides stepwise procedures for each, with examples for each case, treats phase-lag, phase-lead, and PID control design in separate sections *provides an expanded and formalized treatment of block diagram reduction, following the derivation of such diagrams for physical systems, and a discussion of signal flow graphs and Masons Gain Formula. *introduces the s-plane in Chapter 1, permitting early coverage of transient response calculation. *discusses controller tuning. *provides introductory-level coverage of advanced topics such as multivariable (ch. 13) and nonlinear controls (ch. 14)
Annual Catalogue
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