Systems Engineering and Analysis
This practical introduction to Systems Engineering provides systems engineers and analysts with the concepts, methodologies, models and tools needed to understand and implement the systems approach. It views systems from a top-down, integrated, life-cycle perspective, evolving in coverage from the identification of a consumer need to design and development, production/construction, distribution, system utilization and support, retirement, and material recycling and/or disposal.
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The System Design Process
PRELIMINARY SYSTEM DESIGN
DETAIL DESIGN AND DEVELOPMENT
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accomplished activities allocation alternative application approach areas assembly breakdown structure characteristics components conceptual design configuration control chart criteria defined demanufacturing design and development design review detail design determine diagram effectiveness elements Equation event example exponential distribution facilities factor factor factor feasible functional analysis functional block diagrams given F given identified illustrated in Figure initial input inventory life-cycle cost logistic support maintainability maintenance actions maintenance concept manufacturing ment Monte Carlo analysis MTBF MTBM normal distribution number of units objective optimal overall parameters performance personnel phase Poisson distribution preventive maintenance probability distribution problem procurement quantity random random variable refer to Figure reliability repair sample selected spares specific subsystem supplier support equipment system design system operational systems engineering process Table tasks test and evaluation test and support test equipment tion TPMs variable Weibull distribution