Titlebook: Civil Engineering Systems; Andrew B. Templeman Textbook 1982Latest edition Macmillan Publishers Limited 1982 civil engineering.engine.engi

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Solution Techniques for Linear Problems,er deals in detail with the most widely used solution method for linear programming problems, the simplex method. Having presented the simplex method, consideration is given to some of the interesting features of linear programming such as duality, sensitivity analysis, problems with integer or disc

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Project Planning Methods, Networks and Graphs,anslates that definition into reality and very careful planning is necessary to ensure that the goal is achieved efficiently and economically. Consequently the construction phase has its own planning methods which aim to specify precisely how the project will be carried out, determine what resources

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Serial Systems and Dynamic Programming, One important category of problems which cuts across all the conventional category boundaries consists of problems which exhibit serial or sequential features. This chapter examines the nature of sequential systems and demonstrates how problems can be solved by a method known as dynamic programming

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Non-Linear Unconstrained Optimisation Methods,d problems. This chapter introduces unconstrained methods. Although many technological design problems are constrained, within civil engineering generally there are many uses for unconstrained non-linear optimisation methods. A major reason for a detailed examination of unconstrained optimisation is

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Non-Linear Constrained Optimisation Methods,search an unconstrained function to find its lowest value. These search methods are somewhat pedestrian because in general nothing is known about the function being searched. Many trials are needed to build up even a rough picture of how the function behaves. If a set of non-linear constraints or bo

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Non-Linear Optimisation in Civil Engineering, methods. Chapters 7 and 8 have examined non-linear optimisation from a numerical viewpoint and have developed several solution methods. This chapter swings attention back towards civil engineering and shows how practical civil engineering problems may be modelled mathematically so as to use some of