Credits : 4
Contact Hours : Lecture :3 Tutorial : 1 Practical : 2 per alternate
Review of C++ ; Principles of modeling, physical, mathematical, static and dynamic models; Model development, parameter estimation, validation of model ; Nature of simulation, techniques of simulation, discrete and continuous system simulation, parallel and distributed simulation, simulation of queuing and inventory system; Methods of random number generation, Monto-Carlo simulation, spread sheet simulation, numerical computation techniques for continuous and discrete models; Modeling of intake, channel, desilting tank, forebay tank, penstock; Modeling of electro mechanical equipment; Introduction of simulation language and package;
List of Practicals :
Software development for planning and designing of small hydropower plant based on C++ programming, development of model with empirical data, software development for simulation technique.