Course Outline Hydraulics 14 hrs lectures, 5 Tutorials, I Quiz Dimensional analysis hap. 7 Buckingham pi the 8 Significance of common dimensional groups Chap. 7 nilitude and scale models 16T6 9 Concepts of Boundary Layer Laminar flow Chap 8 between parallel plates Laminar and turbulent flows in pipes 18|T 10 Energy concepts in pipe flows 19 Chap. 8 11 Moody diagram 21 Chap. 8 Friction and minor losses hap. 8 12 Principles of fluid machines. Performance Chap. 12 characteristics of pumps Similarity laws. Specific speed and machine 2402 Chap. 12 13 System characteristics and matching 25 Cavitation and NPSh Parallel and series operations of pum 26T10Course Outline Hydraulics 14 hrs lectures, 5 Tutorials, 1 Quiz 7 Dimensional analysis Buckingham Pi theorem 13 14 T5 Chap. 7 Chap. 7 8 Significance of common dimensional groups Similitude and scale models 15 16 T6 Chap. 7 Chap. 7 9 Concepts of Boundary Layer. Laminar flow between parallel plates Laminar and turbulent flows in pipes 17 18 T7 Chap. 8 Chap. 8 10 Energy concepts in pipe flows Darcy-Weisbach equation 19 20 T8 Chap. 8 Chap. 8 11 Moody diagram Friction and minor losses 21 22 T9 Chap. 8 Chap. 8 12 Principles of fluid machines. Performance characteristics of pumps. Similarity laws. Specific speed and machine selection 23 24 Q2 Chap. 12 Chap. 12 13 System characteristics and matching. Cavitation and NPSH. Parallel and series operations of pumps. 25 26 T10 Chap. 12 Chap. 12