Short Syllabus of Mechanical Engineering (131) Curriculum - ITB

Short Syllabus
Energy equation, major and minor losses (in valves, elbows, adaptors, tee-joints, etc),
pipe system simulation, optimization in single or multiple loops using Hardy-Cross
method, piping standard, pumps and compressors selection for liquid or gas, code and
standards.
Related Courses
1. MS3143 Fluid Mechanics II, Prerequisited.
Bibliography
1. M. Mohitpour, 2000, Pipe Line Design, ASME Press
2. E. Benjamin Wylie, Fluid Transient, Mc Graw Hill
MS5044, Fluid Machineries (3 SKS)
Short Syllabus
Main parameters and basic characteristic of fluid machineries design, kinematics,
dynamics, governing equation of motion, energy equation in absolute and relative
systems, basic variables, energy analysis in inlet and outlet, pumps and turbines
construction, numerical analysis, turbo-machinery design for incompressible and
compressible substance.
Related Courses
1. MS2100 Numerical Analysis & Programming, Prerequisited.
2. MS4147 Energy Conversion Machineries II, Co-requisited.
Bibliography
1. Bruno Eckert, Axial und Radialkompressoren, Springer Verlag
2. Cohen, Gas Turbine Theory, Longman Scientific & Technical
3. Traupel, W., Thermische Turbomaschinen, Springer Verlag
MS5045, Piston Combustion Engine (3 SKS)
Short Syllabus
Otto (gasoline) and diesel engines. The influence of design and operation to performance
and fuel consumption. Review of thermodynamics, fluid mechanics, combustion, heat
transfer, friction, power losses, efficiency, and exhaust emission. Operation
characteristics of various internal combustion engines, and new trends in gasoline and
diesel engines.
Related Courses
1. MS4100 Mechanical Engineering Lab I, Prerequisited.
2. MS4147 Energy Conversion Machineries II, Prerequisited.
3. MS4240 Mechanical Engineering Lab II, Prerequisited.