<\/p>\n
MEP 501: Fluid Dynamics:<\/strong><\/p>\n \n The governing equations of fluid flow \u2013 1-D incompr essible and compressible flows with applications- 2-D flow: Newtonian fluids, Navier-Stokes equations, examples on flow in pipes. Viscous flow and theory of lubrication- Boundary Layer flow \u2013 Turbulent flow \u2013 Applications on flow of gases and liquids in pipelines.<\/p>\n MEP 502 Theory of Turbo-machines:<\/strong><\/p>\n \n The fundamentals, basic concepts and basic laws of turbo-machines \u2013 Similarity of turbo-machines \u2013 1-D flow \u2013 2-D flow through group of bla des-cascade \u2013 3-D flow in turbo-machines.<\/p>\n MEP 503 Measurements and Tests:<\/strong><\/p>\n \n Basic definitions \u2013 Concept of Calibration, static and dynamic response \u2013 Importance of accuracy, error-propagation and uncertainty analysis in experimental measurements \u2013 Methods of statistical analysis and graphical presentation of experimental results \u2013 Practical applications of measurement devices, electrical instruments, and signal conditioning devices<\/p>\n \n \u2013 Using of Personal Computers in data accusation, p rocessing and analysis during and after experimental measurements.<\/p>\n MEP 504 Heat and Mass Transfer:<\/strong><\/p>\n \n Heat transfer by conduction \u2013 Heat transfer by conv ection \u2013 Heat transfer by radiation \u2013 Heat transfer during conditions of Boiling and Condensation – Heat exchangers \u2013 Mass Transfer.<\/p>\n MEP 505 Computer Applications:<\/strong><\/p>\n \n Structure and components of Computers \u2013 Operating S ystems \u2013 Introduction to computer languish \u2013 Flow charts \u2013 Numerical Integration \u2013 So lving nonlinear algebraic and simultaneous equations \u2013 Curve fittings \u2013 Using com puters in engineering applications.<\/p>\n MEP 506 Turbines and Turbine-Plants:<\/strong><\/p>\n \n Power generation gas-turbine plants \u2013 Power generat ion steam-turbine plants \u2013 Hydraulic turbines \u2013 Steam turbines \u2013 Gas turbines.<\/p>\n MEP 507 Pipelines and Ducting systems for Ventilation:<\/strong><\/p>\n \n Viscous incompressible flow in pipelines \u2013 1-D stea dy flow of compressible fluid \u2013 Fluid flow in pipeline networks \u2013 Energy transfer through pipelines \u2013 Pumps and pipeline systems.<\/p>\n MEP 508-A & 508-B Pumps and Compressors Stations:<\/strong><\/p>\n \n Theory and design of Centrifugal and Mixed Flow Pumps \u2013 Theory of design \u2013 Axial flow pumps \u2013 Cavitations \u2013 Performance and testing of p umps \u2013 pumps operation problems \u2013 pumping stations \u2013 Theory and design of centrifugal compressors \u2013 Theory and design of axial flow compressors \u2013 Compressors accessories.<\/p>\n MEP 509<\/strong>\u00a0\u00a0\u00a0 Automatic Control:<\/strong><\/p>\n \n Control Systems \u2013 Mechanical components, pneumatic, hydraulic, and electric systems \u2013 Modeling \u2013 Transfer function \u2013 Closed loop system \u2013 Instantaneous response \u2013 Stability and equilibrium tests \u2013 Design of control systems \u2013 App lications of control systems in turbo-machines, heat transfer equipments and combustion systems.<\/p>\n MEP 510 Environmental Fluid Dynamics:<\/strong><\/p>\n \n Basic definitions \u2013 Specifications and laws for env ironmental protection- Main sources for environmental pollution- Governing equations for atmospheric air flow- cooling of gases in air \u2013 Control of pollution from fixed and moving so urces \u2013 Treatment of industrial liquids \u2013<\/p>\n Domestic Water treatment \u2013 Drains treatment.<\/p>\n MEP 541 Special course:<\/strong><\/p>\n Special Topics in Pipelines, Pumps and Turbines.<\/p>\n MEP 542 Special course:<\/strong><\/p>\n Special Topics in Pipelines, Pumps and Turbines.<\/p>\n MEP 551 Special course:<\/strong><\/p>\n Special Topics in Pipelines, Pumps and Turbines.<\/p>\n MEP 552 Special course:<\/strong><\/p>\n Special Topics in Pipelines, Pumps and Turbines.<\/p>\n Diploma of Graduate Studies in Combustion and Internal Combustion Engines:<\/strong><\/p>\n MEP 511 Thermodynamics and Fundamentals of Combustion:<\/strong><\/p>\n \n Review of basics of thermodynamics- Properties of real gases- Change of energy and entropy during combustion process- Chemical equilibrium- Introduction to kinetics of reaction in combustion process- Flames \u2013 Explosions \u2013 Continuou s and periodic combustion systems \u2013 Combustion control parameters and factors.<\/p>\n MEP 512 Fluid Dynamics and Fundamentals of Lubrication:<\/strong><\/p>\n \n Types and description of fluid motion \u2013 Basic gover ning equations for fluid motion- Viscous flow \u2013 2-D flow \u2013 Fundamentals of lubrication \u2013 Rey nolds equation \u2013 Algebraic solution of Reynolds equation for special conditions- Numerical solution of Reynolds equation \u2013 Hydrostatic and hydrodynamic loads and other loads.<\/p>\n MEP 513 Heat Transfer:<\/strong><\/p>\n \n Introduction on types and methods of heat transfer- Heat transfer by conduction- Heat transfer by convection- Heat transfer by radiation \u2013 Mass tr ansfer \u2013 Heat transfer in Internal Combustion engines- Heat transfer in combustion chambers and furnaces.<\/p>\n MEP 514 Measurements and Control:<\/strong><\/p>\n \n Basic components of measurement system \u2013 Error ana lysis \u2013 Static and dynamic response of measurement system- Methods and instruments for measuring: Pressure, Temperature, Rate of fluid flow, Fluid velocity, Force, Moment and Rotation speed \u2013 Fundamentals of control-Methods of control of: Pressure, Temperature and flow rate.<\/p>\n MEP 515 Computer Applications:<\/strong><\/p>\n Mathematical models and applications in various engineering fields- Using digital computers<\/p>\n \n \u2013 Iterative methods for solving algebraic equations – Curve fittings- Numerical solution methods for differentiation and integration- Differential equations and examples in energy fields-Numerical solutions of Ordinary Partial differential equations- Finite differences methods for solving Partial Differential equations.<\/p>\n MEP 516 Applied Combustion:<\/strong><\/p>\n \n Fundamentals of combustion- Types of flames \u2013 Mixin g and spreading of flames \u2013 Heat release in flames- Heat transfer in furnaces \u2013 Meas urements in flames \u2013 Burners and combustors \u2013 Combustion equipments.<\/p>\n MEP 517 Internal Combustion Engines:<\/strong><\/p>\n \n Requirements of mixture of air-to-fuel ratio- Spark or Self Ignition Engines \u2013 Compression Ignition Engines \u2013 Two-stroke Engines \u2013 Engines Per formance \u2013 Super-charging.<\/p>\n MEP 518 Gas Turbines:<\/strong><\/p>\n \n Applications and usages-Range of output power-Description of gas turbines- Gas turbine cycles \u2013 Specific output, thermal efficiency and ef fects of main parameters- Methods of performance enhancing \u2013 Fuel and combustion \u2013 Power control \u2013 Testing \u2013Maintenance-Compound cycles.<\/p>\n MEP 519 Machine Dynamics and Stress-Analysis:<\/strong><\/p>\n \n Kinematics and Dynamics of machines- Mechanisms of connecting rod and crank shaft \u2013 Equilibrium and Balancing- Vibrations \u2013 Fundamental s of stress analysis \u2013 Failure Theories.<\/p>\n MEP 520 Oils and Lubricants:<\/strong><\/p>\n \n Types of industrial oils- Properties and tests of greases \u2013 Properties of Engines Lubricants \u2013 Composition and manufacturing of engines lubricants \u2013 Additives to improve properties \u2013 Additives for cleaning and corrosion resistance and others.<\/p>\n MEP 543 Special course:<\/strong><\/p>\n Special Topics in Combustion and Internal Combustion Engines.<\/p>\n MEP 544 Special course:<\/strong><\/p>\n Special Topics in Combustion and Internal Combustion Engines.<\/p>\n MEP 553 Special course:<\/strong><\/p>\n Special Topics in Combustion and Internal Combustion Engines.<\/p>\n MEP 554 Special course:<\/strong><\/p>\n Special Topics in Combustion and Internal Combustion Engines.<\/p>\n <\/p>","protected":false},"excerpt":{"rendered":" MEP 501: Fluid Dynamics: The governing equations of fluid flow \u2013 1-D incompr essible and compressible flows with applications- 2-D flow: Newtonian fluids, Navier-Stokes equations, examples on flow in pipes. Viscous flow and theory of lubrication- Boundary Layer flow \u2013 Turbulent flow \u2013 Applications on flow of gases and liquids in pipelines. MEP 502 Theory […]<\/p>\n","protected":false},"author":21,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"open","ping_status":"open","template":"","meta":{"footnotes":""},"class_list":["post-1416","page","type-page","status-publish","hentry"],"_links":{"self":[{"href":"https:\/\/mep.eng.cu.edu.eg\/en\/wp-json\/wp\/v2\/pages\/1416","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/mep.eng.cu.edu.eg\/en\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/mep.eng.cu.edu.eg\/en\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"https:\/\/mep.eng.cu.edu.eg\/en\/wp-json\/wp\/v2\/users\/21"}],"replies":[{"embeddable":true,"href":"https:\/\/mep.eng.cu.edu.eg\/en\/wp-json\/wp\/v2\/comments?post=1416"}],"version-history":[{"count":4,"href":"https:\/\/mep.eng.cu.edu.eg\/en\/wp-json\/wp\/v2\/pages\/1416\/revisions"}],"predecessor-version":[{"id":1559,"href":"https:\/\/mep.eng.cu.edu.eg\/en\/wp-json\/wp\/v2\/pages\/1416\/revisions\/1559"}],"wp:attachment":[{"href":"https:\/\/mep.eng.cu.edu.eg\/en\/wp-json\/wp\/v2\/media?parent=1416"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}