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السيرة الذاتية لإعضاء هيءة التدريس

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المقرارت الدراسية

اجبارية / اختيارية نظري / عملي مساندة/تخصصية Course Code Course Name اسم المقرر
اجبارية نظري تخصصية GE313 Applied Fluid Mech
اجبارية نظري تخصصية GE313 Applied Fluid Mech
اجبارية نظري تخصصية GE313 Applied Fluid Mech
اجبارية نظري تخصصية GE313 Applied Fluid Mech
اجبارية نظري تخصصية GE313 Applied Fluid Mech

وصف المقرر الدراسي*

وصف المقرر الدراسي
applied fluid mechanics
أهــداف الـمـقـرر*
Reviewing The properties of fluid mechanics
Reviewing The properties of fluid mechanics
Reviewing The properties of fluid mechanics

المعرفة والفهم*

المعرفة والفهم المهارات الدهنية المصادر العلمية والمهنية المهارات العامة والمنقولة
presenting the units and dimensions of fluid mechanics----- Reviewing The properties of fluid mechanics----presenting the pressure variation ----reviewing the Bernoulli equation ---reviewing Have a deeper understanding of laminar and turbulent flow in pipes and the analysis of fully developed flow---Calculate the major and minor losses associated with pipe flow in piping networks and dete Be able to solve problems of fluid mechanics---distinguishing between laminar and turbulent flow--- be able determine the pressure drop and pumping power requirements for real-world piping systems be able to connect the Bernoulli equation to energy equation. Connecting the pipe dimensions to the minor and major losses
presenting the units and dimensions of fluid mechanics----- Reviewing The properties of fluid mechanics----presenting the pressure variation ----reviewing the Bernoulli equation ---reviewing Have a deeper understanding of laminar and turbulent flow in pipes and the analysis of fully developed flow---Calculate the major and minor losses associated with pipe flow in piping networks and dete Be able to solve problems of fluid mechanics---distinguishing between laminar and turbulent flow--- be able determine the pressure drop and pumping power requirements for real-world piping systems be able to connect the Bernoulli equation to energy equation. Connecting the pipe dimensions to the minor and major losses
presenting the units and dimensions of fluid mechanics Reviewing The properties of fluid mechanics----presenting the pressure variation ----reviewing the Bernoulli equation Have a deeper understanding of laminar and turbulent flow in pipes and the analysis of fully developed flow---Calculate the major and minor losses associated with pipe flow in piping networks Be able to solve problems of fluid mechanics---distinguishing between laminar and turbulent flow--- be able determine the pressure drop and pumping power requirements for real-world piping systems be able to connect the Bernoulli equation to energy equation Connecting the pipe dimensions to the minor and major losses

اساليب التعليم*

اساليب التعليم
1. المحاضرة 2. المناقشة 3. الاوراق العلمية

المراجع والدوريات*

مكان تواجدها الناشر النسخة المؤلف عنوان المراجع
internet McGrawHill Companies 6th edition YUNUS A.ÇENGEL Department of Mechanical Engineering University of Nevada,Reno JOHN M.CIMBALA Department of Mechanical and Nuclear Engineering The Pennsylvania State University internet 9 fluid mechanics , Fundamental and application

المحتوى العلمي للمقرارت الدراسية*

المعمل المحاضرة عدد الساعات التمارين الموضوع العلمي
0 1 2 1 general energy equation
0 1 2 1 Reynolds number
0 1 2 1 Laminar flow and turbulent flow
0 1 2 1 Energy losses due to friction
0 1 2 1 Minor losses
0 1 2 1 series pipe line system
0 1 2 1 parallel pipe line system
0 1 2 1 pump selection and application
0 1 2 1 flow measurement
0 1 2 1 general energy equation
0 1 2 1 Reynolds number
0 1 2 1 Laminar flow and turbulent flow
0 1 2 1 Energy losses due to friction
0 1 2 1 Minor losses
0 1 2 1 series pipe line system
0 1 2 1 parallel pipe line system
0 1 2 1 pump selection and application
0 1 2 1 flow measurement