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Introduction00:02:01
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Head Loss through pipes00:03:06
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Discharge and head loss in connection of two pipes - 100:05:09
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Discharge and head loss in connection of two pipes - 200:06:15
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Pipes Loops Solution00:06:47
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Discharge and head loss in connection of three pipes00:05:29
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Pipes networks - 100:03:53
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Pipes networks - 200:04:26
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Continuity equation and Navier-Stokes for incompressible flow00:06:15
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Navier-Stokes equation (part 2)00:04:20
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Navier-Stokes equation (part 3)00:05:37
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Navier-Stokes equation (part 4)00:04:18
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incompressible flow of Newtonian fluid in an infinite channel (part 1)00:05:02
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incompressible flow of Newtonian fluid in an infinite channel (part 2)00:08:16
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incompressible flow of Newtonian fluid in an infinite channel (part 3)00:05:03
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incompressible flow of Newtonian fluid in an infinite channel (part 4)00:05:07
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fully developed plane Couette-Poiseuille flow00:04:05
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When the Back flow start00:05:53
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Discharge when we have back flow00:05:13
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Incompressible flow of Newtonian fluid between two cylinders - 100:08:24
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Incompressible flow of Newtonian fluid between two cylinders - 200:08:54
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Incompressible flow of Newtonian fluid between two cylinders - 300:07:05
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Incompressible flow of Newtonian fluid between two cylinders - 400:07:36
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Newtonian fluid down an inclined plane under gravity - 100:07:07
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Newtonian fluid down an inclined plane under gravity - 200:05:13
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Newtonian fluid down an inclined plane under gravity - 300:06:20
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Newtonian fluid down an inclined plane under gravity - 400:07:33
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Newtonian fluid down a vertical plane under gravity-Oil Skimmer - 100:12:49
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Newtonian fluid down a vertical plane under gravity-Oil Skimmer - 200:05:06
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Newtonian fluid over a porous plate sucking the fluid - 100:06:58
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Newtonian fluid over a porous plate sucking the fluid - 200:07:19
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Forces on a plane fly00:05:43
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Flow over cylinder (part 1)00:04:18
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Flow over cylinder (part 2)00:05:35
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Flow over cylinder (part 3)00:04:34
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Flow pattern around a smooth cylinder00:04:14
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Drag Coefficient (CD) for cylinder and sphere00:06:03
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Typical drag coefficients for regular three-dimensional objects00:04:40
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Flow over airfoils00:04:47
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Influence of angle of attack in flow over airfoils00:05:20
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Definition of compressible flow00:04:14
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Speed of sound (part 1)00:03:50
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Speed of sound (part 2)00:03:47
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Speed of Sound For Ideal Gas00:04:54
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Movement of a sound source and wave propagation00:06:56
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Stagnation Properties (part 1)00:05:04
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Stagnation Properties (part 2)00:05:07
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Stagnation Properties (part 3)00:03:58
معلومات الدورة
- المستوى: كل المستويات
- عدد المواد: 61
- اللغة: عربي
- عدد الطلاب: 6
- آخر تحديث: 02/02/2022
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