Mod_01 Lec_07 Energy, momentum & specific force.mp4 186.65 MB
Mod_01 Lec_08 Computation of critical flow part1.mp4 163.81 MB
Mod_01 Lec_03 Flow classifications & velocity distribution.mp4 155.9 MB
Mod_01 Lec_04 Pressure distribution.mp4 154.65 MB
Mod_01 Lec_05 Equation of continuity & energy.mp4 153.01 MB
Mod_01 Lec_06 Specific energy & critical flow.mp4 147.96 MB
Mod_01 Lec_01 Introduction advanced hydraulics & course structure.mp4 146.55 MB
Mod_02 Lec_17 Design of erodible channels.mp4 134.29 MB
Mod_01 Lec_02 Various classifications of open channel flows.mp4 131.3 MB
Mod_02 Lec_13 Uniform flow in compound sections, concept of normal slope.mp4 119.89 MB
Mod_02 Lec_15 Design of channels for uniform flow.mp4 117.36 MB
Mod_05 Lec_37 Channel transitions.mp4 116.8 MB
Mod_04 Lec_35 Surges (1).mp4 114.49 MB
Mod_06 Lec_40 Application of momentum principles.mp4 114.42 MB
Mod_05 Lec_39 Channel transition part 3.mp4 108.72 MB
Mod_03 Lec_26 Standard step method for gradually varied flow computations.mp4 108 MB
Mod_03 Lec_24 Gradually varied flow computations part 1.mp4 106.49 MB
Mod_05 Lec_38 Channel transitions part 2.mp4 105.82 MB
Mod_03 Lec_27 Spatially varied flow.mp4 105.66 MB
Mod_03 Lec_18 Introduction to gradually varied flows.mp4 104.25 MB
Mod_06 Lec_43 Turbines, cavitation_2.mp4 103.89 MB
Mod_03 Lec_22 Gradually varied flow profiles with change in bed slopes.mp4 103.14 MB
Mod_03 Lec_23 GVF profile properties and transitional depths.mp4 101.86 MB
Mod_04 Lec_36 Surges (2).mp4 101.72 MB
Mod_04 Lec_34 Jump controls_2.mp4 101.22 MB
Mod_04 Lec_29 Rapidly varied flow introduction.mp4 101.06 MB
Mod_04 Lec_30 Theoretical aspects of hydraulic jump.mp4 100.7 MB
Mod_06 Lec_41 Pumps 1.mp4 99.69 MB
Mod_03 Lec_20 Classification of gradually varied flow part 1.mp4 98.63 MB
Mod_04 Lec_33 Jumps as energy dissipators.mp4 96.48 MB
Mod_03 Lec_21 Classification of gradually varied flow part 2.mp4 95.92 MB
Mod_03 Lec_19 Gradually varied flow equations.mp4 95.06 MB
Mod_06 Lec_42 Turbines part 3 (pumps, turbines).mp4 94.19 MB
Mod_02 Lec_11 Manning's equation and normal depth.mp4 93.22 MB
Mod_02 Lec_14 Uniform flow approximation for flood discharge.mp4 93.18 MB
Mod_03 Lec_25 Gradually varied flow computations RK method part 2.mp4 91.92 MB
Mod_04 Lec_32 Features of hydraulic jumps.mp4 90.91 MB
Mod_03 Lec_28 Features on spatially varied flow.mp4 90.78 MB
Mod_04 Lec_31 Characteristics of jumps in rectangular channel.mp4 86.59 MB
Mod_02 Lec_10 Introduction to uniform flow.mp4 85.61 MB
Mod_02 Lec_16 Design of channels using uniform flow.mp4 84.55 MB
Mod_02 Lec_12 Uniform Flow Computations part 1.mp4 81.02 MB
Mod_01 Lec_09 Critical flow computations.mp4 76.33 MB
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