|
Обратите внимание, что наш сайт не размещает какие-либо файлы из списка. Вы не можете скачать
эти файлы или скачать torrent-файл.
|
| [TGx]Downloaded from torrentgalaxy.to .txt |
585б |
| 001 Introduction.en.srt |
4.44Кб |
| 001 Introduction.mp4 |
35.97Мб |
| 002 About Flow Of Fluids Excel Workbook.en.srt |
1.42Кб |
| 002 About Flow Of Fluids Excel Workbook.mp4 |
20.60Мб |
| 003 Before you start this course.en.srt |
2.67Кб |
| 003 Before you start this course.mp4 |
13.35Мб |
| 004 Introduction.en.srt |
2.62Кб |
| 004 Introduction.mp4 |
15.33Мб |
| 005 Viscosity.en.srt |
3.47Кб |
| 005 Viscosity.mp4 |
25.24Мб |
| 006 Kinematic viscosity.en.srt |
3.60Кб |
| 006 Kinematic viscosity.mp4 |
27.66Мб |
| 007 PRACTICE SESSION _ Determining viscosity using Flow of Fluids Excel Workbook.en.srt |
5.54Кб |
| 007 PRACTICE SESSION _ Determining viscosity using Flow of Fluids Excel Workbook.mp4 |
45.69Мб |
| 008 Weight density of liquids.en.srt |
527б |
| 008 Weight density of liquids.mp4 |
1.93Мб |
| 009 PRACTICE SESSION _ Weight density of liquids using Flow of Fluids Excel Workbook.en.srt |
3.33Кб |
| 009 PRACTICE SESSION _ Weight density of liquids using Flow of Fluids Excel Workbook.mp4 |
42.19Мб |
| 010 Specific volume.en.srt |
980б |
| 010 Specific volume.mp4 |
6.51Мб |
| 011 Weight density of gases and vapors.en.srt |
1.06Кб |
| 011 Weight density of gases and vapors.mp4 |
8.38Мб |
| 012 PRACTICE SESSION _ Weight density of gases using Flow of Fluids Excel Workbook.en.srt |
4.68Кб |
| 012 PRACTICE SESSION _ Weight density of gases using Flow of Fluids Excel Workbook.mp4 |
49.38Мб |
| 013 Specific gravity.en.srt |
1.35Кб |
| 013 Specific gravity.mp4 |
4.08Мб |
| 014 PRACTICE SESSION _ Specific gravity using Flow of Fluids Excel Workbook.en.srt |
2.42Кб |
| 014 PRACTICE SESSION _ Specific gravity using Flow of Fluids Excel Workbook.mp4 |
20.74Мб |
| 015 Vapor pressure.en.srt |
3.11Кб |
| 015 Vapor pressure.mp4 |
26.14Мб |
| 016 PRACTICE SESSION_ Determining vapor pressure using Flow of Fluids Excel Workbook.en.srt |
6.70Кб |
| 016 PRACTICE SESSION_ Determining vapor pressure using Flow of Fluids Excel Workbook.mp4 |
87.62Мб |
| 017 More charts and diagrams - The Chemical Engineer's Reference Folder.en.srt |
2.08Кб |
| 017 More charts and diagrams - The Chemical Engineer's Reference Folder.mp4 |
33.23Мб |
| 018 Introduction.en.srt |
2.89Кб |
| 018 Introduction.mp4 |
22.74Мб |
| 019 Mean velocity of flow.en.srt |
718б |
| 019 Mean velocity of flow.mp4 |
3.45Мб |
| 020 PRACTICE SESSION _ Velocity of flow using Flow of Fluids Excel Workbook.en.srt |
5.13Кб |
| 020 PRACTICE SESSION _ Velocity of flow using Flow of Fluids Excel Workbook.mp4 |
70.73Мб |
| 021 Reynolds number (Re).en.srt |
1.57Кб |
| 021 Reynolds number (Re).mp4 |
8.95Мб |
| 022 PRACTICE SESSION _ Reynolds number using Flow of Fluids Excel Workbook.en.srt |
1.76Кб |
| 022 PRACTICE SESSION _ Reynolds number using Flow of Fluids Excel Workbook.mp4 |
14.90Мб |
| 023 Bernoulli's theorem.en.srt |
1.83Кб |
| 023 Bernoulli's theorem.mp4 |
8.75Мб |
| 024 Measurement of pressure.en.srt |
1.11Кб |
| 024 Measurement of pressure.mp4 |
4.03Мб |
| 025 Introduction.en.srt |
2.33Кб |
| 025 Introduction.mp4 |
8.97Мб |
| 026 Friction factor.en.srt |
5.89Кб |
| 026 Friction factor.mp4 |
41.31Мб |
| 027 Friction factor using the Colebrook equation.en.srt |
508б |
| 027 Friction factor using the Colebrook equation.mp4 |
3.15Мб |
| 028 Explicit approximations of Colebrook.en.srt |
1.07Кб |
| 028 Explicit approximations of Colebrook.mp4 |
4.12Мб |
| 029 PRACTICE SESSION_ Friction factor using Flow of Fluids Excel Workbook.en.srt |
5.21Кб |
| 029 PRACTICE SESSION_ Friction factor using Flow of Fluids Excel Workbook.mp4 |
39.85Мб |
| 030 Hazen-Williams formula for flow of water.en.srt |
999б |
| 030 Hazen-Williams formula for flow of water.mp4 |
4.75Мб |
| 031 PRACTICE SESSION_ Hazen-Williams using Flow of Fluids Excel Workbook.en.srt |
1.57Кб |
| 031 PRACTICE SESSION_ Hazen-Williams using Flow of Fluids Excel Workbook.mp4 |
11.09Мб |
| 032 Effect of age and use on pipe friction.en.srt |
5.45Кб |
| 032 Effect of age and use on pipe friction.mp4 |
31.10Мб |
| 033 Introduction.en.srt |
1.40Кб |
| 033 Introduction.mp4 |
5.28Мб |
| 034 Definition of a perfect gas.en.srt |
1.65Кб |
| 034 Definition of a perfect gas.mp4 |
7.60Мб |
| 035 Speed of sound and Mach number.en.srt |
1.67Кб |
| 035 Speed of sound and Mach number.mp4 |
4.52Мб |
| 036 Approaches to compressible flow problems.en.srt |
1.79Кб |
| 036 Approaches to compressible flow problems.mp4 |
4.68Мб |
| 037 Application of the Darcy equation to compressible fluids.en.srt |
1.75Кб |
| 037 Application of the Darcy equation to compressible fluids.mp4 |
6.99Мб |
| 038 Complete isothermal equation.en.srt |
1.50Кб |
| 038 Complete isothermal equation.mp4 |
7.31Мб |
| 039 Simplified isothermal gas pipeline equation.en.srt |
1.38Кб |
| 039 Simplified isothermal gas pipeline equation.mp4 |
9.14Мб |
| 040 Other commonly used equations for compressible flow in long pipelines.en.srt |
1.80Кб |
| 040 Other commonly used equations for compressible flow in long pipelines.mp4 |
12.78Мб |
| 041 Comparison of equations for compressible flow in pipelines.en.srt |
4.09Кб |
| 041 Comparison of equations for compressible flow in pipelines.mp4 |
24.80Мб |
| 042 Modifications to the isothermal flow equation.en.srt |
7.18Кб |
| 042 Modifications to the isothermal flow equation.mp4 |
40.58Мб |
| 043 Limiting flow of gases and vapors.en.srt |
6.49Кб |
| 043 Limiting flow of gases and vapors.mp4 |
31.25Мб |
| 044 PRACTICE SESSION_ Expansion factor _Y_ & ∆P using Flow of Fluids Excel Workbook.en.srt |
6.93Кб |
| 044 PRACTICE SESSION_ Expansion factor _Y_ & ∆P using Flow of Fluids Excel Workbook.mp4 |
52.95Мб |
| 045 Introduction.en.srt |
2.52Кб |
| 045 Introduction.mp4 |
15.44Мб |
| 046 Types of valves used in piping systems.en.srt |
830б |
| 046 Types of valves used in piping systems.mp4 |
9.65Мб |
| 047 Types of fittings used in piping systems.en.srt |
931б |
| 047 Types of fittings used in piping systems.mp4 |
5.53Мб |
| 048 Pressure drop attributed to valves and fittings.en.srt |
3.47Кб |
| 048 Pressure drop attributed to valves and fittings.mp4 |
14.64Мб |
| 049 Relationship of pressure drop to velocity of flow.en.srt |
4.32Кб |
| 049 Relationship of pressure drop to velocity of flow.mp4 |
18.86Мб |
| 050 Hydraulic resistance.en.srt |
1.30Кб |
| 050 Hydraulic resistance.mp4 |
5.92Мб |
| 051 Causes of head loss in valves and fittings.en.srt |
1.47Кб |
| 051 Causes of head loss in valves and fittings.mp4 |
9.41Мб |
| 052 Equivalent length _L_D_.en.srt |
1.40Кб |
| 052 Equivalent length _L_D_.mp4 |
10.02Мб |
| 053 Resistance coefficient _K_.en.srt |
2.52Кб |
| 053 Resistance coefficient _K_.mp4 |
10.19Мб |
| 054 Resistance coef. K for pipelines, valves and fittings in series and in parallel.en.srt |
2.02Кб |
| 054 Resistance coef. K for pipelines, valves and fittings in series and in parallel.mp4 |
9.33Мб |
| 055 Flow coefficient _Cv_.en.srt |
1.76Кб |
| 055 Flow coefficient _Cv_.mp4 |
8.72Мб |
| 056 Use of flow coefficient _Cv_ for piping and components.en.srt |
2.59Кб |
| 056 Use of flow coefficient _Cv_ for piping and components.mp4 |
11.89Мб |
| 057 Flow coefficient Cv for pipelines, valves and fittings in series and in parallel.en.srt |
638б |
| 057 Flow coefficient Cv for pipelines, valves and fittings in series and in parallel.mp4 |
1.95Мб |
| 058 Laminar flow conditions.en.srt |
2.48Кб |
| 058 Laminar flow conditions.mp4 |
25.45Мб |
| 059 Contraction and enlargement.en.srt |
1.02Кб |
| 059 Contraction and enlargement.mp4 |
4.02Мб |
| 060 PRACTICE SESSION_ Contraction & enlargement using Flow of Fluids Excel Workbook.en.srt |
4.96Кб |
| 060 PRACTICE SESSION_ Contraction & enlargement using Flow of Fluids Excel Workbook.mp4 |
27.22Мб |
| 061 Valves with reduced seats.en.srt |
2.60Кб |
| 061 Valves with reduced seats.mp4 |
18.16Мб |
| 062 PRACTICE SESSION_ Valve resistance coef. _K_ using Flow of Fluids Excel Workbook.en.srt |
1.76Кб |
| 062 PRACTICE SESSION_ Valve resistance coef. _K_ using Flow of Fluids Excel Workbook.mp4 |
11.03Мб |
| 063 Resistance of bends.en.srt |
6.78Кб |
| 063 Resistance of bends.mp4 |
29.62Мб |
| 064 PRACTICE SESSION_ Resistance of bends using Flow of Fluids Excel Workbook.en.srt |
1.74Кб |
| 064 PRACTICE SESSION_ Resistance of bends using Flow of Fluids Excel Workbook.mp4 |
12.07Мб |
| 065 Hydraulic resistance of Tees and Wyes.en.srt |
2.82Кб |
| 065 Hydraulic resistance of Tees and Wyes.mp4 |
14.64Мб |
| 066 Hydraulic resistance of Tees and Wyes _ Converging flow.en.srt |
1.29Кб |
| 066 Hydraulic resistance of Tees and Wyes _ Converging flow.mp4 |
7.99Мб |
| 067 Hydraulic resistance of Tees and Wyes _ Diverging flow.en.srt |
1.36Кб |
| 067 Hydraulic resistance of Tees and Wyes _ Diverging flow.mp4 |
6.54Мб |
| 068 PRACTICE SESSION_ Resistance of _T_ and _Y_ using Flow of Fluids Excel Workbook.en.srt |
3.10Кб |
| 068 PRACTICE SESSION_ Resistance of _T_ and _Y_ using Flow of Fluids Excel Workbook.mp4 |
22.41Мб |
| 069 Discharge of fluids through valves, fittings and pipe.en.srt |
1.70Кб |
| 069 Discharge of fluids through valves, fittings and pipe.mp4 |
8.20Мб |
| 070 Introduction.en.srt |
5.01Кб |
| 070 Introduction.mp4 |
27.64Мб |
| 071 Valve components.en.srt |
1.98Кб |
| 071 Valve components.mp4 |
18.12Мб |
| 072 Inherent characteristic curve.en.srt |
1.20Кб |
| 072 Inherent characteristic curve.mp4 |
6.83Мб |
| 073 Installed characteristic curve.en.srt |
1.31Кб |
| 073 Installed characteristic curve.mp4 |
7.05Мб |
| 074 Pressure, Velocity and Energy profiles through a control valve.en.srt |
1.68Кб |
| 074 Pressure, Velocity and Energy profiles through a control valve.mp4 |
8.78Мб |
| 075 Cavitation, Choked Flow and Flashing.en.srt |
5.33Кб |
| 075 Cavitation, Choked Flow and Flashing.mp4 |
33.69Мб |
| 076 Sizing and selection.en.srt |
1.66Кб |
| 076 Sizing and selection.mp4 |
6.05Мб |
| 077 Sizing for INcompressible flow.en.srt |
6.65Кб |
| 077 Sizing for INcompressible flow.mp4 |
43.76Мб |
| 078 Sizing for compressible flow.en.srt |
4.29Кб |
| 078 Sizing for compressible flow.mp4 |
22.76Мб |
| 079 Conversion of Cv to Kv.en.srt |
236б |
| 079 Conversion of Cv to Kv.mp4 |
1.39Мб |
| 080 Introduction.en.srt |
2.13Кб |
| 080 Introduction.mp4 |
9.20Мб |
| 081 Orifices, Nozzles and Venturi Tubes.en.srt |
7.48Кб |
| 081 Orifices, Nozzles and Venturi Tubes.mp4 |
67.44Мб |
| 082 Orifice plate.en.srt |
2.69Кб |
| 082 Orifice plate.mp4 |
11.02Мб |
| 083 Limits of use of orifice plates.en.srt |
1.76Кб |
| 083 Limits of use of orifice plates.mp4 |
7.94Мб |
| 084 Flow nozzle.en.srt |
2.80Кб |
| 084 Flow nozzle.mp4 |
16.07Мб |
| 085 Limits of use of flow nozzles.en.srt |
1.47Кб |
| 085 Limits of use of flow nozzles.mp4 |
10.61Мб |
| 086 Venturi meter.en.srt |
2.98Кб |
| 086 Venturi meter.mp4 |
17.34Мб |
| 087 Limits of use of Venturi meters.en.srt |
1.40Кб |
| 087 Limits of use of Venturi meters.mp4 |
10.80Мб |
| 088 Introduction.en.srt |
2.51Кб |
| 088 Introduction.mp4 |
13.14Мб |
| 089 Differential pressure and pressure loss.en.srt |
2.38Кб |
| 089 Differential pressure and pressure loss.mp4 |
13.27Мб |
| 090 Pressure loss coefficient.en.srt |
517б |
| 090 Pressure loss coefficient.mp4 |
2.18Мб |
| 091 Rate of flow and flow coefficient _C_.en.srt |
2.56Кб |
| 091 Rate of flow and flow coefficient _C_.mp4 |
16.52Мб |
| 092 Discharge coefficient _Cd_ _ Definition.en.srt |
741б |
| 092 Discharge coefficient _Cd_ _ Definition.mp4 |
4.02Мб |
| 093 Discharge coefficient _Cd_ _ Orifice plates.en.srt |
2.14Кб |
| 093 Discharge coefficient _Cd_ _ Orifice plates.mp4 |
13.95Мб |
| 094 Discharge coefficient _Cd_ _ Flow nozzles.en.srt |
444б |
| 094 Discharge coefficient _Cd_ _ Flow nozzles.mp4 |
2.71Мб |
| 095 Discharge coefficient _Cd_ _ Venturi meters.en.srt |
968б |
| 095 Discharge coefficient _Cd_ _ Venturi meters.mp4 |
5.13Мб |
| 096 PRACTICE SESSION_ Discharge coefficient _Cd_ using flow of fluids excel workbook.en.srt |
5.05Кб |
| 096 PRACTICE SESSION_ Discharge coefficient _Cd_ using flow of fluids excel workbook.mp4 |
36.13Мб |
| 097 Flow of gases and Net Expansibility Factor _Y_.en.srt |
2.74Кб |
| 097 Flow of gases and Net Expansibility Factor _Y_.mp4 |
17.52Мб |
| 098 2020-2021-Course-release-schedule.pdf |
1.32Мб |
| 098 2020-Affiliate-Program.pdf |
1.03Мб |
| 098 2020-Company-profile.pdf |
2.42Мб |
| 098 Bonus.pdf |
522.82Кб |
| 098 Charts-Diagrams.pdf |
1.67Мб |
| 098 Downloadable resources.en.vtt |
8б |
| 098 Downloadable resources.mp4 |
1.19Мб |
| 098 Flow-of-Fluids-Solved-problems.pdf |
2.29Мб |
| 098 Pump-catalog.pdf |
26.14Мб |
| 098 Summary-of-course-formulas.pdf |
4.16Мб |
| 098 Table-of-content-Flow-of-Fluids-Excel-Workbook.pdf |
537.17Кб |
| 098 Table-of-content-The-chemical-engineers-reference-folder.pdf |
1.47Мб |
| 098 Valve-catalog.pdf |
810.37Кб |
| 099 BONUS - WATCH ME.mp4 |
7.74Мб |
| 100 About this flow problems section.en.srt |
2.23Кб |
| 100 About this flow problems section.mp4 |
10.52Мб |
| 101 Example #1 _ Determining Reynolds Number (Re) and Friction Factor (f).en.srt |
6.65Кб |
| 101 Example #1 _ Determining Reynolds Number (Re) and Friction Factor (f).mp4 |
48.63Мб |
| 102 Example #2 _ Y pattern valve resistance coefficient & equivalent lengths.en.srt |
6.12Кб |
| 102 Example #2 _ Y pattern valve resistance coefficient & equivalent lengths.mp4 |
42.82Мб |
| 103 Example #3 _ Globe valve resistance K, equivalent lengths & flow coefficient Cv.en.srt |
4.25Кб |
| 103 Example #3 _ Globe valve resistance K, equivalent lengths & flow coefficient Cv.mp4 |
23.57Мб |
| 104 Example #4 _ Gate valve resistance coef. _K_ & equivalent lengths _L_D_ & _L_.en.srt |
2.93Кб |
| 104 Example #4 _ Gate valve resistance coef. _K_ & equivalent lengths _L_D_ & _L_.mp4 |
18.82Мб |
| 105 Example #5 _ Sizing lift check valves.en.srt |
11.64Кб |
| 105 Example #5 _ Sizing lift check valves.mp4 |
63.52Мб |
| 106 Example #6 _ Fluid velocity and rate of discharge through a ball valve.en.srt |
10.70Кб |
| 106 Example #6 _ Fluid velocity and rate of discharge through a ball valve.mp4 |
72.00Мб |
| 107 Example #7 _ Laminar flow in valves, fittings and pipe #1.en.srt |
16.90Кб |
| 107 Example #7 _ Laminar flow in valves, fittings and pipe #1.mp4 |
111.27Мб |
| 108 Example #8 _ Laminar flow in valves, fittings and pipe #2.en.srt |
9.46Кб |
| 108 Example #8 _ Laminar flow in valves, fittings and pipe #2.mp4 |
51.82Мб |
| 109 Example #9 _ Determining pressure drop in a piping system.en.srt |
10.03Кб |
| 109 Example #9 _ Determining pressure drop in a piping system.mp4 |
70.52Мб |
| 110 Example #10 _ Sizing an orifice for a given pressure drop and fluid velocity.en.srt |
19.90Кб |
| 110 Example #10 _ Sizing an orifice for a given pressure drop and fluid velocity.mp4 |
122.24Мб |
| 111 Example #11 _ Bernoulli's Theorem - Pressure drop and fluid velocity.en.srt |
17.93Кб |
| 111 Example #11 _ Bernoulli's Theorem - Pressure drop and fluid velocity.mp4 |
101.63Мб |
| 112 Example #12 _ Process air - Pressure drop and velocity.en.srt |
7.73Кб |
| 112 Example #12 _ Process air - Pressure drop and velocity.mp4 |
79.83Мб |
| 113 Example #13 _ Sizing a centrifugal pump for oil pipelines.en.srt |
11.14Кб |
| 113 Example #13 _ Sizing a centrifugal pump for oil pipelines.mp4 |
65.67Мб |
| 114 Example #14 _ Flow of natural gas through pipelines.en.srt |
10.71Кб |
| 114 Example #14 _ Flow of natural gas through pipelines.mp4 |
73.54Мб |
| 115 Example #15 _ Water discharging from a reservoir.en.srt |
13.09Кб |
| 115 Example #15 _ Water discharging from a reservoir.mp4 |
73.74Мб |
| 116 Example #16 _ Gas flow at sonic velocity through pipe.en.srt |
12.25Кб |
| 116 Example #16 _ Gas flow at sonic velocity through pipe.mp4 |
70.75Мб |
| TutsNode.com.txt |
63б |