6.6 GB | 8min 39s | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English

Files Included :
001 Masterclass introduction.mp4 (33.46 MB)
001 Learning objectives.mp4 (19.67 MB)
001 Introduction.mp4 (3.35 MB)
002 How do pumps work.mp4 (61.46 MB)
003 Pressure measurement.mp4 (10.54 MB)
004 Pump head.mp4 (38.67 MB)
001 Introduction.mp4 (8.8 MB)
002 NPSHr, Net Positive Suction Head Required.mp4 (14.14 MB)
003 NPSHa Net Positive Suction Head Available.mp4 (70.4 MB)
001 Vapor pressure.mp4 (15.04 MB)
002 What cavitation is all about.mp4 (6.54 MB)
003 The effect of vapor pressure on pump performance.mp4 (26.57 MB)
004 Vaporization cavitation.mp4 (16.67 MB)
005 Internal re-circulation.mp4 (10.78 MB)
006 The vane passing syndrome.mp4 (10.34 MB)
007 Air aspiration.mp4 (10.47 MB)
008 Turbulence cavitation.mp4 (1.65 MB)
009 Preventing cavitation.mp4 (33.42 MB)
001 The affinity laws explained.mp4 (31.79 MB)
001 Useful work from a pump.mp4 (13.91 MB)
002 Flow determination.mp4 (11.29 MB)
003 Pump efficiency.mp4 (30.75 MB)
001 Introduction.mp4 (3.32 MB)
002 Positive displacement pumps.mp4 (22.14 MB)
003 Centrifugal pumps.mp4 (7.98 MB)
004 Conceptual difference between centrifugal and positive displacement pumps.mp4 (7.15 MB)
005 Centrifugal volute pumps.mp4 (8.57 MB)
006 Types of centrifugal pumps.mp4 (47.97 MB)
007 Pump impellers 12.mp4 (12.79 MB)
008 Suction specific speed, Nss.mp4 (35.65 MB)
009 Pump impellers 22.mp4 (13.02 MB)
010 Wear bands.mp4 (12.5 MB)
011 Specific speed, Ns.mp4 (13.68 MB)
001 Pump performance curves.mp4 (5.87 MB)
002 Head vs Pressure (reminder).mp4 (3.93 MB)
003 The Head-Capacity curve (H-Q curve).mp4 (12.99 MB)
004 The efficiency curve.mp4 (1.71 MB)
005 The energy curve (BHp curve).mp4 (1.49 MB)
006 The pump minimum requirement curve (NPSHr curve).mp4 (1.99 MB)
007 Overview of the 4 curves.mp4 (18.74 MB)
008 Pump family curves.mp4 (41.13 MB)
001 Total dynamic head, TDH.mp4 (21.23 MB)
002 Determining the static head, Hs.mp4 (1.23 MB)
003 Determining the pressure head, Hp.mp4 (2.12 MB)
004 Determining the friction head (Hf) and the velocity head (Hv).mp4 (5.45 MB)
005 The Hazen and Williams formula.mp4 (2.35 MB)
006 The Darcy and Weisbach formula.mp4 (8.79 MB)
007 The practical formula.mp4 (145.78 MB)
008 The dynamic system.mp4 (10.64 MB)
009 Dynamic pressure.mp4 (10.04 MB)
010 Resistance changes.mp4 (19.31 MB)
001 Introduction.mp4 (7.33 MB)
002 60° and 240° radial loads.mp4 (21.06 MB)
003 Operation, design and maintenance.mp4 (18.94 MB)
004 Tight tolerances in centrifugal pumps.mp4 (4.27 MB)
005 Signs of shaft deflection Interpreting the evidence.mp4 (25.25 MB)
006 The sweet zone.mp4 (1.91 MB)
007 The dual volute pump.mp4 (5.53 MB)
001 What is a bearing.mp4 (38.8 MB)
002 Bearing lubrication.mp4 (31.39 MB)
003 Bearing failure.mp4 (25.68 MB)
004 Bearing maintenance.mp4 (35.26 MB)
005 Bearing seals.mp4 (43.33 MB)
001 What is a packing.mp4 (51.88 MB)
002 Packing leakage.mp4 (25.18 MB)
003 Stages in the life of packing.mp4 (15.61 MB)
001 Introduction.mp4 (13.87 MB)
002 The mechanical seal.mp4 (8.43 MB)
003 The single UNbalanced INside mounted mechanical seal.mp4 (4.23 MB)
004 The single UNbalanced OUTside mounted mechanical seal.mp4 (3.9 MB)
005 The single balanced INternal mechanical seal.mp4 (3.66 MB)
006 The single balanced EXternal mechanical seal.mp4 (2.65 MB)
007 O-rings.mp4 (9.69 MB)
008 The balance effect advantages and mathematical explanation.mp4 (22.28 MB)
009 The cartridge mechanical seal.mp4 (1.97 MB)
010 Double seals.mp4 (4.94 MB)
011 The tandem dual seal.mp4 (9.2 MB)
012 The back to back double seal.mp4 (3.57 MB)
013 The face to face double seal.mp4 (3.72 MB)
014 Support system for dual seals.mp4 (12.1 MB)
001 Introduction.mp4 (30.66 MB)
001 Introduction.mp4 (18.13 MB)
002 Definition of rotating equipment.mp4 (8.51 MB)
003 Classifications of rotating equipment.mp4 (27.36 MB)
004 Performance and mechanical design similarities.mp4 (11.73 MB)
005 The equipment train.mp4 (10.75 MB)
006 Important fundamentals.mp4 (30.21 MB)
001 Introduction.mp4 (28.22 MB)
002 Positive displacement compressors Rotary lobe.mp4 (31.42 MB)
003 Positive displacement compressors Rotary vanes.mp4 (17.3 MB)
004 Positive displacement compressors Rotary screw.mp4 (26.93 MB)
005 Positive displacement compressors Reciprocating.mp4 (62.65 MB)
006 Dynamic compressors Centrifugal single stage.mp4 (44.8 MB)
007 Dynamic compressors Centrifugal multi-stage.mp4 (38.31 MB)
008 Dynamic compressors Axial.mp4 (77.04 MB)
001 Introduction.mp4 (37.67 MB)
002 Positive displacement compressors.mp4 (19.72 MB)
003 Actual, standard and mass flows.mp4 (31.06 MB)
004 Dynamic compressors.mp4 (50.57 MB)
001 Introduction.mp4 (30.58 MB)
002 Defining the process system.mp4 (5.05 MB)
003 The system resistance curves.mp4 (25.42 MB)
004 The operating point.mp4 (9.06 MB)
005 A positive displacement compressor in the process system.mp4 (9.07 MB)
006 A dynamic compressor in the process system.mp4 (8.39 MB)
001 Introduction.mp4 (17.74 MB)
002 Defining the fluid head.mp4 (19.44 MB)
003 The head required.mp4 (12.8 MB)
004 The head produced.mp4 (19.98 MB)
005 Paths of compression.mp4 (10.01 MB)
006 The different types of gas head.mp4 (16.04 MB)
007 Dynamic compressor curves format.mp4 (11.39 MB)
001 Introduction.mp4 (13.42 MB)
002 Satisfying the objective.mp4 (6.68 MB)
003 Gas characteristics.mp4 (17.15 MB)
004 Compression head.mp4 (2 MB)
005 Impeller types and specific speed.mp4 (37.17 MB)
006 Compressor efficiency.mp4 (9.35 MB)
007 Compressor horsepower.mp4 (3.47 MB)
008 The fan laws.mp4 (10.31 MB)
001 Introduction.mp4 (3.51 MB)
002 The compressor stage.mp4 (24.12 MB)
003 Impeller with side plate removed.mp4 (10.54 MB)
004 Impeller discharge velocities.mp4 (15.54 MB)
005 Blading types Backward lean and radial vanes.mp4 (22.29 MB)
001 Introduction.mp4 (41.63 MB)
002 Surge facts.mp4 (20.55 MB)
003 Limits of the compressor curve.mp4 (3.68 MB)
004 What causes surge.mp4 (20.78 MB)
005 What causes stonewall.mp4 (22.25 MB)
001 Introduction.mp4 (39.66 MB)
002 The stage curve.mp4 (10.42 MB)
003 The overall curve.mp4 (16.05 MB)
004 Determining section performance.mp4 (49.66 MB)
001 Introduction.mp4 (21.9 MB)
002 The factors involved.mp4 (5.74 MB)
003 The effect on pressure ratio.mp4 (3.28 MB)
004 The effect on compressor head.mp4 (17.2 MB)
005 The effect on system resistance.mp4 (8.25 MB)
006 The effect on flow rate.mp4 (6.42 MB)
007 The effect on power.mp4 (10.76 MB)
001 Introduction.mp4 (3.85 MB)
002 The mechanism of fouling.mp4 (8.25 MB)
003 The effect of fouling on the operating point.mp4 (20.06 MB)
004 The causes of fouling.mp4 (29.46 MB)
005 Detecting fouling by condition monitoring.mp4 (5.46 MB)
006 Preventing and correcting fouling.mp4 (39.39 MB)
001 Introduction.mp4 (28.38 MB)
002 Your objectives.mp4 (1.61 MB)
003 Adjusting the compressor to system changes.mp4 (13.64 MB)
004 Adjusting the compressor performance curve.mp4 (80.41 MB)
005 Compressor protection.mp4 (28.79 MB)
001 Introduction.mp4 (2.59 MB)
002 System objectives.mp4 (1.01 MB)
003 Available options.mp4 (6.83 MB)
004 System design considerations.mp4 (3.4 MB)
005 A history of surge system types.mp4 (27.74 MB)
001 Introduction.mp4 (8.28 MB)
002 The casing.mp4 (24.83 MB)
003 The inlet guide vanes (IGV).mp4 (24.29 MB)
004 The rotor.mp4 (6.41 MB)
005 The diaphragms.mp4 (9.39 MB)
006 Inter-stage seals.mp4 (13.72 MB)
007 About shaft end seals.mp4 (8.06 MB)
008 Labyrinth seals.mp4 (19.63 MB)
009 Restrictive ring seals.mp4 (20.65 MB)
010 Liquid film floating ring seals.mp4 (15.42 MB)
011 Liquid film cone seals.mp4 (5.97 MB)
012 Dry gas seals.mp4 (27.72 MB)
013 Why do compressors need bearings.mp4 (9.02 MB)
014 Journal bearings.mp4 (19.83 MB)
015 Thrust bearings.mp4 (24.61 MB)
001 Introduction.mp4 (8.56 MB)
002 Casing functions.mp4 (16.16 MB)
003 Casing types.mp4 (49.28 MB)
004 Casing fabrication options.mp4 (8.54 MB)
005 Casing stresses and deflections.mp4 (19.45 MB)
001 Introduction.mp4 (7.31 MB)
002 Shaft end design.mp4 (15.03 MB)
003 Shaft stiffness.mp4 (6 MB)
004 Rotor configuration.mp4 (6.11 MB)
005 Rotor assembly.mp4 (24.23 MB)
006 Rotor balance.mp4 (19.42 MB)
001 Introduction.mp4 (4.53 MB)
002 Coupling functions.mp4 (11.78 MB)
003 Coupling types.mp4 (4.02 MB)
004 Gear couplings.mp4 (32.12 MB)
005 Flexible couplings.mp4 (22.47 MB)
006 Couplings with elastomer inserts.mp4 (5.54 MB)
007 The coupling system.mp4 (7.9 MB)
008 Coupling installation and removal.mp4 (13.38 MB)
009 Gear coupling 3D animation.mp4 (7.83 MB)
010 Flexible couplings 3D animation.mp4 (7.07 MB)
011 Jaw and spider coupling 3D animation.mp4 (6.98 MB)
001 Introduction.mp4 (37.86 MB)
001 Using performance curve to evaluate behavior Introduction.mp4 (18.61 MB)
002 Compressor stage characteristics.mp4 (9.71 MB)
003 Performance curves.mp4 (31.74 MB)
004 Inlet pressure.mp4 (38.22 MB)
005 Inlet temperature.mp4 (40.5 MB)
006 Molecular weight.mp4 (26.26 MB)
007 Compressibility and ratio of specific heats.mp4 (10.86 MB)
008 General equations.mp4 (17.38 MB)
009 Constant weight flow.mp4 (21.38 MB)
010 Rotational speed.mp4 (32.96 MB)
011 Section wrap-up.mp4 (6.03 MB)
001 Actual performance curve.mp4 (55.75 MB)
001 System resistance.mp4 (107.21 MB)
001 Workbook presentation.mp4 (33.89 MB)
001 Introduction.mp4 (35.63 MB)
002 Before you start this course.mp4 (14.04 MB)
001 Compressors overview Introduction.mp4 (12.04 MB)
002 Compression methods.mp4 (14.46 MB)
001 Theory of reciprocating compressors Introduction.mp4 (32.03 MB)
002 Simplified 3D animation A virtual practical exposure.mp4 (54.9 MB)
003 Pressure - Volume diagram.mp4 (23.7 MB)
004 Piston displacement.mp4 (8.88 MB)
005 Volumetric efficiency.mp4 (18.9 MB)
006 Inlet capacity.mp4 (3.82 MB)
007 Piston speed.mp4 (27.91 MB)
008 Discharge temperature.mp4 (2.84 MB)
009 Compressor head.mp4 (3.09 MB)
010 Power.mp4 (32.47 MB)
011 Valve loss.mp4 (21.25 MB)
012 Clearance loss.mp4 (42.39 MB)
013 Piston ring leakage.mp4 (6.31 MB)
014 Valve slip.mp4 (7.38 MB)
015 Effect of multistaging.mp4 (44.16 MB)
016 Interstage pressures.mp4 (9.63 MB)
017 Effect of altitude.mp4 (5.8 MB)
018 Brake horsepower.mp4 (10.99 MB)
001 Introduction.mp4 (36.21 MB)
002 Classifications.mp4 (13.69 MB)
003 Automatic valves.mp4 (16.49 MB)
004 Useful terminology.mp4 (29.47 MB)
001 Considerations in selection.mp4 (7.98 MB)
002 Selection possibilities.mp4 (18.42 MB)
003 Selection of AIR compressors.mp4 (33.44 MB)
004 Selection of PROCESS compressors.mp4 (67.24 MB)
001 Reciprocating compressors in a process system.mp4 (32.44 MB)
002 Centrifugal compressors in a process system.mp4 (38.24 MB)
001 Mechanical design of reciprocating compressors Introduction.mp4 (25.19 MB)
002 Crankcase.mp4 (14.91 MB)
003 Distance piece.mp4 (10.78 MB)
004 Cylinders.mp4 (18.84 MB)
005 Cylinder arrangements.mp4 (15.35 MB)
006 Cylinder materials.mp4 (15.09 MB)
007 Cylinder liners.mp4 (26.73 MB)
008 Pistons.mp4 (11.73 MB)
009 Piston dismantling.mp4 (8.6 MB)
010 Piston materials.mp4 (12.74 MB)
011 Piston to piston rod connections.mp4 (23.93 MB)
012 Piston rods.mp4 (16.66 MB)
013 Piston rod materials.mp4 (13.82 MB)
014 Piston rod to crosshead connections.mp4 (26.42 MB)
015 Crossheads.mp4 (17.23 MB)
016 Crankshafts.mp4 (9.42 MB)
017 Crankshaft - Rod - Crosshead - Piston Assembly.mp4 (20.83 MB)
018 Piston rings and rider bands.mp4 (28.24 MB)
019 Piston rod packings.mp4 (9.29 MB)
020 Packing rings.mp4 (16.81 MB)
021 Packing ring arrangements Single acting.mp4 (37.2 MB)
022 Packing ring arrangements Double acting.mp4 (30.62 MB)
023 Packing ring arrangements Pressure breaker.mp4 (21.31 MB)
024 Piston rod packing assembly.mp4 (18.06 MB)
025 Oil wiper packing.mp4 (6.43 MB)
001 Compressor valves Introduction.mp4 (29.27 MB)
002 What is a compressor valve.mp4 (5.61 MB)
003 Basic requirements.mp4 (10.43 MB)
004 Basic function.mp4 (15.44 MB)
005 Valve types.mp4 (11.27 MB)
006 Ported plate valves.mp4 (34.38 MB)
007 Ported plate valves - 3D animation.mp4 (31.51 MB)
008 Concentric ring valves.mp4 (16.23 MB)
009 Concentric ring valves - 3D animation.mp4 (16.86 MB)
010 Disc valves (poppet).mp4 (46.65 MB)
011 Rectangular valves.mp4 (16.13 MB)
012 Suitability of valves.mp4 (16.28 MB)
013 Valve materials.mp4 (36.64 MB)
014 Valve failure analysis.mp4 (72.97 MB)
015 Troubleshooting valve problems.mp4 (23.9 MB)
016 How to install and remove a compressor valve.mp4 (151.07 MB)
001 Pulsation control.mp4 (93.91 MB)
002 Sizing a compressor volume bottles.mp4 (19.34 MB)
001 Capacity control Introduction.mp4 (19.88 MB)
002 Intake valve unloading.mp4 (10.32 MB)
003 Intake valve unloading - Hand operated valves.mp4 (25.37 MB)
004 Intake valve unloading - Air operated valves.mp4 (20.55 MB)
005 5 step control.mp4 (32.4 MB)
006 Clearance pocket.mp4 (4.82 MB)
007 Clearance pocket - Hand operated valve.mp4 (7.13 MB)
008 Clearance pocket - Air operated valve.mp4 (7.5 MB)
009 Clearance pocket - Variable volume valve.mp4 (8.24 MB)
010 Intake valve unloading combined with clearance pocket.mp4 (29.97 MB)
001 Compressor lubrication Introduction.mp4 (19.44 MB)
002 Crankcase Bearings lubrication methods.mp4 (7.33 MB)
003 Lubrication Method #1 Splash lubrication.mp4 (7.21 MB)
004 Lubrication Method #2 Splash and flood lubrication.mp4 (9.64 MB)
005 Lubrication Method #3 Full pressure circulation lubrication.mp4 (14.16 MB)
006 Factors affecting bearing lubrication.mp4 (51.46 MB)
007 Cylinder and packing lubrication.mp4 (19.05 MB)
008 Method of application.mp4 (10.44 MB)
009 Pumps with a sight glass.mp4 (21.03 MB)
010 Pumps with a pressurized supply.mp4 (7.46 MB)
011 Rate of oil feed.mp4 (67.48 MB)
001 Introduction.mp4 (14.64 MB)
002 Over cooling.mp4 (5.35 MB)
003 Cooling systems.mp4 (20.62 MB)
001 Learning objectives.mp4 (3.66 MB)
002 Why do we need to control.mp4 (3.34 MB)
003 How to control.mp4 (46.77 MB)
004 Pump control 17.mp4 (22.05 MB)
005 Pump control 27.mp4 (13.89 MB)
006 Pump control 37.mp4 (35.41 MB)
007 Pump control 47.mp4 (8.35 MB)
008 Pump control 57.mp4 (11.24 MB)
009 Pump control 67.mp4 (3.62 MB)
010 Pump control 77.mp4 (6.09 MB)
011 Compressor control 13.mp4 (10.25 MB)
012 Compressor control 23.mp4 (64.2 MB)
013 Compressor control 33.mp4 (15.49 MB)
001 Downloadable resources.mp4 (3.12 MB)
001 The Chemical Engineer's Reference Folder.mp4 (73.31 MB)
002 The Flow of Fluids Excel Workbook.mp4 (19.36 MB)
003 The Heat Exchanger Excel Workbook.mp4 (83.08 MB)]
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