Course curriculum

  • 1

    Orientation

    • Orientation - Part 1 Congratulations and Welcome

    • Orientation - Part 2 This Course in Particular

    • Orientation - Part 3 The Science of Successful Learning

    • Student Reference Folder
  • 2

    Thermodynamic Units & Properties

    • Thermodynamic Units & Properties - Student Download Folder

    • Thermodynamic Units & Properties 1 - Objectives & Overview [RP]

    • Thermodynamic Units & Properties 2 - Terms (Obj 5)

    • Thermodynamic Units & Properties 3 - Volume & Density (Obj 3,4,5)

    • Thermodynamic Units & Properties 4 - Column of Liquid (Obj 3,4)

    • Thermodynamic Units & Properties 5 - Pressure Conversions (Obj 3,4,5)

    • Thermodynamic Units & Properties 6 - Temperature Conversions (Obj 1,2,9)

    • Thermodynamic Units & Properties 7 - Pascal Law (Obj 5,6,7)

    • Thermodynamic Units & Properties 8 - 1st Thermo Law & Enthalpy (Obj 5,8)

    • Thermodynamic Units & Properties 9 - 2nd Thermo Law & Entropy (Obj 5,8)

    • Thermodynamic Units & Properties - Practice Problems (Obj. Listed)
  • 3

    Heat & Heat Transfer

    • Heat & Heat Transfer - Student Download Folder

    • Heat & Heat Transfer 1 - Objectives & Overview [RP]

    • Heat & Heat Transfer 2 - Heat (Obj 1,7) [MAINT, RP, NLO]

    • Heat & Heat Transfer 3 - Heat Capacity & Sensible Heat (Obj 2,5,7) [MAINT, RP, NLO]

    • Heat & Heat Transfer 4 - Latent Heat (Obj 2,5,6,7) [MAINT, RP, NLO]

    • Heat & Heat Transfer 5 - Conduction (Obj 2,3,5,7) [MAINT, RP, NLO]

    • Heat & Heat Transfer 6 - Convection & Radiation (Obj 3,5,7) [MAINT, RP, NLO]

    • Heat & Heat Transfer 7 - Combined Heat Transfer (Obj 4,8) [MAINT, RP, NLO]

    • Heat & Heat Transfer - Practice Problems (Obj. Listed)
  • 4

    Heat & Heat Transfer (Supplement)

    • Latent heat explained
  • 5

    Steam

    • Steam - Student Download Folder

    • Steam 1 - Objectives & Overview [RP]

    • Steam 2 - Steam Tables (Obj 1,2,6) [MAINT, RP, NLO]

    • Steam 3 - P-T Diagram (Obj 1,2) [MAINT, RP, NLO]

    • Steam 4 - Saturation (Obj 1,2) [MAINT, RP, NLO]

    • Steam 5 - Quality (Obj 1,3) [MAINT, RP, NLO]

    • Steam 6 - Superheat & Depression (Obj 1,2,5) [MAINT, RP, NLO]

    • Steam 7 - Mollier (Obj 6) [RP, NLO]

    • Steam 8 - Rankine Cycle (Obj 4) [RP]

    • Steam - Practice Problems (Obj. Listed)
  • 6

    Steam (Supplement)

    • Steam Tables Letters and Formulas and which Table to Use

    • Steam Table Abreviations by Another Instructor

    • Steam Tables Explained Another Way

    • Specific Volume, Enthalpy, Entropy

    • Steam Tables Normal Values

    • Steam Tables Explained by A 3rd Instructor

    • Making sense of temperature-entropy diagrams - Mollier Diagrams

    • Molier Diagram - Expert Level Part 1

    • Molier Diagram - Expert Level Part 2

    • Molier Diagram - Expert Level Part 3 for Operators
  • 7

    Fluid Flow

    • Fluid Flow - Student Download Folder

    • Fluid Flow 1 - Objectives & Overview [RP]

    • Fluid Flow 2 - Mass Flowrate (Obj 1,4)

    • Fluid Flow 3 - Volumetric Flowrate (Obj 1,4)

    • Fluid Flow - Mass and Volumetric Flow - Understanding and Measurement (Important Supplemental Video to Watch) (Obj 1,4)

    • Fluid Flow 4 - Laminar & Turbulent Flows (Obj 2,3) [MAINT, RP, NLO]

    • Fluid Flow 5 - Reynolds Number & Continuity of Flow (Obj 1,2,4)

    • Fluid Flow 6 - Bernoulii's Equation (Obj 4,6) [MAINT, RP, NLO]

    • Fluid Flow 7 - Throttling & Two Phase Flow (Obj 2,5) [MAINT, RP, NLO]

    • Fluid Flow 8 - Waterhammer & Filling-Venting (Obj 7,8,9,10) [MAINT, RP, NLO]

    • Fluid Flow - Practice Problems (Obj. Listed) [MAINT, RP, NLO]
  • 8

    Fluid Flow (Supplement)

    • Understanding Viscosity

    • Understanding Laminar and Turbulent Flow

    • Laminar Flow Visualized

    • Do pumps create pressure or flow? Answered.

    • Water Hammer when two Phase Flow is Involved

    • Water Hammer

    • Water Hammer Continued, Fast Closing of a Valve
  • 9

    Heat Exchangers (Mechanical Science) [RP]

    • Heat Exchangers - Student Download Folder

    • Heat Exchangers Part 1 - Objectives & Overview [RP]

    • Heat Exchangers Part 2 - HX Types (Obj 1) [MAINT, RP, NLO]

    • Heat Exchangers Part 3 - Design (Obj 2,3) [MAINT, RP, NLO]

    • Heat Exchangers Part 4 - Flow Paths (Obj 3-5) [MAINT, RP, NLO]

    • Heat Exchangers Part 5 - Regenerative HX (Obj 4,6,7) [MAINT, RP, NLO]
  • 10

    Heat Exchangers (Mechanical Science) [RP] (Supplement)

    • How Shell and Tube Heat Exchangers Work

    • How Plate Heat Exchanger Works
  • 11

    Feedback

    • Your Feedback Greatly Appreciated

    • Your Feedback Greatly Appreciated (2)