Each lecture below contains Objectives, Theory, Solutions and Review Questions that
complement formal classroom lectures. Mathcad 2001 Professional-Academic edition is used.

      Users external to USNA will need Mathcad 2001 or higher to read the .mcd files.
      Use Microsoft Internet Explorer to download the .mcd files to your computer.

Scroll screen down to view the entire Index and click on lecture of choice.

Preface(Preface.htm)

Chapter 1: Introduction to Heat Transfer

      Heat Transfer Concepts(Period1.htm)

      Combined Modes of Heat Transfer(wall.htm)

      Resistance to Heat Transfer(resistance.htm)

      Heat Transfer through Multiple Layers(siding.htm)

      Least Squares Fit of Experimental Data(Lab1.htm)

•      Temperature Proflies and Heat Transfer(chapter2.htm)
•      Axial Conduction in a Cylindrical Rod(Rod.htm)
•      Radial Conduction in a Cylindrical Rod(radialrod.htm)
•      Radial Conduction in a Sphere with Uniform Generation(spherical.htm)
•      Conduction with Parallel Paths(parallel.htm)
•      1-D Conduction in Cylindrical Coordinates(radial.htm)
•      Critical Thickness of Insulation(Ex2-2.htm)
•      Pin Fins(fin.htm)
•      Annular Fins(Bessel.htm)
•      Fins Cooled by Radiation(radfin.htm)

•      Temperature Fields using Finite Difference(Hol85.htm)
•      Conduction using Finite Difference(hol92.htm)
•      Conduction using Matrix Inversion(Matrix.htm)
•      Conduction with Internal Generation(design6.htm)
•      Conduction with Radiation at the Boundary(radbc.htm)
•      Solution to the General Poisson (or Laplace) Equation(poisson.htm)

•    Analytical and Numerical Lumped Analysis(Diffeq1.htm)
•     Coupled Ordinary Differential Equations(Lab6.htm)
•    Plates Heated by Radiation(Ar36.htm)
•    1-D Finite DifferenceConduction with Isothermal B.C.(Tran12b.htm)
•    1-D Finite Difference Conduction with Convective B.C.(Tran12c.htm)
•     Transient Conduction in a Fin(Ar212.htm)
•     Semi-Infinite Solid(semi.htm)

     Introduction to Convection(Conv1.htm)

     Experiments for measuring the Convection Coefficient(Lab1a.htm)

     Forced Convection over a Flat Plate(plate.htm)

     External Free or Forced Confection(free.htm)

     Transient Conduction with Variable Free Convection(hvariable.htm)

     Internal Forced Convection in Tubes(internal1.htm)

     Internal Forced Convection with Variable Properties(internal2.htm)

     Internal Laminar Entrance Flow in a Pipe(condenser.htm)

•     Solution to the Falkner-Skan Equation(falkner.htm)
•     Laminar Convection Heat Transfer from a Horizontal Flat Plate(similarity.htm)
•     Laminar External Forced Convection with Slug Flow(slug.htm)
•     Free Convection Boundary Layer on a Vertical Flat Plate(vertical.htm)
•     Combined Heat and Mass Transfer in Free Convection(combined.htm)

• Thermal Radiation and Surface Properties(planck.htm)
• Radiation and/or Convection from a Surface(bulbcoil.htm)
• Passive Temperature Control on Earth Satellites(satellite.htm)
• Radiation Resistance Networks(radnet.htm)
• Transient Response of Two Radiating Plates(ar41.htm)
• Fin Cooled by Radiation(radfin.htm)
• Combined Convection and Radiation with Multiple Surfaces(shields.htm)
• Radiant Heater with Multiple Shields(heater.htm)

• Overall Heat Transfer Coefficients for Liquid-Liquid Heat Exchangers(UL.htm)
• Overall Heat Transfer Coefficients for Gas-Gas Heat Exchangers(U.htm)
• Log Mean Temperature Difference(LMTD.htm)
• Effectiveness Method for Heat Exchangers(effective.htm)
• Gas Turbine Recuperator(recuper.htm)
• Effectiveness in Boilers and Evaporators(otec.htm)
• Solar Collector(solar.htm)
• Heat Exchanger Analysis by successive summation(summation.htm)
• Axial Conduction in Heat Exchangers(axial.htm)