A First Course in Thermodynamics

ChE 3172 at LSU and ES 3053 at U Tulsa

 
         
 
 
  Thermodynamics, the HOTTEST course on the planet!  
  Lecture PowerPoint - All Slides  
     
 
  Thermodynamics for Chemical Engineering Undergraduates Optional Book You may use this resource but you may not share it with others
 
                 
  Here are assignments that can be used for practice:   Below are resources for this course:  
  HMW # 1   Stuff from Cengel and Boles 9th:  
  HMW # 2   Steam Table  
  HMW # 3   Cengel Compressibility Factor  
  HMW # 4   Heat capacity calculation  
      Stuff for Class:  
  Spreadsheets we use in class:   Example Exam I - Solution  
  Pitzer Generalized Virial Coefficient Calculation   Second Example Exam I - Solution  
  Heat capacity Calculations using Data from Price Book   Example Exam II - Solution  
  HeatCapacity.xls   Second Example Exam II - Solution  
  VanDerWaal.xls   First Example Exam III - solution  
  Combustion Problem   Second Example Exam III - solution  
      Third Example Exam III - solution  
  If you have trouble with the Carnot, Otto, or Diesel Engine animations, you can view them here as a Shockwave Flash plug-in to Netscape or Internet Explorer:   Example Final - WithSolution  
  Carnot Engine Flash File   Second Example Final - solution  
  Carnot Animation - PowerPoint   Schematic of the Riverbend Nuclear Power Plant in Louisiana:  
  Carnot on the P-V Plane - PowerPoint   Nuclear Plant  
  Otto Engine Flash File   Data and Steam Table from various textbooks:  
  Otto Engine PowerPoint   Appendix A  
  Diesel Engine Flash File   Appendix D  
      Saturated Steam, Cengel Temperature Entry  
  P-H diagrams of refrigerants that you might not have available elsewhere:   Saturated Steam, Cengel Pressure Entry  
  R-22   Superheated Steam, Cengel  
  R-134a, Sonntag   Compressed Liquid and Solid Water, Cengel  
  Freon 500   Air - Table A17 Cengel  
  Freon 502   Ammonia  
  Freon 503   Methane - Sonntag6th  
      Nitrogen  
      R-12  
      R-134a Superheated, Cengel  
      R-134a Saturated Temperature Entry, Cengel  
      R-134a Saturated Pressure, Cengel  
      R-134a P-H Diagram, Cengel  
      R-22