This study describes the common types of differential equations which you will work when solving the problems of thermal engineering tasks. Described the numerical methods for solving such problems. Continued analysis of finite element methods applied to heat transfer problems.
The begin of the chapter you can read here Thermal Engineering Studies with Excel, Mathcad and Internet | Valery Ochkov | Springer
Mathcad-sheets of the study in attach:
Fig. 18.1. Spray cooling pond
Fig. 18.2. Simulation of Free Flight of Spherical Drop
Fig. 18.3. Flight of water drop in the absence of wind
Fig. 18.4. Flight of water drop in weak headwind
Fig. 18.5. Flight of water drop in strong headwind
Fig. 18.6. Solution of Differential Equations with Additional Parameter
Fig. 18.7. Virtual and real fountains
Fig. 18.8. Simulation of Temperature Field of Computer Board
Fig. 18.9. Numerical Solution of Non-Stationary Heat Transfer Problem
Fig. 18.10. Unsuccessful Attempt to Call pdesolve Function
Fig. 18.11. Solution of Problem about Temperature Field in the Plate
Fig 18.12. Temperature Field in Flat Plate
