Heat Transfer Introduction
Fundamental concepts of heat transfer including modes of transfer, energy balance, and basic thermal analysis.
View MaterialsCourse materials and presentations from decades of teaching thermodynamics, heat transfer, and numerical methods.
Effective engineering education combines rigorous theoretical foundations with practical problem-solving skills. My approach emphasizes understanding fundamental principles while developing computational abilities essential for modern engineering practice.
Through decades of teaching at METU and Bilkent University, I've developed comprehensive course materials that bridge classical theory with contemporary computational methods.
Fundamental concepts of heat transfer including modes of transfer, energy balance, and basic thermal analysis.
View MaterialsSteady and transient conduction, multi-dimensional analysis, numerical solutions, and Heisler charts.
View MaterialsInternal and external flow, natural convection, boundary layer theory, and convection correlations.
View MaterialsRadiation fundamentals, view factors, heat exchange between surfaces, and radiation networks.
View MaterialsDesign and analysis of heat exchangers, LMTD and effectiveness-NTU methods.
View MaterialsRoot finding, linear systems, regression, interpolation, differentiation, and integration methods.
View MaterialsAdvanced topics including ODEs, PDEs, and advanced optimization techniques.
View MaterialsThermodynamic cycles, power generation, and energy system analysis.
View Materials