Exergy analysis and design optimization for aerospace vehicles and systems Introduction David J. Moorhouse and José A. Camberos Fundamentals of exergy analysis José A. Camberos and John H. Doty Applications of exergy analysis John H. Doty and José A. Camberos Integrated subsystem analysis using entropy generation minimization Richard S. Figliola Robert Tipton and Haipeng Li Exergy based design methodology for airfoil shape optimization and wing analysis Richard S. Figliola Entropy generation and aerospace vehicle performance David W. Riggins David J. Moorhouse and José A. Camberos Optimization using entropy generation minimization for maximum performance of hypersonic vehicles David W. Riggins David J. Moorhouse José A. Camberos and Michael von Spakovsky Characterization of aerospace vehicle performance and mission analysis using exergy David W. Riggins David J. Moorhouse and José A. Camberos Mission integrated synthesis and design optimization (MIS DO) of aerospace vehicles Michael von Spakovsky MIS DO applied to high performance aerospace vehicles Michael von Spakovsky Thermodynamics entropy generation minimization and the constructal law Adrian Bejan Quantum thermodynamics and the modeling of nonequilibrium phenomena: theory and future directions Michael von Spakovsky Numerical methods in light of the second law José A. Camberos