Gaseous Detonation Physics and Its Universal Framework Theory
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Chap. 1 Introduction 1.1 Origin and cognition of gaseous detonation1.2 Explosion, deflagration and detonation waves1.3 Methodology of gaseous detonation research1.4 Critical physical phenomena of gaseous detonation Chap. 2 Mathematical equations and computational methods2.1 Fundamental theories of gaseous detonation2.2 Mathematical and physical models2.3 Governing equations and computational methods2.4 Multi-dimensional simulation of detonation and its analysis Chap. 3 Classical theories of gaseous detonations and dynamic parameters3.1 Chapman-Jouguet theory3.2 Zeldovich-von Neumann-Döring model3.3 Weak initiation through deflagration to detonation transition3.4 Direct initiation through strong ignition source3.5 SWACER theory of weak and strong initiations3.6 Dynamic parameters and its discussion Chap. 4 Cellular detonation features and experimental observations4.1 Multi-wave detonation fronts and cellular features4.2 Structural evolution of propagating cellular detonation4.3 Reflection and diffraction of cellular detonation4.4 Bifurcation models of cylindrical cellular detonation4.5 Propagation of irregular detonations Chap. 5 Universal framework theory for initiation and propagation of regular gaseous detonation 5.1 Introduction5.2 Physical mechanism of hot spot initiation5.3 Combustion reaction zone and its evolution5.4 Critical initiation state and characteristic parameters5.5 Critical propagation state and statistical features of detonation cells 5.6 Averaged cell length and half-cell rule5.7 Ignition delayed time and its correlation with cell length5.8 Application of universal framework theory5.9 Remarks on universal framework theory Chap. 6 Structures and stationary rules of oblique detonations6.1 Conservation laws and polar analysis of oblique detonations6.2 Initiation structure of wedge-induced oblique detonation waves6.3 Multi-wave structures and sur
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