6 1/2 X 9 7/16 in Preface
Chapter I - Discovery of the cold spray phe nomenon and its basic features
1.1 Supersonic two- phase flow around bodies and discovery of the Cold Spray phenomenon
1.2 Spraying with a jet incoming onto a target
Chapter II - High-velocity interaction of particles w ith the substrate. Experiment and modeling
2.1 Def ormation of microparticles in a high-velocity impact
2.2 Sp raying of the Initial later and its influence on the coating formation p rocess
2.3 Modeling of interaction of single particles with the substrate within the framework of continuous media
2.4 Formation of a layer of a high-velocity flow in the vicinity of the mic ro particle-solid substrate contact plane
2.5 Particle-surf ace interaction under an impact
2.6 Numerical simulation of self-organization processes during the particle-surface impact by the m olecular dynamics method
Chapter III Gas-dynamic of Cold Spray
3.1 Flow in a supersonic nozzle with a
Chapter I - Discovery of the cold spray phe nomenon and its basic features
1.1 Supersonic two- phase flow around bodies and discovery of the Cold Spray phenomenon
1.2 Spraying with a jet incoming onto a target
Chapter II - High-velocity interaction of particles w ith the substrate. Experiment and modeling
2.1 Def ormation of microparticles in a high-velocity impact
2.2 Sp raying of the Initial later and its influence on the coating formation p rocess
2.3 Modeling of interaction of single particles with the substrate within the framework of continuous media
2.4 Formation of a layer of a high-velocity flow in the vicinity of the mic ro particle-solid substrate contact plane
2.5 Particle-surf ace interaction under an impact
2.6 Numerical simulation of self-organization processes during the particle-surface impact by the m olecular dynamics method
Chapter III Gas-dynamic of Cold Spray
3.1 Flow in a supersonic nozzle with a
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