This authoritative handbook serves as a comprehensive reference on Experimental Fluid Mechanics, integrating information from various disciplines. It includes four parts covering experiments, measurements, specific approaches, and data analysis. Aimed at physicists and engineers, it offers fundamental methodologies and techniques with extensive citations for further reading.
The book offers an extensive exploration of collision and impact phenomena, emphasizing their relevance across various engineering fields. It delves into both liquid and solid interactions, applying principles to mechanics, physics, materials science, and more. Through diverse examples, such as drops and ballistic projectiles, it presents theoretical, numerical, and experimental methodologies for model development. This resource serves as a valuable reference for students, researchers, and engineers seeking to deepen their understanding of these complex phenomena.