This volume compiles research presented at the 1995 ASME/JSME Fluids Engineering and Laser Anemometry Conference, focusing on transitional and turbulent compressible flows. The papers within this collection address the complex phenomena governing fluid behavior under conditions of high speed and varying density, drawing on experimental and theoretical investigations. Authors explore the intricate dynamics of flow regimes, aiming to advance the understanding and modeling of these critical engineering challenges.

This collection represents a snapshot of research in compressible fluid dynamics from 1995, likely of interest to specialists in the field. The papers presented would have contributed to the ongoing discourse on turbulence modeling and flow control in aerospace and high-speed engineering applications. The technical nature of the content suggests it is aimed at researchers and engineers actively working in these specialized areas. The conference proceedings format indicates a focus on presenting current findings and methodologies within the academic and industrial research community.